FT 155-AM-3
Firing Tables
for
Cannon, 155mm Howitzer, M185
on
Howitzer, Medium, Self-Propelled, 155mm, M109A1
Howitzer, Medium, Self-Propelled, 155mm, M109A1B
Howitzer, Medium, Self-Propelled, 155mm, M109A2
Howitzer, Medium, Self-Propelled, 155mm, M109A3
Howitzer, Medium, Self-Propelled, 155mm, M109A3B
and
Howitzer, Medium, Self-Propelled, 155mm, M109A4
and
Cannon, 155mm Howitzer, M284
on
Howitzer, Medium, Self-Propelled, 155mm, M109A5
and
Howitzer, Medium, Self-Propelled, 155mm, M109A6
and
Cannon, 155mm Howitzer, M199
on
Howitzer, Medium, Towed, 155mm, M198
and
Cannon, 155mm Howitzer, M776
on
Howitzer, Medium, Towed, 155mm, M777A1
Firing
Projectile, HE, M107
Projectile, Smoke, WP, M110, M110A1 and M110A2
Projectile, Smoke, BE, M116 and M116B1 (HC and Colored)
Projectile, Smoke, BE, M116A1 (HC)
Projectile, Illuminating, M485A2 and M485A1
Includes Firing Tables for Modular Artillery Charge System and M119A2, 7R
Further dissemination only as directed by U.S. Army ARDEC,
ATTN: AMSRD-AAR-AEF-T, (Firing Tables and Ballistics)
Aberdeen Proving Ground, MD 21005-5001;
May 2006 or higher DoD authority.
Firing Tables and Ballistics Division
U.S. Army ARDEC
May 2006

FT 155-AM-3

Firing Tables
for
Cannon, 155mm Howitzer, M185
on
Howitzer, Medium, Self-Propelled, 155mm, M109A1
Howitzer, Medium, Self-Propelled, 155mm, M109A1B
Howitzer, Medium, Self-Propelled, 155mm, M109A2
Howitzer, Medium, Self-Propelled, 155mm, M109A3
Howitzer, Medium, Self-Propelled, 155mm, M109A3B
and
Howitzer, Medium, Self-Propelled, 155mm, M109A4
and
Cannon, 155mm Howitzer, M284
on
Howitzer, Medium, Self-Propelled, 155mm, M109A5
and
Howitzer, Medium, Self-Propelled, 155mm, M109A6
and
Cannon, 155mm Howitzer, M199
on
Howitzer, Medium, Towed, 155mm, M198
and
Cannon, 155mm Howitzer, M776
on
Howitzer, Medium, Towed, 155mm, M777A1
Firing
Projectile, HE, M107
Projectile, Smoke, WP, M110, M110A1 and M110A2
Projectile Smoke, BE, M116 and M116B1
(HC and Colored)
Projectile, Smoke, BE, M116A1 (HC)
Projectile, Illuminating, M485A2 and M485A1
Includes Firing Tables for Modular Artillery Charge System and M119A2, 7R
Further dissemination only as directed by U.S. Army ARDEC,
ATTN: AMSRD-AAR-AEF-T, (Firing Tables and Ballistics)
Aberdeen Proving Ground, MD 21005-5001;
May 2006 or higher DoD authority.

FT 155-AM-3

Paragraph
Introduction
Symbols and Abbreviations
General Information
Weapon Characteristics
Projectile/Fuze Combinations and Mean Weights
Equivalent Service Rounds
Fatigue
Erosion
Explanation of Tables
Explanation of Meteorological Message
Problem
Sample Problems
Supplementary Tables
Explanation of Components of a One Knot Wind
Explanation of Probable Error
Explanation of Probability Table
Natural Trigonometric Functions
Charge Selection Table
Conversion Factors

Page
V

1
2
3
4
5
6
7
8
9
10
11
12

PART 1

V
VII
XXI
XXII
XXV
XXVI
XXVI
XXXI
XLI
XLVI
L
LXXII
LXXII
LXXIII
LXXIII
LXXVIII
LXXIX
LXXIX
1

Projectile, HE, M107
Part 1 – 1
Part 1 – 2
Part 1 – 3
Part 1 – 4
Part 1 – 5
Part 1 – 6
Part 1 – 7

Charge 1L
Charge 2L
Charge 3H (M232)
Charge 4H (M232)
Charge 3H (M232A1)
Charge 4H (M232A1)
Charge 7R

3
37
81
129
181
229
281

PART 2

333

Projectile, Illuminating, M485A2 and M485A1
Part 2 – 1
Part 2 – 2
Part 2 – 3
Part 2 – 4
Part 2 – 5
Part 2 – 6
Part 2 – 7

II

Charge 1L
Charge 2L
Charge 3H (M232)
Charge 4H (M232)
Charge 3H (M232A1)
Charge 4H (M232A1)
Charge 7R

335
347
361
377
395
411
429

FT 155-AM-3
Appendices

447

Appendix
A
B
C
D
E
F
G

Trajectory Chart
Trajectory Chart
Trajectory Chart
Trajectory Chart
Trajectory Chart
Trajectory Chart
Trajectory Chart

155-AM-3, A
155-AM-3, B
155-AM-3, C
155-AM-3, D
155-AM-3, E
155-AM-3, F
155-AM-3, G

Charge 1L
Charge 2L
Charge 3H (M232)
Charge 4H (M232)
Charge 3H (M232A1)
Charge 4H (M232A1)
Charge 7R

449
450
451
452
453
454
455

III

FT 155-AM-3

IV

FT 155-AM-3
Introduction
1.

Symbols and Abbreviations

AD
APERS
AT
BD
BE
C
COMP
CORR
COT
CP
CS
CAS
CHG
CTG
CW
D
DD
DEC
DEFL
DEG
D ELEV
DEN
DFS
DH
DR
DT
DV
EFC
EL, ELEV
ET
F
FS
GB
GFT
H
HB, HOB
HC
HD
HE
HEAT-T
HEP-T
I, INC
ICAO
L
LB
M
MACS
MDP
MET

Air Density
Antipersonnel
Air Temperature
Base Detonation
Base Ejection
Ballistic Coefficient, Centigrade (Celsius)
Complementary
Correction
Cotangent
Concrete Piercing
Complementary Site
Complementary Angle of Site
Charge
Cartridge
Cross Wind
Decrease, Deflection
Difference in Density
Decrease
Deflection
Degree
Change in Elevation
Air Density
Difference in Fuze Setting
Difference in Height
Difference in Range
Difference in Temperature
Difference in Muzzle Velocity
Equivalent Full Charge
Elevation
Electronic Time
Fahrenheit
Fuze Setting
Nonpersistent Toxic (Casualty) Nerve Gas
Graphical Firing Table
Head Wind, Height or Mustard Gas
Height of Burst
Hexachlorethane – Zinc
Distilled Mustard Gas
High Explosive
High Explosive Antitank –Tracer
High Explosive Plastic – Tracer
Increase
International Civil Aviation Organization
Left
Pound
Meter
Modular Artillery Charge System
Meteorological Datum Plane
Meteorological

V

FT 155-AM-3
MO
MOFA
MPH
M/S
MT
MTSQ
MV
MVV
N/A
PCT
PD
PIBD
PROJ
PROX
PE
PT
PW
QE
R
RA
RB
RW
SP
SQ
T
TB
TEMP
TM
TML VEL
VE
WT

VI

Maximum Ordinate
Multi-Option Fuze for Artillery
Miles Per Hour
Meters Per Second
Mechanical Time
Mechanical Time and Superquick
Muzzle Velocity
Muzzle Velocity Variation
Not Applicable
Percent
Point Detonating
Point Impact Base Detonation
Projectile
Proximity
Probable Error
Propellant Temperature
Projectile Weight
Quadrant Elevation
Range, Right, Rocket
Rocket-Assisted
Range to Burst
Range Wind
Self-Propelled
Square
Tail Wind
Time to Burst
Air Temperature
Technical Manual
Terminal Velocity
Velocity Error
Weight

FT 155-AM-3
2.

General Information

A. Projectile, HE, M107. The muzzle velocities in FT 155-AM-3 are based on range firings
of projectile, HE, M107 conducted at Yuma Proving Ground (YPG), Arizona during the period of
15 July 1999 to 4 August 2000 as reported in Report 01-PQ-0074-L5 entitled “Joint Light Weight
Howitzer (LW155) and Modular Artillery Charge System (MACS) XM231/XM232 Firing Tables
Test”. The MACS M232 testing was conducted at YPG in January 2005. The MACS M232A1
testing was conducted at YPG from 3 August 2004 to 16 November 2004. The M777A1 testing was
conducted from 16 June to 14 July 2004. Trajectory computations were performed with a modified
point mass trajectory model described in BRL Memorandum Report 1314. The aerodynamic data
used in the reduction of the firing tables test results and the ballistic data obtained are recorded in
FCI 155-AM-B, dated 12 January 2006. FT 155-AM-3 contains tables for charges 1L, 2L, 3H
(M232 and M232A1), 4H (M232 and M232A1) and 7R.
B. Projectile, Illuminating, M485A2 and M485A1. The aerodynamic data used in the reduction of the firing tables test results and the ballistic data obtained are recorded in FCI 155-AM-B,
Supplement 5, dated 12 January 2006. FT 155-AM-3 contains tables for charges 1L, 2L, 3H
(M232 and M232A1), 4H (M232 and M232A1) and 7R.
C. Other Applicable Projectiles. All fring table data for Projectile, HE, M107 given in Part
1 are also applicable to the following standard projectiles provided the indicated weight zone corrections are applied (see paragraph 4).
Projectile, Smoke, WP, M110, M110A1 and M110A2
Projectile, Smoke, BE, M116,M116B1 (HC and Colored)
Projectile, Smoke, BE, M116A1 (HC)
D.

Howitzers, M198, M109A1* and M777A1**.
1)

All firing table data for Projectile, HE, M107 given in Part 1 of FT 155-AM-3 and
the projectiles listed in paragraph 2.C. with their respective corrections are applicable to Howitzers M109A5 and M109A6. The firing table data are also applicable to
the M198, M109A1*, and M777A1** howitzers provided additional corrections are
made to compensate for the differences in muzzle velocity.

* Muzzle velocities for Howitzer M109A1 are applicable to Howitzers, M109A1B,
M109A2, M109A3, M109A3B and M109A4.
** Muzzle velocities for howitzer M777A1 are applicable to howitzers M777 and M777A2.

VII

FT 155-AM-3
Standard Muzzle Velocity - m/s***
Charge

1L
2L

3H
4H

3H
4H

7R

Howitzer
M109A1*
M198
Modular Artillery Charge System (MACS)
Propelling Charge, M231
N/A
312.0
N/A
454.4
Modular Artillery Charge System (MACS)
Propelling Charge, M232
N/A
565.7
N/A
697.5
Modular Artillery Charge System (MACS)
Propelling Charge, M232A1
N/A
591.8
N/A
712.6

687.5

M777A1**

311.0
453.4

561.7
693.5

587.8
708.6

Propelling Charge, M119A2
691.5

690.5

Change in Muzzle Velocity - m/s***
Charge

1L
2L

3H
4H

3H
4H
7R

Howitzer
M109A1*
M198
Modular Artillery Charge System (MACS)
Propelling Charge, M231
N/A
+1
N/A
+2
Modular Artillery Charge System (MACS)
Propelling Charge, M232
N/A
+6
N/A
+8
Modular Artillery Charge System (MACS)
Propelling Charge, M232A1
N/A
+6
N/A
+8
Propelling Charge, M119A2
+3
+7

M777A1**

0
+1

+2
+4

+2
+4
+6

* Muzzle velocities for Howitzer M109A1 are applicable to Howitzers, M109A1B,
M109A2, M109A3, M109A3B and M109A4.
** Muzzle velocities for howitzer M777A1 are applicable to howitzers M777 and M777A2.
*** The standard muzzle velocities for Projectile, HE, M107 are based on the M557 fuze.
These firing tables are based on the M739A1 fuze. Therefore, the standard muzzle velocities
shown here, were adjusted for the fuzed projectile weight.
VIII

FT 155-AM-3
2) All firing table data for Projectile, Illuminating, M485A2 and M485A1 given in Part
2 of FT 155-AM-3 are applicable to Howitzers M109A5 and M109A6. The firing
table data are also applicable to the M198, M109A1*, and M777A1** howitzers
provided additional corrections are made to compensate for the differences in muzzle velocity.
Standard Muzzle Velocity - m/s***
Charge

1L
2L

3H
4H

3H
4H
7R

Howitzer
M109A1*
M198
Modular Artillery Charge System (MACS)
Propelling Charge, M231
N/A
318.1
N/A
459.4
Modular Artillery Charge System (MACS)
Propelling Charge, M232
N/A
571.8
N/A
703.6
Modular Artillery Charge System (MACS)
Propelling Charge, M232A1
N/A
597.9
N/A
718.6
Propelling Charge, M119A2
697.6
701.6

M777A1**

317.1
458.4

567.8
699.6

593.9
714.6
700.6

Change in Muzzle Velocity - m/s***
Charge

1L
2L

3H
4H

3H
4H
7R

Howitzer
M109A1*
M198
Modular Artillery Charge System (MACS)
Propelling Charge, M231
N/A
+1
N/A
+2
Modular Artillery Charge System (MACS)
Propelling Charge, M232
N/A
+6
N/A
+8
Modular Artillery Charge System (MACS)
Propelling Charge, M232A1
N/A
+6
N/A
+8
Propelling Charge, M119A2
+3
+7

M777A1**

0
+1

+2
+4

+2
+4
+6

* and ** NOTE: See the footnotes on page VIII.
*** The standard muzzle velocities for Projectile, Illuminating, M485A2 and M485A1 are
based on the M565 fuze. Since these firing tables are based on the M577 Fuze, the
standard muzzle velocities shown here, were adjusted for the fuzed projectile weight.
IX

FT 155-AM-3

E.

Muzzle velocities for propelling Charge M119A1.
1)

The muzzle velocities used in Part 1 are standard for the M231, M232, M232A1 and
M119A2 propelling charges. These tables are also applicable to the M119A1 propelling charge provided additional corrections are made to compensate for the following changes in muzzle velocities.

Standard Muzzle Velocity - m/s***
Charge

Howitzer
M109A1*

M198

M109A5
and M109A6

M777A1**

Propelling Charge, M119A1
8

685.5

689.5

682.5

688.5

Change in Muzzle Velocity - m/s***
Charge

Howitzer
M109A1*

M198

M109A5
and M109A6

M777A1**

Propelling Charge, M119A1
8

+1

+5

-2

+4

* Muzzle velocities for Howitzer M109A1 are applicable to Howitzers, M109A1B,
M109A2, M109A3, M109A3B and M109A4.
** Muzzle velocities for howitzer M777A1 are applicable to howitzers M777 and M777A2.
*** The standard muzzle velocities for Projectile, HE, M107 are based on the M557 fuze.
These firing tables are based on the M739A1 fuze. Therefore, the standard muzzle velocities
shown here, were adjusted for the fuzed projectile weight.

X

FT 155-AM-3

2)

The muzzle velocities used in Part 2 are standard for the M231, M232, M232A1 and
M119A2 propelling charges. These tables are also applicable to the M119A1 propelling charge provided additional corrections are made to compensate for the following changes in muzzle velocities.

Standard Muzzle Velocity - m/s***
Charge

Howitzer
M109A1*

M198

M109A5
and M109A6

M777A1**

Propelling Charge, M119A1
8

695.6

699.6

692.6

698.6

Change in Muzzle Velocity - m/s***
Charge

Howitzer
M109A1*

M198

M109A5
and M109A6

M777A1**

Propelling Charge, M119A1
8

+1

+5

-2

+4

* and **: NOTE: See the footnotes on page VIII.
*** The standard muzzle velocities for Projectile, Illuminating, M485A2 and M485A1 are
based on the M565 fuze. Since these firing tables are based on the M577 Fuze, the
standard muzzle velocities shown here, were adjusted for the fuzed projectile weight.

XI

FT 155-AM-3

XII

FT 155-AM-3

F.

Interchangeability of Ammunition

The information that follows specifies the degree of interchangeability of various applicable NATO
ammunition for use in the specified cannon. NATO Allied Ordnance Publication (AOP) 29 entitled
"NATO Indirect Fire Ammunition Interchangeability," (Part 1) Edition 2, dated 1998, documents
the format and symbols used. Please note there may be some minor variation(s) in symbol meanings between what is presented below and AOP-29. The agreement whereby member nations have
undertaken to use AOP-29 is recorded in STANAG 4425.
Simply put, interchangeability means the use of one nation's ammunition with another nation's
weapon. Here, it means which ammunition or ammunition components the U.S. can accept from
the other NATO member nations for use in our weapons. To this end, various degrees of interchangeability have been established and are based on the form and fit of the ammunition component(s) in a weapon, the function and safety of the ammunition component(s) being fired by the
weapon, and the ballistic performance of the projectile after being fired.
What is referred to as ammunition can be broken down into a fuze component, a projectile component, a propelling charge component, and a primer component. At this time, the U.S. can accept
legal foreign projectile/propelling charge component combinations as long as both components are
provided by a single country. The fuze component must then be provided by the same country
providing the projectile/propelling charge combination or legal U.S. fuzes may be used on the foreign projectile.
The following information specifies which primers are legal and the projectile/propelling charge
combinations and fuzes and the conditions under which they are legal for use in the appropriate
U.S. weapon(s). The first paragraph will concern primers, the subsequent paragraphs up to and
including a matrix interchangeability table/chart will concern projectile/propelling charge combinations, and the paragraph(s) following the table will concern fuzes.
Primer(s) required: Only the U.S. M82 primer is authorized for use in U.S. Cannons M185, M199
M776 and M284.
Definitions of country abbreviations in matrix chart headings:
BEL: BELGIUM
CAN: CANADA
DNK: DENMARK
FRA: FRANCE
DEU: GERMANY
GRC: GREECE
ITA: ITALY

NLD: NETHERLANDS
NOR: NORWAY
PRT: PORTUGAL
ESP: SPAIN
TUR: TURKEY
GBR: UNITED KINGDOM
USA: UNITED STATES

XIII

FT 155-AM-3
Please note that any country abbreviations depicted in the pictures to the left of the format/symbol
below are for illustrative purposes only.
Explanation of heading box symbols in the matrix chart:
A clear heading box; that is, a box with nothing in addition to the country abbreviation, denotes that this particular nation has the specified weapon and agrees with all
of the data inserted in the chart by the nation whose heading box contains an asterisk; therefore, this
nation has not made its own charts for the specified weapon system and will take its data from the
nation whose heading box contains an asterisk.

BEL

USA*

A heading box with an asterisk denotes that this particular nation has the specified
weapon system and provided the data reflected in the chart.

A heading box crossed by two diagonals denotes that this particular nation has the
specified weapon, but does not agree, in part or in total, with the data inserted in the
chart by the nation whose heading box contains an asterisk; therefore, this nation will use data
found on another chart not contained in this firing table.

CAN

FRA

A cross hatched heading box denotes that this particular nation does not have the
specified weapon.

Explanation of information in the matrix chart:
The meaning of each symbol pertaining to the level of safety and assessed ballistic performance is
summarized at the bottom of each page of the interchangeability table. The complete definitions of
all possible symbols are presented below:
A clear cell showing a projectile(s)/propelling charge(s) combination(s) containing a
diagonal with no black dots denotes the particular nations ammunition is safe for use
in the specified weapon without additional restrictions to those existing for equivalent U.S. ammunition and the performance of the particular nation’s ammunition is a
ballistic match to the U.S. projectile/(s)/propelling charge(s) combination(s) in the
same row when using the aiming data contained in this firing table. A shaded instead of a clear cell denotes that the particular nation’s ammunition is safe for use in
the specified weapon with restrictions additional to those existing for equivalent U.S.
ammunition and the ammunition is not authorized for training purposes.
A clear cell showing a projectile(s) propelling charge(s) combination(s) containing a
diagonal with one black dot denotes the particular nation’s ammunition is safe for
use in the specified weapon without additional restrictions to those existing for
equivalent U.S. ammunition and the performance of the particular nation’s ammunition is accurate to within 1% of range compared to the U.S. projectile(s)/propelling
charge(s) combination(s) in the same row when using the aiming data contained in
this firing table. A shaded instead of a clear cell denotes that the particular nation’s
ammunition is safe for use in the specified weapon with restrictions additional to
those existing for equivalent U.S. ammunition and the ammunition is not authorized
for training purposes.

XIV

FT 155-AM-3

A clear cell showing a projectile(s)/propelling charge(s) combination(s) containing a
diagonal with two black dots denotes the particular nation’s ammunition is safe for
use in the specified weapon without additional restrictions to those existing for
equivalent U.S. ammunition and the performance of the particular nation’s ammunition is accurate to within 5% of range compared to the U.S. projectile(s) propelling
charges(s) combination(s) when using the aiming data contained in this firing table
A shaded instead of a clear cell denotes that the particular nation’s ammunition is
safe for use in the specified weapon with restrictions additional to those existing for
equivalent U.S. ammunition and the ammunition is not authorized for training purposes.
A completely empty cell either clear or shaded is listed in a column of a country that
possesses the specified weapon and agrees with all of the data inserted in the chart;
that is a column with a clear heading box. An empty cell denotes the particular nation does not possess projectile(s) and/or propelling charge(s) comparable to those
listed in the same row, agrees with the interchangeability data for the other projectile(s) propelling charge(s) combinations(s) in the same row and is willing to accept
the combination(s) from the appropriate countries for use in the specified weapon. A
clear cell denotes acceptance of the combination(s) at the level of safety listed in the
appropriate cell of the same row. A shaded cell denotes acceptance of the combination(s) in the cell of the same row, the particular nation’s ammunition is safe for use in the specified
weapon with restrictions additional to those existing for equivalent U.S. ammunition and the ammunition is not authorized for training purposes; this is the interpretation no matter if the cell of the
other country is clear. Aiming data must be supplied by the other country providing the ammunition.
A completely black cell means do not use the particular nation’s ammunition in the
specified weapon because no comparable ammunition exists in the particular nation.
This particular nation does not agree to fire the other projectile(s) propelling
charge(s) combinations(s) in the same row or the particular nation’s ammunition is
not safe to fire.

XV

FT 155-AM-3

NATO PROJECTILE/CHARGE INTERCHANGEABILITY IN THE

BEL
H
E

M107BG
M107

S
M
K

M110

CAN
M107

DNK

FRA

DEU

M107
NM28

GRC

ITA

M107

EBO-5
M119A1

I
L
L

M110A2
M110A1
M110E2
M110
DM45A1

M485A2

M485A2

M110

M110

EBO-5
M119A1

DM45A1

EBO-5
M119A1
M485A2

M485E2
M485A2
NR109

EBO-5
M119A1

NATO PROJECTILE/CHARGE INTERCHANGEABILITY IN THE

BEL
BEL

H
E

M107BG
M107

S
M
K

M110

I
L
L

CAN
CAN
M107

FRA

DEU
DEU
DM21

GRC

ITA

M107

EBO-5
M119A1
M110A2
M110A1
M110E2
M110
DM45A1

M485A2

M485A2

M110

M110

EBO-5
M119A1

DM45A1

EBO-5
M119A1
M485A2

M485E2
M485A2
NR109

M119A1

SAFETY

SAFE TO FIRE WITH NATIONAL
RESTRICTIONS

BALLISTICS

BALLISTIC MATCH

HEADINGS
XVI

DNK
DNK
M107
NM28

BEL

POSSESS WEAPON, AGREE WITH
DATA

B

FT 155-AM-3

155MM HOWITZER M109A1/A2/A3/A4 SELF-PROPELLED
(M185 CANNON)
NLD

NOR

PRT

ESP

TUR

GBR

M483A1
M107

M107B2
M107C1
M107

M110C1
M110

M119
M119A1
M110A1
M110A2
M110
M119
M119A1
M116A1

M483A1
M110

M116C2

NR109

USA*
M107

M483A1

M119
M119A1
M485A2
M485A1
M119
M119A1

H
E
S
M
K
I
L
L

155MM HOWITZER M198 TOWED
(M199 CANNON)
NLD
NLD

NOR

PRT
PRT

ESP
ESP

TUR

GBR

M483A1
M107

M107B2
M107C1
M107

M110C1
M110

M119
M119A1
M110A1
M110A2
M110
M119
M119A1
M116A1

M483A1
M110

M116C2

NR109

USA*
M107

M483A1

M119
M119A1
M485A2
M485A1
M119
M119A1

DEEMED INTERCHANGEABLE BUT
EITHER LACKING CERTIFICATION
OR REQUIRING ADDITIONAL RE-

DO NOT USE OR NOT APPLICABLE

RADIAL ERROR IN IMPACT LESS
THAN 1% OF RANGE

RADIAL ERROR IN IMPACT LESS
THAN 5% OF RANGE

POSSESS WEAPON, DO NOT
AGREE WITH DATA

B

H
E
S
M
K
I
L
L

DO NOT POSSESS WEAPON

XVII

FT 155-AM-3

NATO PROJECTILE/CHARGE INTERCHANGEABILITY IN THE

BEL
BEL

H
E

M107BG
M107

S
M
K

M110

I
L
L

CAN
CAN
M107

DNK
DNK

FRA

DEU

GRC

M107
NM28

DM21

M107

M110A2
M110A1
M110E2
M110

M110

M110

ITA

EBO-5
M119A1

M485A2

DM45A1

DM45A1

M485A2

M485A2

EBO-5
M119A1

EBO-5
M119A1
M485A2

M119A1

NATO PROJECTILE/CHARGE INTERCHANGEABILITY IN THE

BEL
BEL

H
E

M107BG
M107

S
M
K

M110

I
L
L

CAN
CAN
M107

FRA

DEU
DEU
DM21

GRC

ITA

M107

EBO-5
M119A1
M110A2
M110A1
M110E2
M110
DM45A1

M485A2

M485A2

M110

M110

EBO-5
M119A1

DM45A1

EBO-5
M119A1
M485A2

M485E2
M485A2
NR109

M119A1

SAFETY

SAFE TO FIRE WITH NATIONAL
RESTRICTIONS

BALLISTICS

BALLISTIC MATCH

HEADINGS
XVIII

DNK
DNK
M107
NM28

BEL

POSSESS WEAPON, AGREE WITH
DATA

BEL

FT 155-AM-3

155MM HOWITZER M109A5/A6 SELF-PROPELLED
(M284 CANNON)
NLD
NLD

NOR

PRT
PRT

ESP

TUR

M107B2
M107C1
M107

M107
M483A1

M110C1
M110

M483A1
M110

GBR

M119
M119A1
M110A1
M110A2
M110
M119
M119A1
M116A1

M116C2

NR109

USA*
M107

M483A1

M119
M119A1
M485A2
M485A1
M119
M119A1

H
E
S
M
K
I
L
L

155MM HOWITZER M777 TOWED
(M776 CANNON)
NLD
NLD

NOR

PRT
PRT

ESP
ESP

TUR

GBR

M483A1
M107

M107B2
M107C1
M107

M110C1
M110

M119
M119A1
M110A1
M110A2
M110
M119
M119A1
M116A1

M483A1
M110

M116C2

M483A1

NR109

USA*
M107

M119
M119A1
M485A2
M485A1
M119
M119A1

DEEMED INTERCHANGEABLE BUT
EITHER LACKING CERTIFICATION
OR REQUIRING ADDITIONAL RE-

DO NOT USE OR NOT APPLICABLE

RADIAL ERROR IN IMPACT LESS
THAN 1% OF RANGE

RADIAL ERROR IN IMPACT LESS
THAN 5% OF RANGE

POSSESS WEAPON, DO NOT
AGREE WITH DATA

B

H
E
S
M
K
I
L
L

DO NOT POSSESS WEAPON

XIX

FT 155-AM-3

XX

FT 155-AM-3

3.

Weapon Characteristics
A.

155mm, Howitzer, Cannons: M185, M199, M284 and M776.
Character of rifling, right hand twist

1 turn in 20 calibers

B. Howitzer, Medium, Self-propelled, 155mm, M109A1 series, M198, M109A5 and
M109A6, and M777A1.

Howitzer

M109
Series*

Cannon

M185

M198
M199
L 400
R 400

M109A5
and
M109A6
M284

M777**
and
M777A1**
M776
L 400
R 400

Total Traverse − mils

6400

Maximum Elevation − mils

1300

1275

1344

1275

-36

-75

-38

-43

5

10

5

10

10

10

10

10

Minimum Elevation − mils
Change in elevation for one
turn of elevating handwheel −
mils
Change in traverse for one turn
of traversing handwheel − mils

6400

*Applies to Howitzers M109A1, M109A1B, M109A2, M109A3, M109A3B, and M109A4.
**There is a minimum mechanical quadrant elevation of 300 mils when firing propelling
charges M119 series, and M232 and M232A1, charge 4H. The mechanical quadrant elevation
is defined as the angle between the gun tube and the lower carriage of the howitzer, measured
in the vertical plane. See pertinent weapon TM for details.

XXI

FT 155-AM-3

4.

Projectile/Fuze Combinations and Mean Weights
Fuze

Projectile
Type
(a)

PD

(b)

MTSQ
HE, M107

ET

(b)

VT

(c)
(d)

MOFA

(a)

CP

MT
ILLUM,
M485A2,
M485A1

(e)

MTSQ

ET

(e)

Model

Fuze
Weights

Weight of
Fuzed Projectile (lb)
2 sq
3 sq
4 sq
5 sq

M557
M739
M739A1
M582
M582A1
M564
M767
M767A1
M728
M732
M732A2
M782
MK399
MOD 1

2.2
1.5
1.5
1.5
1.5
2.1
1.1
1.1
2.2
1.8
1.2
1.7

92.8
92.1
92.1
92.1
92.1
92.7
91.7
91.7
92.8
92.4
91.8
92.3

93.9
93.2
93.2
93.2
93.2
93.8
92.8
92.8
93.9
93.5
92.9
93.4

95.0
94.3
94.3
94.3
94.3
94.9
93.9
93.9
95.0
94.6
94.0
94.5

96.1
95.4
95.4
95.4
95.4
96.0
95.0
95.0
96.1
95.7
95.1
95.6

2.7

93.3

94.4

95.5

96.6

M565

2.1

Not weight zoned

M577
M577A1

1.4
1.4

Not weight zoned

M762
M762A1

1.1
1.1

Not weight zoned

(a) These fuzes have two modes: quick mode and delay mode.
(b) These fuzes have a point detonating (PD) setting.
(c) Fuze M728 is compatible with the deep cavity projectiles only. All of these VT fuzes have a
point detonating (PD) setting. The M732A2 fuze can be set to even increments only.
(d) This fuze has four modes: quick, delay, proximity (VT) and electronic time (ET).
(e) These fuzes have a point detonating (PD) setting The PD mode setting is not allowed with
projectiles, M485A2 and M485A1.

XXII

FT 155-AM-3

Fuze

Projectile
Type
(a)

SMOKE,
WP,
M110,
M110A1
and
M110A2

PD

(b)

MTSQ
ET

(b)
(c)

MOFA

Fuze
Weights

Model
M557
M739
M739A1
M582
M582A1
M564
M767
M767A1
M782

2.2
1.5
1.5
1.5
1.5
2.1
1.1
1.1
1.7

5 sq
96.1
95.4
95.4
95.4
95.4
96.0
95.0
95.0
95.6

Weight of
Fuzed Projectile (lb)
6 sq
7 sq
98.3
97.2
97.6
96.5
97.6
96.5
97.6
96.5
97.6
96.5
98.2
97.1
96.1
97.2
96.1
97.2
96.7
97.8

8 sq
99.4
98.7
98.7
98.7
98.7
99.3
98.3
98.3
98.9

Projectile: SMOKE, BE, M116 AND M116B1 (HC)
Fuze
Type
(b)

MTSQ

Model
M501
M501A1

Fuze
Weights
1.4
1.4

Weight of
Fuzed Projectile (lb)
2sq
3 sq
4 sq
5 sq
95.0
96.1
93.9
92.8
95.0
96.1
93.9
92.8

Projectile: SMOKE, BE, M116 AND M116B1 (COLORED)
FUZE TYPE: MTSQ; FUZE MODEL: M501 and M501A1
NOTE: Projectile, Smoke, Colored, BE, M116 and M116B1 are fired with a mean weight of
86.4 pounds. This weight is equivalent to a decrease of 8 squares below the standard weight
of 95.0 pounds for which the tables are prepared.

XXIII

FT 155-AM-3

Projectile
SMOKE,
BE,
M116A1
(HC)

Fuze
Model
M565

Fuze
Weights
2.1

M577
M577A1
M762
M762A1

1.4
1.4
1.1
1.1

Type
MT
(d)

MTSQ
ET

(d)

Projectile: SMOKE, BE, M116A1 (HC)
Fuze
Model
M565

1 sq

2 sq

91.7

92.8

93.9

95.0

96.1

97.2

98.3

M577
M577A1

91.0
91.0

92.1
92.1

93.2
93.2

94.3
94.3

95.4
95.4

96.5
96.5

97.6
97.6

90.7
90.7

91.8
91.8

92.9
92.9

94.0
94.0

95.1
95.1

96.2
96.2

97.3
97.3

M762
M762A1

Weight of Fuzed Projectile (lb)
3 sq
4 sq
5 sq
6 sq

7 sq

(a) These fuzes have two modes: quick mode and delay mode.
(b) These fuzes have a point detonating (PD) setting.
(c) This fuze has four modes: quick, delay, proximity (VT) and electronic time (ET).
Use only the quick, delay and ET modes for this fuze with M110, M110A1 and M110A2,
SMOKE, WP.
(d) These fuzes have a point detonating (PD) setting. The PD mode setting is not allowed with
Projectile, M116A1.

XXIV

FT 155-AM-3

5. Equivalent Service Rounds
The following may be used to compute the equivalent full charge fatigue and erosion effects for
Projectile, HE, M107. The fatigue effects are used to determine the condemnation life for the
M185, M199, M284 and M776 cannons. The erosion effects are used to compute the number of
equivalent full charge service rounds to enter the table of approximate losses in muzzle velocity.
Charge
Zone

Fatigue Life
Equivalent
No. of rds
fatigue
equivalent
effect in
in fatigue
decimals
to one full
chg

Erosion Life
Equivalent
No. of rds
erosion
equivalent
effect
in erosion
in decimals
to one full
chg
(a)

M119A2

7R

Cannon, 155mm Howitzer, M185
1.00
1.00
1.00
(b)

M119A2

Cannons, 155mm Howitzer, M199
7R
4.00
0.25

(c)

1.00
(d)

, M284 , M776
2.00

0.50

M232
M232

4H
3H

4.00
10.00

0.25
0.10

2.00
5.00

0.50
0.20

M232A1
M232A1

4H
3H

4.00
10.00

0.25
0.10

2.00
5.00

0.50
0.20

M232
M231

2L
1L

6.67
20.00

0.15
0.05

20.00
100.00

0.05
0.01

(a) Cannon, M185 has dual condemnation criteria of 6375 EFC (fatigue) rounds or 0.150
inches wear (6.250 inches bore diameter) taken at 40.0 inches forward of the rear face of the
tube, whichever, comes first.
(b) Cannon, M199 has a condemnation criterion of 0.105 inches wear (6.205 inches bore diameter) taken at 41.75 inches forward of the rear face of the tube. Fatigue life does not apply
to cannon, M199.
(c) Cannon, M284 has a dual condemnation criteria of 2650 EFC (fatigue) rounds or 0.105
inches wear (6.205 inches bore diameter) taken at 41.75 inches forward of the rear face of the
tube, whichever comes first.
(d) Cannon, M776 data are based upon tests for Cannon, M199. It has a dual condemnation
criteria of 2650 EFC (fatigue) rounds and 6190 wear rounds. The wear criteria is based on a
wear test where the chrome wore out.

XXV

FT 155-AM-3
6.

Fatigue

The process of metal fatigue is caused by the repeated application of firing pressures or high
stresses from various charges and sustained tube temperatures. Each round of ammunition fired
through a cannon reduces tube life due to metal degradation.
For cannon tubes condemned based on metal fatigue, the effective full charge rounds fired will be
used to determine remaining tube life and will be used as the foremost criteria in condemnation.
However, all tubes should be constantly checked and possibly condemned based on the presence of
cracks, defects and other damage which make the cannon unsafe to fire (as determined from borescope, comparison checks and visual inspection). Detailed information on fatigue and tube condemnation is contained in TM 9-1000-202-14. This applies to the following cannons: M185,
M199, M284 and M776.
7.

Erosion

The process of erosion removes metal from the bore surface of a cannon by the movement of hot
gases and residues generated from the burning of the propellant as well as by the passing of the
projectile through the bore. Detailed information on erosion is contained in TM 9-1000-202-14.
For tubes exhibiting uniform wear, the loss in muzzle velocity may be estimated from measurements taken in accordance with instructions given in the publication referred to above. For tubes
exhibiting irregular wear, as evidenced principally by stripped lands, the loss in muzzle velocity
cannot be estimated reliably from wear measurements. The latter tubes will continue to fire accurately but their velocity levels should be inferred from registration firings or determined using a
muzzle velocity measuring device.

XXVI

FT 155-AM-3

The following tables may be used as a guide in estimating muzzle velocity departures from the
firing table standard due to uniform wear in cannons: M185 and M199, M284 and M776.
Approximate Losses in Muzzle Velocity
155mm Howitzer, Cannons: M199, M284 and M776; Charges: 7R and 4H
(M232 and M232A1)
Number of equivalent
full service rounds
(erosion)
0
100
200
300
400
500
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
2300
2400
2500

Wear measurement
(inches)*

Muzzle Velocity Loss
(m/s)

6.100
6.107
6.114
6.121
6.127
6.134
6.141
6.147
6.154
6.160
6.166
6.171
6.176
6.180
6.184
6.188
6.191
6.194
6.197
6.199
6.200
6.201
6.202
6.203
6.204
6.205

0.0
0.8
1.6
2.4
3.0
3.9
4.7
5.4
6.2
7.0
7.6
8.2
8.9
9.5
10.3
11.2
12.0
12.9
14.0
14.7
15.2
15.5
16.3
16.7
17.3
18.0

* The wear measurement is taken 41.75 inches forward of the rear face of the tube.

XXVII

FT 155-AM-3

Approximate Losses in Muzzle Velocity

155mm Howitzer, Cannons: M199, M284 and M776; Charges: 1L, 2L and 3H
(M232 and M232A1)

Number of equivalent
full service rounds
(erosion)
0
100
200
300
400
500
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
2300
2400
2500

Wear measurement
(inches)*

Muzzle Velocity Loss
(m/s)

6.100
6.107
6.114
6.121
6.127
6.134
6.141
6.147
6.154
6.160
6.166
6.171
6.176
6.180
6.184
6.188
6.191
6.194
6.197
6.199
6.200
6.201
6.202
6.203
6.204
6.205

0.0
0.6
1.0
1.4
1.6
1.9
2.1
2.4
2.6
2.8
3.0
3.3
3.5
3.8
4.1
4.4
4.8
5.2
5.6
6.2
6.8
7.5
8.4
9.4
10.8
12.6

* The wear measurement is taken 41.75 inches forward of the rear face of the tube.

XXVIII

FT 155-AM-3

Approximate Losses in Muzzle Velocity
155mm Howitzer, Cannon M185; Charge: 7R
Number of equivalent
full service rounds
(erosion)
0
200
400
600
800
1000
1200
1400
1600
1800
2000
2200
2400
2600
2800
3000
3200
3400
3600
3800
4000
4200
4400
4600
4800
5000

Wear measurement
(inches)*

Muzzle Velocity Loss
(m/s)

6.100
6.109
6.118
6.122
6.128
6.134
6.140
6.146
6.152
6.157
6.163
6.168
6.172
6.177
6.181
6.186
6.190
6.193
6.196
6.200
6.203
6.206
6.208
6.210
6.212
6.214

0.0
0.2
0.5
0.7
1.3
2.0
3.0
4.1
4.7
5.9
7.0
8.2
9.5
10.3
11.7
13.0
14.2
15.4
16.4
17.5
18.7
20.0
20.8
21.8
22.3
22.9

* The wear measurement is taken 40.0 inches forward of the rear face of the tube.

XXIX

FT 155-AM-3

XXX

FT 155-AM-3

8.

Explanation of Tables

Firing tables contain data based on standard and nonstandard trajectories for a given weapon and
combination of projectile, fuze and propelling charge. A standard trajectory fired at a given elevation is one theoretically existing under arbitrarily chosen conditions of weather and materiel. A
nonstandard trajectory is one existing under conditions of weather and materiel differing from the
arbitrarily chosen standard conditions. Standard firing data and the corrections needed to compensate for significant variations from standard conditions may be determined from the firing tables.
The following variations from standard conditions were used in preparing the firing tables.
Muzzle Velocity (decrease and increase)
Range Wind (head and tail)
Cross Wind (left and right)
Ballistic Air Temperature (decrease and increase)
Ballistic Air Density (decrease and increase)
Projectile Weight (decrease and increase)
Angle of Site (+ site and - site)

10 m/s
50 knots
50 knots
10 percent
10 percent
1 square
50 mils

The ranges in the tables are distances along the surface of a sphere concentric with the earth and
passing through the muzzle of the tube. The point at which the descending branch of the trajectory
intersects this concentric sphere is designated the level point. Targets at zero height are at the level
point. Other targets are considered to be directly above or below the level point.
In general, plus signs are omitted from these tables. Therefore, numbers without signs are to be
considered positive. Negative quantities are shown with a minus sign.
These tables are divided into three parts. An explanation of the material contained in these three
parts is given below.
A.

Part 1. The contents of the tables for Projectile, HE, M107 are described below.

Table
A

Line Number of Meteorological Message − Digits which represent preselected standard heights. The height zones represented by the line numbers are given as a function of quadrant elevation. If quadrant elevation is known, or can be reasonably inferred, Table A should be used for line number. Otherwise, line number may be obtained from Table B as a function of range and height of target above gun.

B

Complementary Range Line Number − Range corrections corresponding to the complementary angle of site, and line numbers of the meteorological message. The
range corrections are tabulated as a function of range and height of target above the
gun. For a target at some height other than zero, the complementary range correction is added to the chart range to obtain a range to be used for entering Table F.
The line number is tabulated in the margins of the table. Each particular line number is applicable to all target points lying between the heavy dividing lines containing that number.
XXXI

FT 155-AM-3
Table
C

Components of a One Knot Wind − A wind of one knot, blowing from the chart
direction, divided into two components; the cross wind, perpendicular to the plane of
fire, and the range wind, parallel to the plane of fire. These components are to be
multiplied by the wind speed from the appropriate line of the met message to obtain
the total cross and range wind to be used in the particular fire problem.

D

Air Temperature and Density Corrections – Corrections added to the ballistic air
temperature and the ballistic air density to compensate for the difference in altitude
between the firing battery and the meteorological station.

E

Effects on Muzzle Velocity Due to Propellant Temperature – The changes in muzzle
velocity produced by variations in the propellant temperature. Whenever possible,
the temperature of the propellant itself should be measured, rather than assuming
that it is the same as the air temperature. The velocity effect obtained from this table
is converted to a range correction by use of column 10 or 11 in Table F.

F

Basic Data and Correction Factors – A compilation of the basic data required for the
solution of the gunnery problem. The data are arranged in 19 columns, each column
of which is a function of the listed range. Since all of these quantities have been
computed for a target at the level point, Table F applies primarily to targets at the
same altitude as the gun. Sufficient information may be found to produce a graze
burst on a target at the level point. For targets above or below the level point, Table
F is entered with a range first determined from Table B.
Following is an explanation of the content of each column of Table F.
Column
1–9

XXXII

Basic Data

1

Range – The distance, measured on the surface of a sphere concentric with
the earth, from the muzzle to a target at the level point.

2

Elev (Elevation) – The angle of the gun in the vertical plane required to
reach the range tabulated in column 1. The maximum elevation shown
represents the highest angle at which predictable projectile flight is possible under standard conditions of met and materiel. This number varies
with nonstandard conditions of met and materiel and is particularly sensitive to changes in range wind. Some of the elevations listed may exceed
the maximum weapon elevation, but they can be achieved through modification of the weapon position.

FT 155-AM-3
Table

Column

F

3

FS for Graze Burst (Fuze Setting for a Graze Burst) − Numbers to be set on
fuze MTSQ, M582 that will produce a graze burst at the level point when
firing under standard conditions. This setting will produce a graze burst at
the time of flight listed in column 7.

4

DFS per 10 M Dec (Change in Fuze Setting for 10 Meters Decrease in
Height of Burst) − The adjustment to fuze setting required to decrease the
height of burst 10 meters. To increase the height of burst 10 meters,
change the sign of the value given in the table.

5

DR per 1 Mil D Elev (Change in Range for One Mil Change in Elevation)
– Adjustment in range corresponding to a one mil change in the angle of
elevation.

6

Fork − The change in the angle of elevation necessary to produce a change
in range at the level point equivalent to four probable errors in range.

7

Time of Flight – The projectile travel time, under standard conditions, from
the muzzle to the level point at the range in column 1. Time of flight is
used as fuze setting for the following fuzes: MTSQ, M582 , M582A1, and
ET, M767, M767A1.

8-9 Azimuth Corrections − The angular changes in the horizontal plane necessary to compensate for a departure of the projectile from the vertical plane
of fire. Any deviation of the projectile from the vertical plane of fire is
considered a deflection effect. The corrections tabulated in columns 8 and
9 are used in determining the change in traverse angle needed to offset the
effects of drift and cross wind, two of the phenomena that create a deflection effect. Although drift exists in a standard trajectory, it is assumed, for
simplicity, to be a deflection effect.
8

Drift (Corr to L) − (Azimuth Corrections to Compensate for Drift) − Because of the right hand twist of the tube, the drift of the projectile is to the
right of the vertical plane of fire. This drift must be compensated for by a
correction to the left.

9

CW of 1 Knot − (Azimuth Corrections to Compensate for a Cross Wind of
1 Knot) − Ballistic cross wind components may be from either the right or
the left, and the weapon must be traversed into the cross wind to compensate for the deflection effect − to the right for a cross wind blowing from
the right of the plane of fire, to the left for a cross wind blowing from the
left. In the wind components, Table C, the directions of the azimuth corrections, right and left, are indicated by the letters R and L.

XXXIII

FT 155-AM-3
Table

Column

F

10-19

Range Correction Factors – Corrections to range to compensate for
the effects of nonstandard conditions. Although the corrections given
in columns 10 through 19 are tabulated for a unit decrease and a unit
increase in the nonstandard conditions, they are actually mean values
based on an expected decrease and increase in the nonstandard conditions. The columns of corrections for an increase in the nonstandard
conditions are shaded to aid in identification. A tail wind is considered to be an increase in wind for this purpose.

10-11

Muzzle Velocity 1 M/S (Range Corrections for a Decrease (Increase)
of One Meter per Second in Muzzle Velocity) – Corrections to range
to compensate for variations from the standard muzzle velocity that
appears on the title page for each charge.

12-13

Range Wind 1 Knot (Range Corrections for a Head Wind (Tail Wind)
of 1 Knot). In computing a standard trajectory it is assumed that no
wind is blowing. In the wind component's table, Table C, a head
wind is designated by the symbol H and a tail wind, by T. If the symbol is H, enter column 12 and if T, enter column 13.

14-15

Air Temp 1 Pct (Range Corrections for a Decrease (Increase) of One
Percent in Air Temperature). Standard air temperature at sea level is
15.0 degrees Centigrade (59.0° F).
On the absolute scale, the
equivalent temperature is 288.2 degrees Kelvin. Standard air temperatures at finite heights above sea level have been established as
part of the ICAO standard atmosphere (U.S. standard atmosphere,
1962). Temperature at any given height is recorded and transmitted
as a percent of the standard absolute temperature for that height. The
drag that a projectile encounters is a function of Mach number (ratio
of the velocity of the projectile to the velocity of sound). The drag
varies appreciably with Mach number, particularly near Mach one
where the velocity of the projectile and the velocity of sound are
equal. Since the velocity of sound is a function of air temperature, it
follows that changes in air temperature will change the Mach number,
thereby changing the drag and consequently the range. This effect is
sometimes called the elasticity effect. It should not be confused with
the distinctly separate effect which air temperature produces through
its influence on air density.

XXXIV

FT 155-AM-3
Table

Column

F

16-17

18-19

G

Air Density 1 Pct (Range Corrections for a Decrease (Increase) of 1
Percent in Air Density). Standard air density at sea level is 1225.0
grams per cubic meter. Standard air densities at finite heights above
sea level have been established as part of the ICAO Standard Atmosphere (U.S. Standard Atmosphere, 1962). Air density at any given
height is recorded and transmitted as a percent of the standard absolute density for that height. Air density affects the drag exerted upon
the projectile. Therefore, changes in air density will change the drag
and consequently the range.
Proj Wt of 1 Sq (4 Sq Std) (Range Corrections for a Decrease (Increase) of 1 Square in Projectile Weight). The standard projectile
weight for this table is 95.0 pounds. Correction should be made for
difference in projectile weight as indicated by the number of squares.
A decrease in projectile weight increases the muzzle velocity, the effect of which is to lengthen the range. But it also increases the drag
force, the effect of which is to shorten the range. The combined effect may be either an increase or a decrease in range depending upon
which individual effect is predominant. Under certain conditions
these two effects tend to cancel each other.

Supplementary Data – A table of supplementary data containing probable error information and certain trajectory elements.
Column
1

Range (See Table F)

2

Elevation (See Table F)

3–7

Probable Errors – These probable errors were computed from uncorrected firing data obtained from all available sources and are estimates of the average probable errors. On a given occasion the observed probable error may be greater or less than the average probable error in accordance with the laws of probability. The probable
errors indicate the round-to-round variation of a single piece fired on
a single occasion and do not reflect the variation of the mean of either
a single piece fired on different occasions or different pieces fired on
the same occasion.

XXXV

FT 155-AM-3
Table

Column

G

3

R (Probable Error in Range to Impact) – A value which when added
to and subtracted from the expected range, will produce an interval,
along the line of fire, that should contain 50 percent of the rounds
fired. Variations in muzzle velocity, in angle of departure, and in total drag during flight all contribute to the probable error in range to
impact. For those projectiles that are fired with rocket assist, variations in time to the delayed ignition and in thrust performance of the
rocket motor are combined with those parameters mentioned above to
produce the probable error in range.

4

D (Probable Error in Deflection at Impact) – A value which, when
added both to the right and to the left of the expected impact point,
will produce an interval, perpendicular to the line of fire at the expected range, that should contain 50 percent of the rounds fired.
Variations in angle of departure and various aerodynamic terms produce dispersion in deflection at impact.

5

HB (Probable Error in Height of Burst) − A value which, when added
to and subtracted from the expected height of burst, will produce a
vertical interval that should contain 50 percent of the rounds fired.
The factors that contribute to the probable error in height of burst are
not only those that produce dispersion in range to impact, but also
those factors attributed to variations in the functioning of the time
fuze.

6

TB (Probable Error in Time to Burst) − A value which, when added
to and subtracted from the expected time to burst, will produce a time
interval that should contain 50 percent of the rounds fired.

7

RB (Probable Error in Range to Burst) − A value which, when added
to and subtracted from the expected range to burst, will produce an
interval, along the line of fire, that should contain 50 percent of the
rounds fired. The factors that contribute to the probable error in
range to burst are not only those that produce dispersion in range to
impact, but also those factors attributed to variations in the functioning of the time fuze.

8

Angle of Fall – The least angle measured clockwise from the horizontal to a line tangent to the trajectory at the level point.

XXXVI

FT 155-AM-3
Table
G

Column
9

Cot Angle of Fall (Cotangent of Angle of Fall) – The trigonometric
function of the angle of fall given in column 8.

10

TML VEL (Terminal Velocity) – The speed of the projectile at the
level point.

11

MO (Maximum Ordinate) – The maximum height above the gun of
the trajectory fired, under standard conditions, to the range in column
1.

12-13

Comp Site for Angle of Site (Complementary Angle of Site for Each
Mil Angle of Site) − The correction which must be added algebraically to each mil of actual angle of site to compensate for the nonrigidity of the trajectory. Use column 12 when the target is above the
gun in altitude, column 13 when the target is below the gun.

H

Rotation – Range (Corrections to Range, in Meters, to Compensate for the Rotation
of the Earth) − Range corrections required to offset the effects on range produced by
the rotation of the earth.

I

Rotation – Azimuth (Corrections to Azimuth, in Mils, to Compensate for the Rotation of the Earth) − Azimuth corrections required to offset the effects on deflection
produced by the rotation of the earth.

J

Fuze Correction Factors − Corrections to fuze setting to compensate for the effects
of nonstandard conditions. The data are arranged in 11 columns, each of which
gives values for the various quantities as a function of the fuze setting tabulated in
the first column. Since all of these quantities have been computed for a target at the
level point, Table J applies primarily to targets at the same altitude as the gun. Sufficient information may be found to produce a graze burst on a target at the level
point. For targets above or below the level point, Table J is entered with a fuze setting determined from Table F. The exact procedure to follow for either case is explained in the examples of problems in paragraph 11. Although the corrections
given in columns 2 through 11 are tabulated for a unit decrease and a unit increase in
the nonstandard conditions, they are actually mean values based on an expected decrease and increase in the nonstandard conditions. A tail wind is considered to be an
increase in wind for this purpose.
Following is a listing of the contents of Table J. For a detailed explanation of columns 2 through 11, see the explanation of columns 10 through 19 in Table F. In
these explanations, substitute fuze corrections for range corrections.

XXXVII

FT 155-AM-3
Table
J

1

FS (Fuze Setting)

2-3

Muzzle Velocity 1 M/S (Fuze Corrections for a Decrease (Increase)
of 1 Meter per Second in Muzzle Velocity)

4-5

Range Wind 1 Knot (Fuze Corrections for a Head Wind (Tail Wind)
of 1 Knot)

6-7

Air Temp 1 Pct (Fuze Corrections for a Decrease (Increase) of 1 Percent in Air Temperature)

8-9

Air Density 1 Pct (Fuze Corrections for a Decrease (Increase) of 1
Percent in Air Density)

10-11

Proj Wt of 1 Sq (4 Sq Std) (Fuze Corrections for a Decrease (Increase) of 1 Square in Projectile Weight)

Corrections to Fuze Setting − The amount to be added to or subtracted from the fuze
setting of Fuze, MTSQ, M582 to obtain the fuze setting for Fuze, MTSQ, M564.

K

B.

Column

Part 2. The contents of the tables for Projectile, Illuminating, M485A2 and M485A1 are
described below.

Table
A

Basic Data – A compilation of the data required for the solution of the fire problem.
The data are arranged in seven columns, each of which gives values for various
quantities as functions of the range tabulated in the first column at the level point.
Column

XXXVIII

1

Range to Target – The horizontal distance measured from the gun to the
nearest target. Shading in column 1 indicates bursting on upleg or ascending part of the trajectory.

2

Quadrant Elevation – The angle of the gun in the vertical plane that,
used in conjunction with the fuze setting given in column 3, produces an
air burst such that the ignition of the illuminant occurs 600 meters above
the level point at the range given in column 1.

3

Fuze Setting – A number to be set on Fuze, MTSQ, M577 that, used in
conjunction with the quadrant elevation given in column 2, produces an
air burst such that the ignition of the illuminant occurs 600 meters above
the level point at the range given in column 1.

FT 155-AM-3
Table
A

B

C

Column
4-5

Changes in Quadrant Elevation and Fuze Setting for an Increase of 50
Meters in Height of Burst. The changes in columns 4 and 5 must be applied simultaneously to increase the height of burst without changing
the range. Changing the height of burst by 50 meters produces a corresponding change in the height at which the illuminant ignites.

6

Range to Fuze Function – The horizontal distance from the gun to the
point at which the fuze functions.

7

Range to Impact - The horizontal distance from the gun to the point at
which a nonfunctioning projectile will impact.

Corrections to Fuze Setting, Fuze, MTSQ, M577, to Obtain Fuze Setting for Fuze,
MT, M565 – The amount to be added to or subtracted from the fuze setting of the
M577 fuze to obtain the fuze setting for Fuze, MT, M565. The fuze setting data for
Fuze, MTSQ, M577 are also applicable to Fuze, ET, M, M762, M762A1, and
M577A1.
Trajectory Data (Safety Estimation)
Column
1

Range – The distance measured on the surface of a sphere concentric
with the earth, from the muzzle to a target at the level point. This value
is the same as the range to impact (column 7, Table A).

2

Elevation – The angle of the gun in the vertical plane required to reach
the range tabulated in column 1. The maximum elevation shown represents the highest angle at which predictable projectile flight is possible
under standard conditions of met and materiel. This number varies with
nonstandard conditions of met and materiel and is particularly sensitive
to changes in range wind. Some of the elevations listed may exceed the
maximum weapon elevation; however, they can only be achieved
through modification of the weapon position.

3

Fuze Setting for a Graze Burst – Numbers to be set on Fuze, MTSQ,
M577 that will produce a graze burst at the level point when fired under
standard conditions. This setting will produce a graze burst at the time
of flight listed in column 4.

4

Time of Flight – The projectile travel time, under standard conditions,
from the muzzle to the level point at the range in column 1.

5

Azimuth corrections to compensate for drift. Because of the right hand
twist of the tube, the drift of the projectile is to the right of the vertical
plane of fire. This drift must be compensated for by a correction to the
left.
XXXIX

FT 155-AM-3
C.

XL

Appendices. Appendix A through Appendix G follow the main body of the table They
contain trajectory charts for Projectile, HE, M107. Altitude in meters is plotted against
range in meters for every 100 mils of elevation up to the maximum trailing angle. Time
of flight, by five-second intervals, is marked on each trajectory.

FT 155-AM-3
9. Explanation of Meteorological Message
A.

Composition of Meteorological Message. The ballistic met message as described in
STANAG 4061 (Edition No. 3), 19 May 1969, is divided into two parts – the introduction containing, primarily, identification information and the body of the message containing meteorological information. The introduction consists of two lines broken into
four groups of letters and numbers and the body of the message consists of a sequence
of up to sixteen lines, each broken into two groups of six digit numbers. The various
parts of a met message are explained as follows:
Sample Meteorological Message
METB31

344983

121450

037013

002109

945071

012205

937079

022318

933082

032419

926084

042620

941075

052822

949065

063123

960051

Introduction

(1)

Body of message

Introduction
(a)

Group 1− METB31

Met

Indicates that the transmission is a meteorological message.

B

Indicates that the message is a ballistic met message.

3

Indicates that the message is for surface-to-surface fire.

1

Indicates the octant of the globe in which the meteorological
applicable, and is numerically coded as follows:

message is

XLI

FT 155-AM-3
Code
Number
0
1
2
3
4
5
6
7
8
9
(b)

(c)

(d)

*

Octant
North Latitude, 0° to 90° West Longitude
North Latitude, 90° to 180° West Longitude
North Latitude, 180° to 90° East Longitude
North Latitude, 180° to 90° East Longitude
Not used
South Latitude, 0° to 90° West Longitude
South Latitude, 90° to 180° West Longitude
South Latitude, 1800° to 90° East Longitude
South Latitude, 90° to 0° East Longitude
Used for coded identification

Group 2 − 344983*
344

Indicates the latitude of the center of the area of applicability
expressed to the nearest tenth of a degree.

983

Indicates the longitude of the center of the area of applicability
expressed to the nearest tenth of a degree. When the longitude is
100 degrees or greater (possible when in octant 1, 2, 6, or 7) the
initial digit 1 is omitted.

Group 3 − 121450
12

Indicates the day of the month the period of the validity of the
message begins.

145

Indicates, to the nearest tenth of an hour in Greenwich Mean
Time, the hour the period of validity begins.

0

Indicates the duration of the period of validity in hours. For
U.S. Armed Forces, the meteorological data are presumed valid
until a later message is provided.

Group 4 − 037013
037

Indicates, in tens of meters, the altitude of the meteorological
station or meteorological datum plane (MDP) above mean sea
level.

013

Indicates the atmospheric pressure at the MDP. This value is
rounded to the nearest 0.1 percent of standard atmospheric pressure at sea level. When this value is 100 or greater, the initial
digit 1 is omitted.

When group 1 has code 9 for octant, group 2 identifies the area by name or code.

XLII

FT 155-AM-3
Thus, the introduction to the sample message indicates that it is a ballistic meteorological message
applicable to surface fire in octant 1 of the globe. Specifically, it is applicable to an area whose
center is latitude 34.4 degrees north and whose longitude is 98.3 degrees west. The message is
valid on the 12th of the month starting at 1430 Greenwich Mean Time. The atmospheric pressure
at the MDP, which is 370 meters above mean sea level, is 101.3 percent of standard at sea level.
(2) Body of the Message. All 16 lines of the body of the message have the same form.
The initial line is identified by the first pair of digits (00) and deals with surface meteorological
conditions. Each subsequent line furnishes information applicable to firings for which the maximum ordinate of the trajectory is equal to the standard height associated with the first pair of digits
of the line. These two digits are the line number indicating the standard height relative to the MDP.
Line Number

Standard Height
meters

00
01
02
03
04
05
06
07
08
09
10
11
12
13
14
15

0
200
500
1000
1500
2000
3000
4000
5000
6000
8000
10000
12000
14000
16000
18000

Because all of the lines in the body of the message have the same form, a detailed explanation of
one line will serve as a sample for any line. Assume that the appropriate line number is 05.
(a)

Group 1 − 052822
05

is the line number indicating the standard height relative to the
MDP.

28

is the direction from which the ballistic wind is blowing, measured
clockwise from geographic north, transmitted in hundreds of mils.

22

is the ballistic wind speed to the nearest knot.

XLIII

FT 155-AM-3
(b)

Group 2 − 949065
949

is the ballistic air temperature to the nearest 0.1 percent of standard.
When this value is 100 or greater, the initial digit 1 is omitted.

065

is the ballistic air density to the nearest 0.1 percent of standard.
When this value is 100 or greater, the initial digit 1 is omitted.

Thus, the applicable portion of the body of the meteorological message states that for a trajectory
whose maximum ordinate is 2000 meters, the ballistic wind is blowing from 2800 mils at 22 knots,
the ballistic air temperature is 94.9 percent of standard and the ballistic air density is 106.5 percent
of standard.
B. Ballistic Atmosphere. As indicated above, each line of the body of the meteorological
message contains the ballistic wind, ballistic air temperature and ballistic air density for the indicated height. When this height is zero, these quantities are the actual wind, air temperature and air
density at the MDP. For other heights, there are certain effective mean values of the actual atmospheric structure, which are used in conjunction with the data given in the firing table to determine
the effects of the actual atmospheric structure. These mean values are computed, at the meteorological station, to apply to a trajectory having a maximum ordinate exactly equal to a particular
standard height. For firings where the maximum ordinate is not equal to one of the standard
heights, it is sufficient to use the ballistic wind, temperature and density computed for that standard
height which is nearest to the maximum ordinate of the firing.
A projectile following a trajectory whose maximum ordinate is equal to some particular standard
height passes through layers of the atmosphere where winds are blowing in various directions and
at various speeds. The ballistic wind for this standard height is that wind which is constant in speed
and direction and which produces the same effect on the range, height and deflection of the projectile as the actual wind.
Definitions of ballistic air temperature and ballistic air density are essentially the same as that of
ballistic wind, but differ in that there are, in these cases, no deflection effects. Trajectories for standard conditions are computed for an atmospheric structure in which the air temperature and air
density decrease with increasing height according to the laws defining the ICAO Standard Atmosphere (U. S. Standard Atmosphere, 1962). The ratio of the actual air temperature to the standard air
temperature, expressed as a percentage, is called the relative air temperature. Corresponding to any
actual temperature structure, there is a hypothetical temperature structure for which the relative air
temperature is constant at all heights and which has the same effect on range as the actual structure.
This constant relative air temperature is called the ballistic air temperature. Similarly, the ratio of
the actual air density to the standard air density, expressed as a percentage, is called the relative air
density. Corresponding to any actual density structure, there is a hypothetical density structure for
which the relative air density is constant at all heights and which has the same effect on range as
the actual structure. This constant relative air density is called the ballistic air density.

XLIV

FT 155-AM-3
C. Corrections to Temperature and Density. As stated, the heights referred to in the preceding discussion are heights above the MDP, which is the horizontal plane containing the meteorological station. Ballistic air temperature and ballistic air density must be corrected for the difference in altitude between the battery and the MDP. The necessary corrections are contained in Table D, Temperature and Density Corrections. The ballistic wind, however, is not corrected for the
difference in altitude of the battery and MDP because, unlike air temperature and air density, wind
does not follow a predictable variation with height.
D. Types of Meteorological Message. Currently, two types of met messages (identified as 2
or 3) are in use. Each is adapted to a certain large class of guns and ammunition. The type 2 message is for surface-to-air firing, and the type 3 message is for surface-to-surface firing. For this
firing table use type 3 message at all elevations of all charges.

XLV

FT 155-AM-3
10. Problem
A. General. Firing tables contain the data needed to determine at the quadrant elevation and
deflection that will produce detonation of the projectile at the target when firing under all conditions of weather and materiel. In the field, graphical equipment is utilized in conjunction with these
tables to increase the speed of fire. The sample problem in paragraph 11 illustrates the numerical
solution of the fire problem and thus does not incorporate the use of graphical equipment.
B. Arithmetic Precision. In the computation of the problem that follows, certain rules and
principles affecting the arithmetic precision of the solution are stated or implied. These are guidelines only. Greater arithmetic precision could be achieved by more stringent rules. However, the
improvement in the effectiveness of fire would generally be negligible and certainly not justify the
added complexity. The following list presents various rules and principles affecting the arithmetic
precision.

C.

•

Interpolation in a given table cannot result in a value with more decimal places
than the values listed in that table.

•

Chart range to a target is normally determined to the nearest 10 meters and
chart direction (deflection) to the nearest mil.

•

The NATO met message describes wind to the nearest 100 mils of direction and
to the nearest 1 knot of speed. Computed values of the chart direction of the
wind, and the range and cross wind components, should be expressed to the
nearest 100 mils and to the nearest knot.

•

The expression and application of a velocity variation from standard should be
to the nearest tenth of a meter per second.

Artillery Expression Rules

(1)
General. When expressing to the nearest whole number, express to the nearest
even number when the value ends in 0.5; when expressing to the nearest tenth, express to the nearest even tenth when the value ends in 0.05. This same principle applies to expressing to the nearest ten and to the nearest hundred. Artillery expression in the sample problem is expressed by ⇒.

XLVI

FT 155-AM-3
(2)
Firing Table Data
Argument
Expressed
Table
Enter With
to the
Nearest
Quadrant
As Given
A
Elevation
100 m
Chart Range
1 m (a)
Vertical
Interval
B
100 m
Chart Range
100 m
Vertical
Interval
Chart Direction
100 mils
C
of Wind
D
E

DH
Propellant
Temperature
Entry Range

10 m
1° F
100 m
10 m

F

Corrected Entry
Range

G

Chart Range
Entry Range
Azimuth
Latitude
Latitude
Entry Range
Azimuth

100 m
As Listed
As Listed
10 °
10 °
As Listed
As Listed

J

Fuze Setting

1.0

K

Fuze Setting

0.1

H

I

Extracted Value
Value Obtained
Line Number

Expressed
to the
Nearest
As Listed

Complementary Range
As Listed
Line Number
As Listed
Unit Cross Wind Comp
Unit Range Wind Comp
DT
DD

As Listed
As Listed
As Listed
As Listed

Velocity Effect

0.1 m/s

Range Corrections (b)
Azimuth Corrections (c)
Elevation
Fuze Setting
Time of Flight
Supplementary Data

As Listed
As Listed
0.1 mil
0.1
0.1 sec
As Listed

Range Correction
for Rotation (d)

As Listed

Azimuth Correction
for Rotation

As Listed

Fuze Correction
Corrections To
Fuze Setting

As Listed
As Listed

(a) To determine an entry range for solution of a meteorological message, enter with the vertical
interval to the nearest 100 meters.
(b) The corrections to range for a single element, the unit correction multiplied by the variation
from standard, should be retained to the nearest tenth of a meter. The algebraic sum of these corrections is rounded to the nearest meter.
(c) The correction to the azimuth for a cross wind, the unit correction multiplied by the magnitude
of the cross wind, should be retained to the nearest tenth of a mil. The azimuth correction to compensate for the drift of the projectile should be retained to the value listed in the tables.
(d) Correction for latitude other than 0 degrees should be multiplied by the latitude factor.

XLVII

FT 155-AM-3

(3) Fire Commands. Information given in the fire commands to a firing battery is
announced as follows.

Command
Time (Fuze Setting)
Deflection
Quadrant

XLVIII

Expressed to the
nearest
0.1
1 mil
1 mil

FT 155-AM-3

XLIX

FT 155-AM-3

11.

Sample Problems
Two problems are given in the following sections:
Problem 1: Determination of Position Constants
Problem 2: Met + VE Technique (Subsequent Met)
The determination of position constants for Projectile, HE, M107 armed with fuze, MTSQ,
M582 is described in problem 1. Problem 2 illustrates procedures to be used to obtain corrected firing data to the target for Projectile, HE, M107, armed with fuze, MTSQ, M582 using
a subsequent met message.
In Problem 2, certain details similar to those for Problem 1 have been omitted or simplified to
emphasize the basic procedures involved. Each problem is written with the explanation on
one page and the corresponding computations on the facing page.

A.

Problem 1: Determination of Position Constants

To place accurate fire on a target of known chart location, it is necessary to apply corrections
to fuze setting (if applicable) and to chart data (deflection and range) to compensate for the effects of nonstandard conditions. A registration is conducted in order to establish a total range
correction, a deflection correction and a total fuze correction. A concurrent met is solved to
determine a position VE, position deflection and a position fuze correction. Using these position constants and a valid met message, accurate firing data can be determined.

L

FT 155-AM-3

(1) Known Data
(a) Weapon/Ammunition Data.
Altitude of Battery above Mean Sea Level
Latitude of Battery
Battery Laying
Azimuth
Deflection
MVV
Projectile Weight
Propellant Temperature

616 m
44° N
4800 mils
3200 mils
1.0 m/s
3 sq
95 ° F

(b) High Burst Registration Data
Charge
Adjusted QE
Adjusted Time Setting (Fuze M582)
Chart Deflection
Adjusted Deflection
Azimuth Corresponding to Adjusted Deflection(A)
Chart Range
Height of Burst Above Battery

2L, M231
431 mils
31.5
3045 mils
3055 mils
4945 mils
8840 m
212 m

(c) Concurrent Met Message
METB31
121450
002109
012215
022318
032419
042620
052822
063123

344983
037013
945071
937079
933082
926084
941075
949065
960051

(A) Direction of Fire

LI

(2)

(3)

Met Line Number and Entry Range

FT 155-AM-3
Tables A, B

(a)

Met Line Number. Enter Table A, Charge 2L, M231 with the adjusted QE (431
mils) and select the met message line number to be used (line number 3).

(b)

Entry Range. Because the ranges in a firing table are distances to the level
point under standard conditions, a value for complementary range due to the
vertical interval of the target above or below the level point is obtained. This
complementary range is added to the chart range and the resulting entry range
is used to enter the tables to correct for nonstandard conditions and to account
for the earth’s rotation. Enter Table B with the known chart range to the high
burst location (8840 m), expressed to the nearest 100 meters (8800 m) and 212
meters (200 m), to obtain the complementary range. For this range (8800 m)
and chart height (200 m) extract the complementary range (+49 m). Add, algebraically, the complementary range to the chart range to obtain the entry range.
The entry range, expressed to the nearest 100 meters (8900 m), will be used as
the argument to obtain corrections given in Table F.

(c)

Determination of Met Line Number Prior to Registration. If a met message is
being solved before firing, no adjusted QE is known. In such cases, the line
number is determined by entering Table B at the chart range and the height of
target (or desired burst height) above (below) the gun, both to the nearest 100
meters.

(d)

Met Values. Met message items to be used in the problem are the altitude of
the MDP and the information given in line number 3.

Weather and Velocity Conditions
1.

Tables C, D, E

Winds. The ballistic wind must be resolved in components perpendicular to the
plane of fire (cross wind) and parallel to the plane of fire (range wind).
(a.1) Chart Direction of the Wind. Find the chart direction of the wind by subtracting the azimuth of fire to the registration point, expressed to the nearest
100 mils (4900 mils), from the direction of the wind (2400 mils), adding 6400
mils to the wind direction, when necessary.
(a.2) Wind Components. From Table C, select the components of a one knot
wind having a chart direction of 3900 mils. Multiply these unit cross and range
wind components by the ballistic wind speed (19 knots) to obtain the wind velocity components. Express each result to the nearest knot.

LII

FT 155-AM-3
Met Line Number (from Table A)

3

Complementary Range
Entry Range
(8840 + 49) = 8889 ⇒

8900 m

Met Line Number (from Table B)
Altitude of MDP (from met message)
Line 3

3
370 m
926084

Direction of the Wind
(2400 + 6400) =
Chart Direction of the Wind
(8800 – 4900) =

Cross Wind (CW)
19 x L0.63 = L11.97⇒
Range Wind (RW)
19 x T0.77 = T14.63⇒

+49 m

032419

8800 mils
3900 mils

L12 knots
T15 knots

LIII

FT 155-AM-3
(b)

Ballistic Air Temperature and Air Density. Correct the ballistic air temperature and the ballistic air density given in line 3 of the met message for
the difference between the altitude of the battery and the MDP.
(b.1) Height of Battery. Compute the height of the battery above or below
the MDP by finding the difference DH, between the altitude of the
MDP (370 m), given in the met message introduction and the known
altitude of the battery, expressed to the nearest 10 meters (620).
(b.2) Corrected Ballistic Air Temperature and Air Density. Enter Table D
with DH (250 m) to determine the corrections for height of battery
above the MDP and add these corrections, algebraically, to the ballistic air temperature (AT) and to the ballistic air density (AD).

(c)

LIV

Propellant Temperature. Compute the correction for the effect of nonstandard propellant temperature (PT) on muzzle velocity. Enter Table E with
the known PT (95° F) and interpolate to the nearest tenth of a meter per
second. Record this for subsequent use in determination of VE.

FT 155-AM-3

Height of Battery above MDP (DH)
620 – (+370) =

Corrected Ballistic AT
92.6 + (-0.6) =
Corrected Ballistic AD
108.4 + (-2.5) =

Correction to MV for PT
1.3 + (0.5 x (1.9 – 1.3)) = 1.3 + 0.3 =

+250 m

92.0 %
105.9 %

1.6 m/s

LV

FT 155-AM-3

(4) Met Range Correction
(a)

Tables F, H

Variations from Standard. Nonstandard projectile weight and the rotation of
the earth are considered to be part of the met range corrections. Compensate
for the nonstandard conditions and for the rotation of the earth by comparing
the previously determined nonstandard conditions with the standard conditions
(a.1) Unit Corrections. Enter Table F with the entry range determined on page
LIII, expressed to the nearest 100 meters (8900 m), to obtain the unit
range corrections for the nonstandard conditions (columns 10-19). If
the variation from standard is an increase (decrease), enter the column
of Table F headed increase (decrease). In the case of range wind, if the
variation from standard is preceded by the letter H, enter the unit head
wind column; if preceded by the letter T, enter the unit tail wind column. The unit range corrections obtained from Table F (columns 1019) are listed on the opposite page and utilized below. The drift corrections and the cross wind unit correction extracted from columns 8 and 9
will be used below to compute the met deflection correction.
(a.2) Range Correction for the Rotation of the Earth. Enter Table H with entry range (8900 m) expressed to the nearest listed range (9000 m) and
azimuth (5000 mils) expressed to the nearest higher listed range to obtain a range correction for 0 degrees latitude. Multiply this correction
by the factor given at the bottom of Table H for the known battery latitude of 44° north, expressed to the nearest 10 degrees (40° N). Express
the result to the nearest tenth of a meter.

2.

LVI

Met Range Correction. The met range correction is equal to the algebraic sum
of the range corrections required to compensate for nonstandard meteorological
conditions, nonstandard projectile weight, and the rotation of the earth. Compute each range correction for a nonstandard condition by multiplying the
variation from standard by its unit correction. Express the result to the nearest
tenth. Add separately those individual range corrections which increase the
range correction by adding algebraically the totals of the range corrections in
the plus and minus columns. Express the result to the nearest whole meter.

FT 155-AM-3
Unit Range Corrections

Parameter
Range
Wind
Air
Temperature
Air
Density
Projectile
Weight

Known
Values
T
15
H

Standard
Values

92.0

100

105.9

100

3 sq

4 sq

0

Variations from
Standard
T
15H
D
I
D
I
D
I

Unit
Corrections
-11.1
+20.0

8.0

+23.3

5.9
1

Deflection Corrections
Drift
Cross Wind

-16.0

L10.5
0.49

Range Correction for Rotation of Earth
31 × 0.77 = 23.87 ⇒

23.9 m

Met Range Correction

Parameter
Range
Wind
Air
Temperature
Air
Density
Projectile
Weight
Rotation
Of Earth

Known
Values
T
15
H
D
8.0
I
D
I
5.9
D
1
I

Unit
Corrections
-11.1
+20.0

+23.3
-16.0

Total
Met Range Correction
(+321.4) + (-182.5) = 138.9 ⇒

Range Corrections
+ (Positive)

Range Corrections
− (Negative)
166.5

160.0
137.5.
16.0
23.9
321.4

182.5

139 m

LVII

FT 155-AM-3
(5) Met Deflection Correction

Table I

The met deflection correction is the algebraic sum of the rotation of the earth, the drift correction
and the cross wind correction.
(a) Rotation of the Earth Correction. Enter the page of Table I which contains data
for latitude 40 degrees North (the known latitude of the battery expressed to
the nearest 10 degrees). Find the rotation correction to deflection (azimuth)
opposite the entry range expressed to the nearest listed range (9000 m) and under the nearest listed deflection (azimuth of target: 4800 mils). Do not interpolate.
(b) Drift Correction. Use the drift correction (L10.5) previously extracted (page
LVII, Table F).
(c) Cross Wind Correction. Multiply the cross wind component (L12), previously
determined on page LIII, by the cross wind unit correction (0.49), previously
extracted (page LVII), to determine the cross wind correction. Express the result to the nearest tenth of a mil.
(d) Met Deflection Correction. Determine the met deflection correction by adding,
algebraically, the rotation of the earth correction (L1.3), the drift correction
(L10.5) and the cross wind correction (L5.9). Express to the nearest mil.
(6) Position Deflection Correction
The position deflection is obtained for subsequent use in a Met + VE transfer.
(a) Total Deflection Correction. Subtract the chart deflection (3045 mils) from the
adjusted deflection (3055 mils) to determine the total deflection correction.
(b) Position Deflection Correction. Subtract the met deflection correction (L18)
from the total deflection correction (L10) to determine the position deflection
correction.

LVIII

FT 155-AM-3
Deflection (Azimuth) Correction for Rotation of Earth
(from Table I)
Drift Correction

L1.3 mils
L10.5 mils

Cross Wind Correction
L12 × 0.49 = L5.88 ⇒

L5.9 mils

Met Deflection (Azimuth) Correction
L1.3 + L10.5+ L5.9 = L17.7 ⇒

L18 mils

Total Deflection Correction
3055– 3045 =

L10 mils

Position Deflection Correction
L10 – L18 =

R8 mils

LIX

FT 155-AM-3
(7)

Position Velocity Error (VE)

Tables F, G

Those variations from firing table standards that cannot be measured and for which the resultant
range correction can be determined only by firing, are grouped together in one quantity and termed
position velocity error (VE). VE is expressed in meters per second. Known variations from firing
table standards are accounted for by met range corrections and the propellant temperature correction.
(a)

Range Corresponding to Adjusted Elevation.

(a.1) Angle of Site. Angles of site less than 100 mils are computed
by dividing the height of burst above battery (212 m) by the chart range expressed in thousands of
meters to the nearest hundred meters (8.8 m) times 1.0186. Angles of site greater than 100 mils
must be computed by using the formula: the tangent of the angle of site equals the vertical interval
divided by the chart range.
(a.2) Site. Enter Table G with the chart range of the high burst location, expressed to the nearest 100 meters (8800 m), to obtain the complementary angle of site factor
by linear interpolation in column 12 or 13 (column 12 in this case since the angle of site is positive). Complementary angle of site is the product of the complementary angle of site factor and the
numerical value of the angle of site. Site is the sum of the angle of site and the complementary
angle of site. Express site to the nearest mil. (Site may also be determined by use of a graphical
site table.)
(a.3) Range Corresponding to Adjusted Elevation. Determine the
adjusted elevation by subtracting site from the known adjusted QE (431 mils). Enter Table F with
the adjusted elevation to obtain, by interpolation in column 1,the range corresponding to the adjusted elevation. Express the result to the nearest meter.
(b)
Total Range Correction. Determine the total range correction by
subtracting the chart range (8840 m) from the range corresponding to the adjusted elevation.
(c)

DV

(c.1) DV Range Correction. Determine the DV range correction in
meters by subtracting, algebraically, the met range correction from the total range correction.
(c.2) MV Unit Correction. Enter Table F with the entry range expressed to the nearest 100 meters (8900) to find the muzzle velocity (MV) unit correction. If the
DV range correction in meters is positive, use the decrease column. Convert the DV range correction to a DV in meters per second, expressed to the nearest tenth, by dividing the DV range correction in meters by the MV unit correction. If the MV unit correction is obtained from the decrease
column, the sign of DV is negative; if the correction is obtained from the increase column, the DV
sign is positive .
(d)
Position VE. Compute the Position VE by subtracting the correction
to muzzle velocity for propellant temperature (page LV) and the MVV (known data) from DV.

LX

FT 155-AM-3
Angle of Site
212 / (8.8x1.0186) = 23.66 ⇒

Unit Complementary Angle of Site (by interpolation)
Complementary Angle of Site
23.7 x 0.160 =
Site
23.7 + 3.792 =27.492 ⇒
Adjusted Elevation
431– (+27) =

23.7 mils

0.160 mils
3.792 mils
27 mils

404 mils

Range Corresponding to Adjusted EL
. .9000
.
100. .
X
.
.
.
. .8900

410.9. . . . . . . . . .
.
404.0 . . .
. . 7.3
.
.
. .0.4 .
.
.
403.6 . . . . . . . . . .

X – 8900
0.4
------------- = ----100
7.3

X = 8900 +

0.4 x 100
--------------- = 8905.48 ⇒
7.3

Total Range Correction
8905 – 8840 =

DV Range Correction
65 - (161) =

MV Unit Correction (by inspection)
DV
-96/ (-20.2) =

Position VE
4.8– (1.6) – (1.0) =

8905 m

65 m

-96 m

-20.2 m per m/s
4.8 m/s

2.2 m/s

LXI

FT 155-AM-3
(8) Average Position Velocity Error
(a) A VE is computed whenever a registration and met message are concurrent.
Minor errors of weapon, ammunition, firing chart, met and survey are compensated for by the VE
range correction. The errors may vary from registration to registration and are unpredictable in
amount and direction. To smooth out these errors, each new VE is averaged with the old VE. The
old VE is the previously determined average VE, if one exists. This method gives most importance
to the most recently determined VE but does not disregard the previous VE’s.
(b) A VE is considered valid only for the position, weapon charge and propellant
lot for which it was determined. However, until registration is accomplished in a new position, the
average VE should be used with a current met message. The results achieved will usually be more
accurate than those achieved using uncorrected data.
(9) Fuze Correction

Tables F, J

The fuze setting corresponding to the adjusted elevation plus complementary angle of site approximates the correct fuze setting. Since fuze setting varies at a rate different from that of elevation, a
more accurate setting varies at a rate different from that of elevation. A more accurate setting can
be obtained by correcting the fuze setting corresponding to the adjusted elevation plus complementary angle of site for nonstandard conditions. Fuze correction factor tables are designed to compensate for the same nonstandard conditions that affect the range. In low angle fire, complementary
angle of site is usually negligible and has little effect on fuze setting. For this reason, complementary angle of site is normally considered only for firing large vertical angles or extreme ranges. In
the case of a high-burst registration, the vertical angle is considered to be large when the vertical
interval to the high burst location is greater than 100 meters.
(a) Fuze Setting Corresponding to EL + CS. Determine EL + CS by adding the
previously determined CS (+3.8 mils) to the adjusted elevation (404 mils) both numbers are from
page LXI. Enter Table F with the EL + CS expressed to the nearest mil and interpolate (when necessary) for the corresponding setting. Express to the nearest tenth of a fuze setting increment.
(b) Total M582 Fuze Correction. The total fuze correction is determined by subtracting the fuze setting corresponding to the adjusted elevation plus complementary angle of site
(29.8) (page LXIII) from the adjusted time (31.5) (known data).

LXII

FT 155-AM-3

EL + CS
404 + 3.8 = 407.8 ⇒
M582 Fuze Setting (by interpolation)

Total Fuze Correction
31.5 – 29.8 =

408 mils
29.8

1.7

LXIII

FT 155-AM-3
(c) Unit Fuze Correction Factors. Those nonstandard conditions of weather, velocity and projectile weight that affect the range and fuze setting have already been determined and are
summarized on page LXV. Enter Table J with the fuze setting determined above (29.8), expressed
to the nearest whole increment (30), to obtain the unit fuze correction factors for the nonstandard
conditions listed. If the variation from standard is an increase (decrease), enter the column of Table
J headed increase (decrease). In the case of range wind, if the variation from standard is preceded
by the letter H, enter the unit head wind; if by the letter T, the unit tail wind column. Although
rotation of the earth affects fuze setting, its effect is so small it is negligible for use with Table J.
(d) Met Fuze Correction. The met fuze correction is equal to the algebraic sum of
the fuze corrections required to compensate for the variations from standard conditions determined
on page LVII. Compute each fuze correction for a nonstandard condition by multiplying the variation from standard by its unit correction factor. Express the result to the nearest thousandth, and
add separately those individual corrections that increase the fuze setting and those that decrease the
fuze setting. Compute the met fuze corrections by adding, algebraically, the totals of the fuze corrections in the plus and minus columns. Express the result to the nearest tenth.
(e) Fuze Correction. Compute the fuze correction by subtracting the met fuze correction (0.1) from the total fuze correction (1.4).
(f) Average Fuze Correction. Because of minor variations in the manufacturing
process, the same type of fuze mechanism will produce slightly different fuze running times. When
it is possible to determine the fuze corrections more than once, the value of the fuze correction
should be altered by averaging the currently determined correction with the previously determined
value in the same manner as done for the VE.

LXIV

FT 155-AM-3

Met Fuze Corrections

Variations
from
Standard

Parameter
DV
Range
Wind
Air
Temperature
Air
Density
Projectile
Weight

D
I
T
H
D
I
D
I
D
I

Unit
Correction

Fuze Corrections
+ (Positive)

− (Negative)

0.206
4.8
15

+0.043
+0.010

8.0

-0.016

5.9
1

-0.033
+0.054

Total

Met Fuze Correction
0.410 + (-0.323) = +0.09 ⇒
Fuze Correction
1.4 – (+0.1) =

0.150
0.128

0.195
0.054
0.410

0.323

+0.1

1.3

LXV

FT 155-AM-3
(10)

Summary

The previous problem yields the information necessary to solve the gunnery problem for projectile,
HE, M107.
Range Correction
Correction to MV for PT
Drift Correction
Met Deflection (Azimuth) Correction
Position Deflection Correction
Range Corresponding to Adjusted EL
Position VE
Fuze Correction

LXVI

+65 m (page LXI)
+1.6 m/s (page LV)
L10.5 mils (page LIX)
L18 mils (page LIX)
R8 mils (page LIX)
8905 m (page LXI)
+2.2 m/s (page LXI)
+1.3 (page LXV)

FT 155-AM-3

B.

Problem 2: Met + VE Technique (Subsequent Met)

The best means of determining the total correction for all nonstandard conditions is to conduct a
registration and then determine the difference between chart data and adjusted data. It is frequently
undesirable, however, to register each time the weather changes or to perform enough registrations
to obtain corrections for the entire zone of fire. Corrections closely approximating additional registration corrections can be obtained by applying the Met + VE technique. Although the corrections
may be applied to all ranges, caution must be exercised, as corrections determined for targets close
to the maximum range of the charge are not reliable. The procedures employed in the computation
of corrected firing data and the conversion to fire commands when using the Met + VE technique
are given below.
(1)

Known Data
(a) Weapon/Ammunition Data.
Altitude of Battery above Sea Level
Latitude of Battery
Battery Laying
Azimuth
Deflection
Position VE*
MVV
Position Deflection Correction*
Position Fuze Correction*
Projectile Weight
Propellant Temperature

616 m
44° N
4800 mils
3200 mils
+2.2 m/s
+1.0 m/s
R 8 mils
+1.3
3 sq
97° F

(b) Target Data.
Charge
Chart Deflection to Target
Chart Range to Target
Height of Burst above Target
Altitude of Burst above Sea Level
Height of Burst above Battery

2L, M231
5045 mils
9480 m
0m
684 m
168 m

*Determined in Problem 1.

LXVII

FT 155-AM-3

(2)

Current Met Correction

Tables B, E, F, I

Determine corrections to the desired point of burst for the current met conditions. These corrections consist of a deflection correction, a met range correction and a met fuze correction.
(a) Met Line Number. For a Met + VE transfer to a target, the method of selecting a line number is a matter of judgment. If the QE can be reasonably inferred, the line number is
selected from Table A with this inferred QE. The QE can be best inferred when a valid GFT setting exists. When the GFT setting is not considered valid because of a significant change in
weather since the last registration and the GFT has not been corrected for recent met conditions,
then the QE cannot be inferred and Table B is used. Assume that the QE cannot be inferred. Enter
Table B with chart range to the target (9480 m) and at the height of burst above the battery (168 m),
both expressed to the nearest 100 meters (9500 m and 200 m). Select the met message line number
to be used.
(b) Met Range Correction. The entry range and the met range correction for current nonstandard conditions are computed in the manner illustrated in problem 1.
(c) Deflection.
(c.1) Met Deflection Correction. Compute the deflection correction for nonstandard conditions to the desired point of burst in the same manner as in Problem 1. The met deflection correction (effects of rotation, drift and cross wind) to the Met + VE target is 27.42 mils.
Express the met deflection correction to the nearest mil.
(c.2) Total Deflection Correction. The total deflection correction is the algebraic sum of the position deflection correction, (R8), and the new met deflection correction
(L27).
(c.3) Corrected Deflection. Combine the new total deflection correction
(L19 mils) with the known chart deflection to the target (5045 mils) to obtain the corrected deflection.

LXVIII

FT 155-AM-3

.

Met Line Number (Table B)
Entry Range
9480 + 58 = 9538 ⇒

4
9500 m

Met Range Correction (Assumed)
-500.5 ⇒

-500 m

Met Deflection Correction (Assumed)
L27.42 ⇒

L 27 mils

Total Deflection Correction
R8 + L27 =

L 19 mils

Corrected Deflection
5045 + L19 =

5064 mils

LXIX

FT 155-AM-3
(d) Total Range Correction
(d.1) Correction to Muzzle Velocity for Propellant Temperature. Enter Table E with the known nonstandard propellant temperature (97° F) to determine the correction to
muzzle velocity. Record the result to the nearest tenth of a m/s.
(d.2) DV. Add this correction to the sum of the position VE (from Problem
1) and the MVV to determine DV.
(d.3) DV Range Correction. Enter Table F with the entry range determined
from the solution of the met range correction (9538 m), expressed to the nearest 100 meters (9500
m), to find the unit correction for an increase in muzzle velocity. Multiply the computed DV above
(+4.9 m/s) by the value extracted to find the range correction and give the DV range correction the
sign of the unit correction. Record the result to the nearest meter.
(d.4) Total Range Correction. Add, algebraically, the DV range correction
to the met range correction to find the total range correction.
(e) Corrected Range. Add, algebraically, the total range correction (-602 m) to
the chart range (9480 m) to obtain the corrected range. Record the result to the nearest 10 meters.
(3)

Quadrant Elevation and Fuze Setting

Tables F, J

(a) Quadrant Elevation
(a.1) Enter Table F with the corrected range (8880 m) and interpolate for
elevation and fuze setting (determined as a function of elevation plus complementary angle of site).
(a.2) Quadrant Elevation. Add, algebraically, the elevation and the site to
determine the quadrant elevation. Express the result to the nearest mil.
(b) Met Fuze Correction. Compensate for the same nonstandard conditions that
affect the range. Assume that the met fuze correction computed for current nonstandard conditions
was computed in the manner illustrated in Problem 1.
(c) Adjusted Fuze Setting. Add, algebraically, the met fuze correction (+0.6)
and the fuze correction (+1.5) to the fuze setting determined above (29.8) to obtain the adjusted
fuze setting.

(d) Met + VE Fire Commands
Time (page LXXI)
Corrected Deflection (page LXIX)
Quadrant Elevation (page LXXI)

LXX

31.9
5064
424

FT 155-AM-3

Correction to MV for PT (by interpolation)

+1.7 m/s

DV
2.2 + 1.0 + 1.7 =

+4.9 m/s

DV Range Correction
+4.9 × (-20.9) = -102.4 ⇒

-102 m

Total Range Correction
-102 + (-500) =

-602 m

Corrected Range
9480 + (-602) = 8878 ⇒

Elevation (by interpolation)
Fuze Setting M582 (by interpolation)
Angle of Site =
168 / ( 9.5 x 1.01860) =
Complementary Angle of Site
17.4 × 0.252 = 4.38 ⇒
Site
17.4 + 4.4 = 21.8 =
Quadrant Elevation
402.2 + 22 = 424.2 ⇒

8880 m

402.2 mils
29.8
+17.4 mils
4.4 mils
+22 mils

424 mils

Met Fuze Correction (Assumed)

+0.6

Adjusted Fuze Setting
29.6 + 0.6 + 1.5 =

31.9
LXXI

FT 155-AM-3
12. Supplementary Tables
Explanation of Components of a One Knot Wind
The table of components of a one knot wind, Table C, resolves a wind of one knot, blowing from
any chart direction, into its cross wind and range wind components. Chart direction is the azimuth
of the wind direction (increased by 6400 when necessary) minus the azimuth of the direction of
fire. There are two distinct problems which are solved with Table C. These are outlined below.
A. Azimuth Correction for Ballistic Wind. Enter column 1 of Table C with the applicable
chart direction and obtain from column 2 a cross wind component. This component will be preceded by an R or an L. The product of the observed wind, the component just determined, and the
correction factor from column 9 of Table F is the azimuth correction to compensate for the ballistic
wind. This correction is applied to the right if the component is preceded by an R, to the left, if by
an L.

B. Range Correction for Ballistic Wind. Enter column 1 of Table C with the applicable
chart direction and obtain from column 3 a range wind component. This component will be preceded by an H or a T. If the wind component is preceded by an H, enter column 12 of Table F to
obtain the correction factor; if by a T, enter column 13. The product of the observed wind, the
component just obtained, and the correction factor from Table F is the correction to range to compensate for the ballistic wind.

LXXII

FT 155-AM-3
Explanation of Probable Error

Probable error is nothing more than an error that is exceeded as often as it is not exceeded.
For example, In Figure 1 – 1 (page LXXIV) consider only those rounds that have impacted
over the mean range line (line AB). These rounds all manifest errors in range, since they all
impacted over the mean range line. Some of the rounds are more in error than others. At a
point beyond the MPI, a second line can be drawn perpendicular to the line of fire to divide
the “overs” into two equal groups (line CD, Figure 1 – 1). When the distance from the MPI
to line CD is used as a measure of probable error, it is obvious that half of the overs show a
greater magnitude of error than the other half. This distance is one probable error. The range
probability curve (Figure 1 – 1) expresses the following.
A. In a large number of samples, errors in excess and errors in deficiency are equally frequent (probable) as shown by the symmetry of the curve.
B. The errors are not uniformly distributed. Small errors occur more frequently than large
errors.

Explanation of Probability Table
A. The probability table consists of an argument, T, for entering the table and a body of figures representing areas under the normal probability curve.
B. The first vertical column gives the value of T for entry to the nearest one-tenth of a probable error (PE). The top horizontal line permits entry using a value of T expressed to the nearest
one-hundredth.
Example 1. It is desired to locate the area under the normal curve that corresponds to
1.4 probable errors. Locate 1.4 in the first vertical column. Since the required number of probable
errors is expressed only to the nearest one-tenth, read the answer .3275 in the horizontal column
headed 0.00. Had the value of T been expressed as 1.44, the answer would appear as .3343 in the
column headed 0.04.

LXXIII

FT 155-AM-3
C. The figures in the body of the table represent areas under the normal probability curve.
The entire area under this curve is assumed to be 1. Therefore, the probability that an event will
occur within the given limits is represented by some corresponding area under the curve. Thus, the
probability that an artillery round will fall somewhere between the true center of impact and a point
one probable error beyond this center is represented by the hatched area in the figure below. This
area, compared to the total area under the curve, is one fourth or 0.25.
B

D

MPI
A

C

Figure 1 – 1. Probable Error

Therefore, each decimal fraction in the body of the table expresses the probability that the deviation, in one direction only, of the point of impact of a projectile from an adjusting point will not be
greater than T probable errors.
Example 2. An artillery piece registers upon an adjusting point. The probable error is
30 meters. One round is fired under the adjusted conditions. The probability that this round will
fall beyond the adjusting point, a distance not to exceed 30 meters, is determined as follows. One
probable error is equal to 30 meters. Enter the table using a value of T equal to 1.0. In the column
headed 0.00 the probability is found to be 0.2500 for an impact beyond the target (over) not to exceed 30 meters. The same probability would be read for an impact short of the target (short) not to
exceed 30 meters. The probability of a round falling on either side of the adjusting point within 30
meters cannot be read directly in the table. To express this condition, the probability for an over
must be added to the probability for a short. In the previous example, this probability would be
0.5000.
D. The probability of a round falling within any given distance of the target can be found in
the table by first converting the given distance to probable errors.
Example 3. With a probable error of 30 meters the probability that a single round will
be over and will fall within 49 meters of the target is determined as follows: 49 meters equals 1.63
probable errors. Reading directly from the table the probability is 0.3642.
LXXIV

FT 155-AM-3
E. The Probability Table permits the calculation of the probability of a round falling within
limits that do not include the adjusting point.
Example 4. Given a probable error of 26 meters, the probability of a round falling between 26 and 35 meters over the adjusting point is determined as follows: 26 meters equals 1.00
PE, 35 meters equals 1.35 PE. The probability of the round falling over the adjusting point a distance of 35 meters or less is 0.3187. The probability of the round falling over the adjusting point a
distance of 26 meters or less is 0.2500. To find the probability of the round falling between the
given limits, subtract 0.2500 from 0.3187. The result is a probability of 0.0687.
F.

The values in the table may be interpolated using direct proportion.

Example 5. The probability that a round will fall short within a distance of 1.503 probable errors from the adjusting point is determined as follows. The probability corresponding to
1.50 equals 0.3442, and corresponding to 1.51 equals 0.3458. The probability for 1.503 PE occurs
three-tenths of the way between 0.3442 and 0.3458, and therefore equals 0.3447.

LXXV

FT 155-AM-3
Probability Table

T

0.00

0.01

0.02

0.03

0.04

0.05

0.06

0.07

0.08

0.09

0.0

.0000

.0027

.0054

.0081

.0108

.0135

.0162

.0189

.0216

.0243

0.1
0.2
0.3
0.4

.0269
.0538
.0804
.1064

.0296
.0565
.0830
.1089

.0323
.0591
.0856
.1115

.0350
.0618
.0882
.1140

.0377
.0645
.0908
.1166

.0404
.0672
.0934
.1191

.0431
.0699
.0960
.1217

.0457
.0725
.0986
.1242

.0484
.0752
.1012
.1268

.0511
.0778
.1038
.1293

0.5

.1319

.1344

.1370

.1395

.1421

.1446

.1472

.1497

.1522

.1547

0.6
0.7
0.8
0.9

.1572
.1815
.2054
.2280

.1597
.1839
.2077
.2302

.1622
.1863
.2100
.2324

.1647
.1887
.2123
.2346

.1671
.1911
.2146
.2368

.1695
.1935
.2169
.2390

.1719
.1959
.2192
.2412

.1743
.1983
.2214
.2434

.1767
.2007
.2236
.2456

.1791
.2031
.2258
.2478

1.0

.2500

.2521

.2542

.2563

.2584

.2605

.2626

.2647

.2668

.2689

1.1
1.2
1.3
1.4

.2709
.2908
.3097
.3275

.2730
.2927
.3115
.3292

.2750
.2946
.3133
.3309

.2770
.2965
.3151
.3326

.2790
.2984
.3169
.3343

.2810
.3003
.3187
.3360

.2830
.3022
.3205
.3377

.2850
.3041
.3223
.3393

.2869
.3060
.3240
.3410

.2889
.3078
.3258
.3426

1.5

.3442

.3458

.3474

.3490

.3506

.3521

.3537

.3552

.3567

.3582

1.6
1.7
1.8
1.9

.3597
.3742
.3877
.4000

.3612
.3756
.3890
.4012

.3627
.3770
.3903
.4024

.3642
.3784
.3915
.4035

.3657
.3798
.3928
.4047

.3671
.3811
.3940
.4058

.3686
.3825
.3952
.4069

.3700
.3838
.3964
.4080

.3714
.3851
.3976
.4091

.3728
.3864
.3988
.4102

2.0

.4113

.4124

.4135

.4146

.4156

.4167

.4177

.4187

.4197

.4207

2.1
2.2
2.3
2.4

.4217
.4310
.4393
.4470

.4227
.4319
.4401
.4477

.4237
.4328
.4409
.4484

.4246
.4336
.4417
.4491

.4256
.4345
.4425
.4498

.4265
.4353
.4433
.4505

.4274
.4361
.4441
.4512

.4283
.4369
.4448
.4519

.4292
.4377
.4456
.4526

.4301
.4385
.4463
.4533

2.5

.4540

.4547

.4553

.4560

.4566

.4572

.4578

.4584

.4590

.4596

2.6
2.7
2.8
2.9

.4602
.4657
.4705
.4748

.4608
.4662
.4710
.4752

.4614
.4667
.4714
.4756

.4620
.4672
.4718
.4760

.4625
.4677
.4722
.4764

.4630
.4682
.4727
.4768

.4636
.4687
.4731
.4772

.4641
.4692
.4735
.4776

.4646
.4697
.4739
.4780

.4651
.4701
.4743
.4783

3.0

.4787

.4790

.4793

.4796

.4800

.4803

.4806

.4809

.4812

.4815

LXXVI

FT 155-AM-3
Probability Table (Cont.)

T

0.00

0.01

0.02

0.03

0.04

0.05

0.06

0.07

0.08

0.09

3.0

.4787

.4970

.4793

.4796

.4800

.4803

.4806

.4809

.4812

.4815

3.1
3.2
3.3
3.4

.4818
.4848
.4870
.4890

.4821
.4851
.4873
.4892

.4824
.4853
.4875
.4893

.4827
.4855
.4877
.4895

.4830
.4857
.4879
.4897

.4833
.4859
.4881
.4899

.4836
.4862
.4883
.4901

.4839
.4864
.4885
.4902

.4842
.4866
.4886
.4904

.4845
.4868
.4888
.4906

3.5

.4908

.4909

.4911

.4913

.4915

.4916

.4917

.4919

.4921

.4922

3.6
3.7
3.8
3.9

.4923
.4936
.4948
.4957

.4924
.4938
.4949
.4958

.4926
.4939
.4950
.4959

.4927
.4940
.4951
.4960

.4928
.4941
.4952
.4960

.4929
.4942
.4953
.4961

.4931
.4944
.4953
.4962

.4933
.4945
.4954
.4963

.4934
.4946
.4955
.4964

.4935
.4947
.4956
.4965

4.0

.4965

.4966

.4967

.4967

.4968

.4969

.4969

.4970

.4971

.4972

4.1
4.2
4.3
4.4

.4972
.4978
.4982
.4985

.4973
.4978
.4982
.4985

.4973
.4979
.4982
.4986

.4974
.4979
.4983
.4986

.4974
.4980
.4983
.4986

.4975
.4980
.4983
.4987

.4975
.4980
.4983
.4987

.4976
.4981
.4984
.4987

.4976
.4981
.4984
.4988

.4977
.4981
.4985
.4988

4.5

.4988

.4989

.4989

.4989

.4989

.4990

.4990

.4990

.4990

.4991

4.6
4.7
4.8
4.9

.4991
.4993
.4994
.4995

.4991
.4993
.4994
.4996

.4991
.4993
.4994
.4996

.4991
.4993
.4995
.4996

.4992
.4993
.4995
.4996

.4992
.4993
.4995
.4996

.4992
.4994
.4995
.4996

.4992
.4994
.4995
.4996

.4992
.4994
.4995
.4996

.4992
.4994
.4995
.4996

5.0

.4996

.4996

.4997

.4997

.4997

.4997

.4997

.4997

.4997

.4997

5.1
5.2
5.3
5.4

.4997
.4998
.4998
.4999

.4997
.4998
.4998
.4999

.4997
.4998
.4998
.4999

.4997
.4998
.4998
.4999

.4998
.4998
.4998
.4999

.4998
.4998
.4998
.4999

.4998
.4998
.4999
.4999

.4998
.4998
.4999
.4999

.4998
.4998
.4999
.4999

.4998
.4998
.4999
.4999

5.5

.4999

.4999

.4999

.4999

.4999

.4999

.4999

.4999

.4999

.4999

5.6
5.7
5.8
5.9

.4999
.4999
.5000
.5000

.4999
.4999
.5000
.5000

.4999
.4999
.5000
.5000

.4999
.4999
.5000
.5000

.4999
.4999
.5000
.5000

.4999
.4999
.5000
.5000

.4999
.4999
.5000
.5000

.4999
.4999
.5000
.5000

.4999
.4999
.5000
.5000

.4999
.4999
.5000
.5000

6.0

.5000

.5000

.5000

.5000

.5000

.5000

.5000

.5000

.5000

.5000

LXXVII

FT 155-AM-3
Natural Trigonometric Functions
Mil
0
10
20
30
40
50
60
70
80
90
100
10
20
30
40
50
60
70
80
90
200
10
20
30
40
50
60
70
80
90
300
10
20
30
40
50
60
70
80
90
400

LXXVIII

Sin
.0000
.0098
.0196
.0295
.0393
.0491
.0589
.0687
.0785
.0882
.0980
.1078
.1175
.1273
.1370
.1467
.1564
.1661
.1758
.1855
.1951
.2047
.2143
.2239
.2334
.2430
.2525
.2620
.2714
.2809
.2903
.2997
.3090
.3183
.3276
.3369
.3461
.3553
.3645
.3736
.3827
Cos

Cos
1.0000
1.0000
.9998
.9996
.9992
.9988
.9983
.9976
.9969
.9961
.9952
.9942
.9931
.9919
.9906
.9892
.9877
.9861
.9844
.9827
.9808
.9788
.9768
.9746
.9724
.9700
.9676
.9651
.9625
.9597
.9569
.9540
.9511
.9480
.9448
.9415
.9382
.9348
.9312
.9276
.9239
Sin

Tan
.0000
.0098
.0196
.0295
.0393
.0491
.0590
.0688
.0787
.0886
.0985
.1084
.1184
.1283
.1383
.1483
.1584
.1685
.1786
.1887
.1989
.2091
.2194
.2297
.2401
.2505
.2610
.2715
.2820
.2927
.3034
.3141
.3249
.3358
.3468
.3578
.3689
.3801
.3914
.4028
.4142
Cot

Cot
101.9
50.92
33.94
25.45
20.36
16.96
14.53
12.71
11.29
10.15
9.224
8.449
7.793
7.230
6.741
6.314
5.936
5.600
5.299
5.027
4.781
4.558
4.353
4.165
3.992
3.832
3.684
3.546
3.417
3.297
3.184
3.078
2.978
2.884
2.795
2.711
2.631
2.555
2.483
2.414
Tan

1600
90
80
70
60
50
40
30
20
10
1500
90
80
70
60
50
40
30
20
10
1400
90
80
70
60
50
40
30
20
10
1300
90
80
70
60
50
40
30
20
10
1200
Mil

Mil
400
10
20
30
40
50
60
70
80
90
500
10
20
30
40
50
60
70
80
90
600
10
20
30
40
50
60
70
80
90
700
10
20
30
40
50
60
70
80
90
800

Sin
.3827
.3917
.4008
.4097
.4187
.4276
.4364
.4452
.4540
.4627
.4714
.4800
.4886
.4972
.5057
.5141
.5225
.5308
.5391
.5474
.5556
.5637
.5718
.5798
.5878
.5957
.6036
.6114
.6191
.6268
.6344
.6420
.6494
.6569
.6643
.6716
.6788
.6860
.6931
.7001
.7071
Cos

Cos
.9239
.9201
.9162
.9122
.9081
.9040
.8998
.8954
.8910
.8865
.8819
.8773
.8725
.8677
.8627
.8577
.8526
.8475
.8422
.8369
.8315
.8260
.8204
.8148
.8090
.8032
.7973
.7914
.7853
.7792
.7730
.7668
.7604
.7540
.7475
.7410
.7343
.7276
.7208
.7140
.7071
Sin

Tan
.4142
.4258
.4374
.4492
.4610
.4730
.4850
.4972
.5095
.5220
.5345
.5472
.5600
.5730
.5861
.5994
.6128
.6264
.6401
.6541
.6682
.6825
.6970
.7116
.7265
.7416
.7570
.7725
.7883
.8044
.8207
.8372
.8541
.8712
.8886
.9064
.9244
.9428
.9615
.9806
1.000
Cot

Cot
2.414 1200
2.349 90
2.286 80
2.226 70
2.169 60
2.114 50
2.062 40
2.011 30
1.963 20
1.916 10
1.871 1100
1.827 90
1.786 80
1.745 70
1.706 60
1.668 50
1.632 40
1.596 30
1.562 20
1.529 10
1.497 1000
1.465 90
1.435 80
1.405 70
1.376 60
1.348 50
1.321 40
1.294 30
1.268 20
1.243 10
1.219 900
1.194 90
1.171 80
1.148 70
1.125 60
1.103 50
1.082 40
1.061 30
1.040 20
1.020 10
1.000 800
Tan Mil

FT 155-AM-3
Charge Selection Table

Probable Error In Range (Meters)
Versus
Range (Meters) And Charge

RANGE
METERS

CHARGE
7R

1L

2L

0
1000
2000
3000
4000
5000

18
17
17
17
18
20

4
5
7
10
13
17

8
8
8
9
11
12

6000
7000
8000
9000
10000
11000
12000
13000
14000
15000
16000
17000
18000
19000
20000
21000
22000

22
24
27
30
33
35
38
40
42
44
46
49
52

21
27

14
16
17
19
21
24

3H
M232
12
12
12
14
16
19

4H
M232
18
18
17
17
18
20

3H
M232A1
13
13
12
12
12
14

4H
M232A1
19
18
17
15
15
14

22
25
27
29
31
33
35
37
40

22
24
27
30
33
35
38
40
42
44
46
49
52

16
18
21
23
25
27
29
31
34
37

15
16
18
21
23
26
28
31
33
35
37
39
41

*Highlighted areas present the smallest PE for each entry range

Conversion Factors
Multiply

By

To Obtain

yards
mph
degrees
minutes

0.9144
0.8690
17.7778
0.2963

meters
knots
mils
mils

Multiply
meters
knots
mils
mils

By

To Obtain

1.0936
1.1508
0.05625
3.375

yards
mph
degrees
minutes

Percent of Standard Temperature
100 + 0.1928 (Air Temperature - 59° F)
LXXIX

FT 155-AM-3

LXXX

FT 155-AM-3

PART 1

Projectile, HE, M107

Fuze, PD, M739A1

Charge

Muzzle
Velocity*

Propelling Charge

m/s
Modular Artillery Charge System (MACS) - M231
1L

311.0

Increment 1

2L

452.4

Increments 1 and 2
Modular Artillery Charge System (MACS) - M232

3H

559.7

Increments 1, 2 and 3

4H

689.5

Increments 1, 2, 3 and 4
Modular Artillery Charge System (MACS) - M232A1

3H

585.8

Increments 1, 2 and 3

4H

704.6

Increments 1, 2, 3 and 4
M119A2

7R

684.5

Base Section 7

* The standard muzzle velocities for Projectile, HE, M107 are based on the M557 fuze. These firing
tables are based on the M739A1 fuze. Therefore, the standard muzzle velocities were adjusted for the
fuzed projectile weight and are listed above.

1

FT 155-AM-3

2

FT 155-AM-3

Part 1 - 1

Charge 1L

Projectile, HE, M107

Fuze, PD, M739A1

Muzzle Velocity – 311.0 m/s*

Propelling Charge M231 - Increment 1

* The standard muzzle velocity of 310 m/s was adjusted for the fuzed weight of the projectile.

3

FT 155-AM-3

4

F T 1 5 5 AM 3

TABLE A

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
1L

L I NE NUMBER

L I NE NUMBER OF ME TEOROLOG I CAL MESSAGE
QUADRAN T
ELEVA T I ON
M I LS

NO TE

L I NE
NUMBER

0. 0

148 . 4

0

148 . 5
284 . 6
428 . 6
571 . 3

284 . 5
428 . 5
571 . 2
698 . 1

1
2
3
4

698 . 2

880 . 3

5

880 . 4
1147 . 6

1147 . 5
1300 . 0

6
7

WHEN THE PROJ EC T I LE MUS T H I T THE TARGE T ON THE ASCEND I NG BRANCH
OF I TS TRAJ EC TORY , USE HE I GH T OF TARGE T I N ME TERS TO EN TER THE
TABLE ON PAGE XL I I I TO DE TERM I NE L I NE NUMBER .

5

CHARGE
1L

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

0

HE I GH T OF TARGE T ABOVE GUN
400

200

100

0

100

200

300

0

0

100
200
300
400

0
0
0
0

0
1
1
2

0
2
3
4

1
4
5
7

500

0

3

5

9

600
700
800
900

0
0
0
0

3
3
4
4

6
7
8
9

10
11
13
14

1000

0

5

10

16

1100
1200
1300
1400

6

0
0
0
0

5
6
6
7

11
12
13
14

17
18
20
21

1500

7

0

7

15

23

1600
1700
1800
1900

7
7
8
8

0
0
0
0

8
8
9
9

16
17
18
18

24
26
27
29

2000

17

9

0

9

19

30

2100
2200
2300
2400

31

18
19
20
21

9
10
10
11

0
0
0
0

10
10
11
11

20
21
22
23

32
33
35
36

2500

32

22

11

0

12

24

38

2600
2700
2800
2900

46
47
49

33
35
36
38

23
24
25
26

12
12
13
13

0
0
0
0

12
13
14
14

26
27
28
29

39
41
42
44

3000

51

39

27

14

0

15

30

46

3100
3200
3300
3400

53
55
57
59

41
42
44
45

28
29
30
31

14
15
15
16

0
0
0
0

15
16
16
17

31
32
33
34

47
49
51
53

3500

61

47

32

16

0

17

35

54

0

6

300

ME TERS

1

2

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
1L

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN
400

500

600

700

800

9 00

1000

RANGE

L I NE

ME TERS

NO .

0
2
5
8
10

7
10
13

9
12
16

10
15
20

12
18
23

14
20
26

23
30

100
200
300
400

12

16

20

24

28

32

37

500

14
16
18
20

18
21
23
26

23
26
29
32

28
31
35
39

33
37
41
46

38
43
48
53

43
49
55
60

600
700
800
900

22

28

35

42

50

58

66

1000

24
26
27
29

31
33
35
38

38
41
44
47

46
49
53
56

54
58
62
66

62
67
72
77

71
77
82
88

1100
1200
1300
1400

31

40

50

60

70

81

93

1500

33
35
37
39

43
45
48
50

53
56
59
62

63
67
71
74

75
79
83
87

86
91
96
101

98
104
109
115

1600
1700
1800
1900

41

53

65

78

91

106

120

2000

43
45
47
49

55
58
61
63

68
71
75
78

82
85
89
93

96
100
104
109

110
115
120
125

126
131
137
143

2100
2200
2300
2400

51

66

81

97

113

131

149

2500

54
56
58
60

69
71
74
77

84
88
91
94

101
105
109
113

118
122
127
132

136
141
146
152

154
160
166
173

2600
2700
2800
2900

62

80

98

117

137

157

179

3000

65
67
69
72

83
85
88
91

101
105
108
112

121
125
129
134

141
146
151
156

163
168
174
180

185
191
198
204

3100
3200
3300
3400

74

94

116

138

161

186

211

3500

2

3

3

7

CHARGE
1L

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

3500

61

47

32

16

0

17

35

54

3600
3700
3800
3900

64
66
68
70

49
50
52
54

33
34
36
37

17
18
18
19

0
0
0
0

18
19
19
20

37
38
39
40

56
58
60
62

4000

73

56

38

19

0

20

42

64

4100
4200
4300
4400

75
77
80
82

58
59
61
63

39
40
42
43

20
21
21
22

0
0
0
0

21
22
22
23

43
44
45
47

65
67
69
72

4500

85

65

44

22

0

24

48

74

4600
4700
4800
4900

87
90
93
95

67
69
71
73

45
47
48
49

23
24
24
25

0
0
0
0

24
25
26
27

50
51
52
54

76
78
80
82

5000

98

75

51

26

0

27

55

85

5100
5200
5300
5400

101
103
106
109

77
79
81
84

52
54
55
57

27
27
28
29

0
0
0
0

28
29
30
30

57
59
60
62

87
90
92
95

5500

112

86

58

30

0

31

64

98

5600
5700
5800
5900

115
118
122
125

88
91
93
96

60
62
63
65

30
31
32
33

0
0
0
0

32
33
34
35

66
67
69
72

101
104
107
110

6000

129

98

67

34

0

36

74

113

6100
6200
6300
6400

132
136
140
144

101
104
107
110

69
71
73
75

35
36
37
38

0
0
0
0

37
38
39
41

76
78
81
83

117
120
124
128

6500

148

114

78

40

0

42

86

132

6600
6700
6800
6900

153
157
162
167

117
121
124
128

80
82
85
88

41
42
43
45

0
0
0
0

43
45
46
48

88
91
95
98

136
141
146
151

7000

172

132

90

46

0

49

102

157

0

1

2

3

HE I GH T OF TARGE T ABOVE GUN

3

8

ME TERS

L I NE

4

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
1L

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

74

94

116

138

161

186

211

3500

76
79
81
84

98
101
104
107

120
123
127
131

143
147
152
156

167
172
177
183

192
198
204
210

218
225
232
239

3600
3700
3800
3900

86

110

135

161

188

217

246

4000

89
92
95
97

114
117
121
124

139
144
148
152

166
171
176
182

194
200
206
212

223
230
237
244

254
262
270
278

4100
4200
4300
4400

100

128

157

187

219

252

286

4500

103
106
109
112

132
135
139
143

161
166
171
176

192
198
204
210

225
232
238
245

259
267
275
283

295
303
313
322

4600
4700
4800
4900

115

147

181

216

253

291

332

5000

119
122
126
129

152
156
161
166

186
192
197
203

222
229
236
243

260
268
276
285

300
309
319
328

342
352
363
374

5100
5200
5300
5400

133

170

209

250

293

339

386

5500

137
141
145
150

176
181
186
192

216
222
229
236

258
266
274
283

302
312
322
332

349
360
372
384

399
412
425
440

5600
5700
5800
5900

154

198

244

292

343

397

455

6000

159
164
169
175

204
211
217
225

251
260
268
277

301
311
322
334

354
367
380
394

411
426
442
459

471
489
508
530

6100
6200
6300
6400

181

232

287

346

409

478

553

6500

187
193
201
208

241
250
259
270

298
310
322
337

360
374
391
410

426
445
467
493

499
524
552
588

580
612
652
706

6600
6700
6800
6900

217

282

353

433

524

637

4

3

4

5

7000

5

9

CHARGE
1L

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

7000

172

132

90

46

0

49

102

157

7100
7200
7300
7400

178
184
19 0
19 6

137
141
146
152

93
97
100
104

48
50
52
54

0
0
0
0

51
53
55
58

105
110
115
121

164
171
180
190

7500

204

157

108

56

0

61

128

203

7600
7700
7800
7900

211
220
230
241

164
171
179
189

113
118
125
133

59
62
65
71

0
0
0
0

64
69
76

136
150

222

3
4

*****************************************************************

6

7

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

7900
7800
7700
7600

49 0
514
537
560

352
371
389
407

223
237
250
262

105
113
120
126

0
0
0
0

97
107
115

197
216

299

7500

582

424

273

132

0

122

232

327

7400
7300
7200
7100

604
626
648
671

440
457
473
49 0

285
29 6
307
318

138
143
149
155

0
0
0
0

128
134
140
145

245
257
269
281

350
370
388
406

7000

69 3

507

329

160

0

151

292

424

6900
6800
6700
6600

716
740
764
789

524
542
560
578

341
352
364
376

166
172
177
183

0
0
0
0

157
162
168
174

304
315
326
338

441
458
475
492

6500

815

59 7

388

189

0

179

349

509

6400
6300
6200
6100

842
871
9 00
9 32

616
637
658
680

401
414
428
442

19 5
202
208
215

0
0
0
0

185
192
198
204

361
373
385
398

526
544
562
580

6000

9 65

703

456

222

0

211

410

599

5900
5800
5700
5600

1000
1039
1081
1127

728
754
783
813

472
488
506
524

230
237
246
254

0
0
0
0

218
225
232
240

424
437
452
466

618
638
659
680

5500

1179

846

544

263

0

248

482

703

7

10

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
1L

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

400

500

600

700

800

9 00

217

282

353

433

524

637

227
238
251
268

296
312
333
362

373
397
431

461
500

568

1000

RANGE

L I NE

ME TERS

NO .

7000
7100
7200
7300
7400

293

7500
7600
7700
7800
7900

5

****************************************************************
7900
7800
7700
7600
403

7500

439
469
496
520

507
552
589
622

613
666
709

7400
7300
7200
7100

718
779

823

544

653

749

830

892

926

567
590
613
635

683
712
740
769

786
821
856
890

875
918
960
1001

949
1001
1051
1098

1003
1068
1126
1182

1027
1113
1185
1250

6900
6800
6700
6600

658

797

925

1041

1144

1235

1312

6500

681
704
728
752

825
854
883
913

959
993
1027
1062

1080
1120
1160
1201

1190
1236
1281
1327

1287
1339
1390
1441

1371
1428
1485
1542

6400
6300
6200
6100

777

943

1098

1241

1373

1492

1599

6000

802
828
854
882

974
1005
1038
1071

1134
1171
1209
1248

1283
1325
1368
1412

1420
1467
1515
1564

1544
1596
1649
1703

1656
1713
1771
1830

5900
5800
5700
5600

910

1106

1288

1458

1615

1759

1890

5500

7000

6
7

7

11

CHARGE
1L

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

5500

1179

846

544

263

0

248

482

703

5400
5300
5200
5100

1238

883
9 24
9 70
1023

565
589
614
643

273
283
29 5
307

0
0
0
0

256
265
275
285

498
515
532
551

726
750
775
801

5000

675

320

0

295

571

829

4900
4800
4700
4600

711
753

335
351
370
39 1

0
0
0
0

307
319
332
346

592
614
637
663

858
889
921
956

415

0

362

690

993

0
0
0
0

379
397
418
441

720
751
786
823

1032
1075
1120
1169

864

1222

7

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

4500
4400
4300
4200
4100
4000
3900

7

12

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
1L

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

910

1106

1288

1458

1615

1759

1890

5500

940
971
1002
1036

1141
1178
1216
1256

1329
1372
1416
1461

1504
1552
1602
1653

1666
1719
1774
1830

1815
1873
1932
1993

1951
2013
2077
2142

5400
5300
5200
5100

1071

1297

1509

1706

1888

2056

2209

5000

1107
1146
1186
1229

1340
1386
1433
1483

1558
1610
1664
1720

1761
1818
1878
1940

1948
2011
2075
2143

2121
2188
2257
2329

2278
2350
2423
2500

4900
4800
4700
4600

1274

1536

1779

2005

2213

2404

2578

4500

1322
1373
1428
1486

1591
1650
1712
1778

1841
1907
1976
2048

2073
2144
2219
2297

2286
2362
2442
2526

2482
2563
2647
2735

2660
2745
2833
2925

4400
4300
4200
4100

1548

1848

2125

2380

2614

2827

3020

4000

2468

2706

2924

3120

3900

7

7

13

CHARGE
1L

TABLE C

F T 1 5 5 AM 3

W I ND COMPONEN TS

PROJ , HE , M10 7
FUZE , PD , M739 A1

COMPONEN TS OF A ONE KNO T W I ND
CHAR T
D I REC T I ON
OF W I ND

CROSS
W I ND

RANGE
W I ND

CHAR T
D I REC T I ON
OF W I ND

CROSS
W I ND

RANGE
W I ND

MIL

KNO T

KNO T

MIL

KNO T

KNO T

0

H1 . 00

3200

0

T1 . 00

100
200
300

R. 10
R. 20
R. 29

H. 99
H. 98
H. 96

3300
3400
3500

L . 10
L . 20
L . 29

T. 99
T. 98
T. 96

400

R. 38

H. 92

3600

L . 38

T. 92

500
600
700

R. 47
R. 56
R. 63

H. 88
H. 83
H. 77

3700
3800
3900

L . 47
L . 56
L . 63

T. 88
T. 83
T. 77

800

R. 71

H. 71

4000

L . 71

T. 71

900
1000
1100

R. 77
R. 83
R. 88

H. 63
H. 56
H. 47

4100
4200
4300

L . 77
L . 83
L . 88

T. 63
T. 56
T. 47

1200

R. 92

H. 38

4400

L . 92

T. 38

1300
1400
1500

R. 96
R. 98
R. 99

H. 29
H. 20
H. 10

4500
4600
4700

L . 96
L . 98
L . 99

T. 29
T. 20
T. 10

1600

R1 . 00

0

4800

L 1 . 00

0

1700
1800
1900

R. 99
R. 98
R. 96

T. 10
T. 20
T. 29

4900
5000
5100

L . 99
L . 98
L . 96

H. 10
H. 20
H. 29

2000

R. 92

T. 38

5200

L . 92

H. 38

2100
2200
2300

R. 88
R. 83
R. 77

T. 47
T. 56
T. 63

5300
5400
5500

L . 88
L . 83
L . 77

H. 47
H. 56
H. 63

2400

R. 71

T. 71

5600

L . 71

H. 71

2500
2600
2700

R. 63
R. 56
R. 47

T. 77
T. 83
T. 88

5700
5800
5900

L . 63
L . 56
L . 47

H. 77
H. 83
H. 88

2800

R. 38

T. 92

6000

L . 38

H. 92

2900
3000
3100

R. 29
R. 20
R. 10

T. 96
T. 98
T. 99

6100
6200
6300

L . 29
L . 20
L . 10

H. 96
H. 98
H. 99

3200

0

T1 . 00

6400

0

H1 . 00

0

14

F T 1 5 5 AM 3

TABLE D

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
1L

TEMPERA TURE
AND DENS I TY CORREC T I ONS

CORREC T I ONS TO TEMPERA TURE ( D T) AND DENS I TY ( DD ) , I N PERCEN T ,
TO COMPENSA TE FOR THE D I FFERENCE I N AL T I TUDE ,
I N ME TERS , BE TWEEN THE BA TTERY AND THE MDP
DH

0

+10

+20

+30

+40

+50

+60

+70

+80

+9 0

0

DT
DD

0.0
0.0

0.0
0 . 1+

0.0
0 . 2+

0 . 1+
0 . 3+

0 . 1+
0 . 4+

0 . 1+
0 . 5+

0 . 1+
0 . 6+

0 . 2+
0 . 7+

0 . 2+
0 . 8+

0 . 2+
0.9+

+100

DT
DD

0 . 2+
1 . 0+

0 . 2+
1 . 1+

0 . 2+
1 . 2+

0 . 3+
1 . 3+

0 . 3+
1 . 4+

0 . 3+
1 . 5+

0 . 3+
1 . 6+

0 . 4+
1 . 7+

0 . 4+
1 . 8+

0 . 4+
1.9+

+200

DT
DD

0 . 5+
2 . 0+

0 . 5+
2 . 1+

0 . 5+
2 . 2+

0 . 6+
2 . 3+

0 . 6+
2 . 4+

0 . 6+
2 . 5+

0 . 6+
2 . 6+

0 . 7+
2 . 7+

0 . 7+
2 . 8+

0 . 7+
2.9+

+300

DT
DD

0 . 7+
3 . 0+

0 . 7+
3 . 1+

0 . 7+
3 . 2+

0 . 8+
3 . 3+

0 . 8+
3 . 4+

0 . 8+
3 . 5+

0 . 8+
3 . 6+

0.9+
3 . 7+

0.9+
3 . 8+

0.9+
3.9+

NO TES

1 . DH I S BA TTERY HE I GH T ABOVE OR BELOW THE MDP .
2 . I F ABOVE THE MDP , USE THE S I GN BEFORE THE NUMBER .
3 . I F BELOW THE MDP , USE THE S I GN AF TER THE NUMBER .

TABLE E
PROPELLAN T TEMPERA TURE
EFFEC TS ON MUZZLE VELOC I TY DUE TO PROPELLAN T TEMPERA TURE
TEMPERA TURE
OF
PROPELLAN T
DEGREES F

EFFEC T
ON
VELOC I TY
M/S

TEMPERA TURE
OF
PROPELLAN T
DEGREES C

40
30
20
10

6. 8
6. 0
5. 2
4. 5

40 . 0
34 . 4
28 . 9
23 . 3

0

3. 8

17 . 8

10
20
30
40

3. 2
2. 6
2. 0
1. 5

12 . 2
6. 7
1. 1
4. 4

50

1. 0

10 . 0

60
70
80
90

0. 5
0. 0
0. 5
1. 0

15 . 6
21 . 1
26 . 7
32 . 2

100

1. 4

37 . 8

110
120
130

1. 9
2. 4
3. 0

43 . 3
48 . 9
54 . 4

15

CHARGE
1L

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

16

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

M

MIL

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
6

7

8

9

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

SEC

MIL

MIL

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

0

0. 0

19

1

0. 0

0. 0

0 . 00

100
200
300
400

5. 2
10 . 4
15 . 6
20 . 9

19
19
19
19

1
1
1
1

0. 3
0. 6
1. 0
1. 3

0. 1
0. 2
0. 3
0. 4

0 . 01
0 . 01
0 . 01
0 . 02

500

26 . 2

19

1

1. 6

0. 5

0 . 02

600
700
800
900

31 . 5
36 . 9
42 . 3
47 . 8

2. 0
2. 3
2. 6
3. 0

1 . 05
0 . 90
0 . 78
0 . 69

19
19
18
18

1
1
1
1

2. 0
2. 3
2. 6
3. 0

0. 6
0. 7
0. 8
0. 9

0 . 03
0 . 03
0 . 03
0 . 04

1000

53 . 3

3. 3

0 . 62

18

1

3. 3

1. 0

0 . 04

1100
1200
1300
1400

58 . 8
64 . 3
69 . 9
75 . 6

3. 6
4. 0
4. 3
4. 7

0 . 57
0 . 52
0 . 48
0 . 44

18
18
18
18

1
1
1
1

3. 6
4. 0
4. 3
4. 7

1. 1
1. 2
1. 3
1. 4

0 . 05
0 . 05
0 . 05
0 . 06

1500

81 . 3

5. 0

0 . 41

18

1

5. 0

1. 5

0 . 06

1600
1700
1800
1900

87 . 0
92 . 8
98 . 6
104 . 4

5. 4
5. 7
6. 1
6. 4

0 . 39
0 . 36
0 . 34
0 . 32

17
17
17
17

1
1
2
2

5. 4
5. 7
6. 1
6. 4

1. 6
1. 8
1. 9
2. 0

0 . 07
0 . 07
0 . 07
0 . 08

2000

110 . 3

6. 8

0 . 31

17

2

6. 8

2. 1

0 . 08

2100
2200
2300
2400

116 . 3
122 . 3
128 . 3
134 . 4

7. 1
7. 5
7. 9
8. 2

0 . 29
0 . 28
0 . 26
0 . 25

17
17
16
16

2
2
2
2

7. 1
7. 5
7. 9
8. 2

2. 2
2. 4
2. 5
2. 6

0 . 08
0 . 09
0 . 09
0 . 10

2500

140 . 5

8. 6

0 . 24

16

2

8. 6

2. 8

0 . 10

2600
2700
2800
2900

146 . 7
153 . 0
159 . 3
165 . 6

8. 9
9.3
9.7
10 . 1

0 . 23
0 . 22
0 . 21
0 . 21

16
16
16
16

2
2
2
2

8. 9
9.3
9.7
10 . 1

2. 9
3. 0
3. 2
3. 3

0 . 10
0 . 11
0 . 11
0 . 11

3000

172 . 0

10 . 4

0 . 20

16

2

10 . 4

3. 5

0 . 12

3100
3200
3300
3400

178 . 5
185 . 1
191 . 7
198 . 3

10 . 8
11 . 2
11 . 6
12 . 0

0 . 19
0 . 19
0 . 18
0 . 17

15
15
15
15

3
3
3
3

10 . 8
11 . 2
11 . 6
12 . 0

3. 6
3. 8
3. 9
4. 1

0 . 12
0 . 12
0 . 13
0 . 13

3500

205 . 1

12 . 4

0 . 17

15

3

12 . 4

4. 2

0 . 14

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1

10

R
A
N
G
E

CHARGE
1L

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0

0

100
200
300
400

0. 7
1. 3
1. 9
2. 6

0. 6
1. 2
1. 7
2. 2

0. 0
0. 0
0. 1
0. 1

0. 0
0. 0
0. 0
0. 1

0. 0
0. 1
0. 2
0. 3

0. 0
0. 0
0. 1
0. 1

0. 0
0. 0
0. 0
0. 1

0. 0
0. 0
0. 0
0. 1

1
2
3
4

1
2
3
4

500

3. 2

2. 7

0. 2

0. 1

0. 5

0. 2

0. 1

0. 1

4

5

600
700
800
900

3. 8
4. 4
4. 9
5. 5

3. 2
3. 7
4. 2
4. 7

0. 3
0. 4
0. 5
0. 6

0. 1
0. 1
0. 2
0. 2

0. 7
0. 9
1. 1
1. 3

0. 2
0. 3
0. 4
0. 5

0. 1
0. 2
0. 2
0. 3

0. 1
0. 2
0. 2
0. 3

5
6
7
8

6
6
7
8

1000

6. 1

5. 1

0. 7

0. 2

1. 6

0. 5

0. 3

0. 3

8

9

1100
1200
1300
1400

6. 6
7. 2
7. 7
8. 3

5. 6
6. 0
6. 5
6.9

0. 8
0. 9
1. 1
1. 2

0. 3
0. 3
0. 4
0. 4

1. 9
2. 1
2. 4
2. 7

0. 6
0. 7
0. 8
0.9

0. 4
0. 4
0. 5
0. 6

0. 4
0. 4
0. 5
0. 6

9
10
10
11

10
10
11
12

1500

8. 8

7. 3

1. 3

0. 4

3. 0

1. 0

0. 7

0. 7

12

13

1600
1700
1800
1900

9.4
9.9
10 . 4
10 . 9

7. 7
8. 1
8. 6
9.0

1. 5
1. 6
1. 8
1. 9

0. 5
0. 6
0. 6
0. 7

3. 3
3. 6
3. 9
4. 2

1. 1
1. 2
1. 3
1. 4

0. 7
0. 8
0.9
1. 0

0. 7
0. 8
0. 9
1. 0

12
13
14
14

13
14
15
15

2000

11 . 5

9.4

2. 1

0. 7

4. 5

1. 5

1. 1

1. 1

15

16

2100
2200
2300
2400

12 . 0
12 . 5
13 . 0
13 . 5

9.8
10 . 2
10 . 6
11 . 0

2. 2
2. 4
2. 5
2. 7

0. 8
0. 8
0.9
1. 0

4. 8
5. 1
5. 5
5. 8

1. 6
1. 7
1. 8
1.9

1. 2
1. 3
1. 5
1. 6

1. 2
1. 3
1. 4
1. 6

15
16
16
17

17
17
18
18

2500

14 . 0

11 . 4

2. 9

1. 0

6. 1

2. 0

1. 7

1. 7

18

19

2600
2700
2800
2900

14 . 5
15 . 0
15 . 5
16 . 0

11 . 8
12 . 1
12 . 5
12 . 9

3. 0
3. 2
3. 3
3. 5

1. 1
1. 2
1. 2
1. 3

6. 4
6. 7
7. 0
7. 3

2. 2
2. 3
2. 4
2. 5

1. 8
1.9
2. 1
2. 2

1. 8
2. 0
2. 1
2. 2

18
19
19
20

20
20
21
21

3000

16 . 5

13 . 3

3. 7

1. 4

7. 5

2. 6

2. 4

2. 4

20

22

3100
3200
3300
3400

17 . 0
17 . 5
18 . 0
18 . 5

13 . 7
14 . 1
14 . 5
14 . 8

3. 8
4. 0
4. 1
4. 3

1. 4
1. 5
1. 6
1. 6

7. 8
8. 1
8. 4
8. 7

2. 7
2. 8
2.9
3. 0

2. 5
2. 7
2. 8
3. 0

2. 5
2. 7
2. 8
3. 0

21
21
22
22

22
23
24
24

3500

18 . 9

15 . 2

4. 5

1. 7

8. 9

3. 1

3. 2

3. 2

22

25

M

17

CHARGE
1L

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

18

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

MIL

3500

205 . 1

12 . 4

0 . 17

15

3

12 . 4

4. 2

0 . 14

3600
3700
3800
3900

211 . 9
218 . 7
225 . 7
232 . 7

12 . 8
13 . 2
13 . 6
14 . 0

0 . 16
0 . 16
0 . 15
0 . 15

15
14
14
14

3
3
3
4

12 . 8
13 . 2
13 . 6
14 . 0

4. 4
4. 6
4. 8
4. 9

0 . 14
0 . 14
0 . 15
0 . 15

4000

239 . 8

14 . 4

0 . 15

14

4

14 . 4

5. 1

0 . 15

4100
4200
4300
4400

247 . 0
254 . 3
261 . 7
269 . 2

14 . 8
15 . 2
15 . 6
16 . 1

0 . 14
0 . 14
0 . 13
0 . 13

14
14
13
13

4
4
4
4

14 . 8
15 . 2
15 . 6
16 . 1

5. 3
5. 5
5. 7
5. 9

0 . 16
0 . 16
0 . 17
0 . 17

4500

276 . 7

16 . 5

0 . 13

13

5

16 . 5

6. 0

0 . 17

4600
4700
4800
4900

284 . 4
292 . 2
300 . 1
308 . 1

16 . 9
17 . 4
17 . 8
18 . 3

0 . 12
0 . 12
0 . 12
0 . 12

13
13
13
12

5
5
5
5

16 . 9
17 . 4
17 . 8
18 . 3

6. 3
6. 5
6. 7
6. 9

0 . 18
0 . 18
0 . 18
0 . 19

5000

316 . 2

18 . 7

0 . 11

12

6

18 . 7

7. 1

0 . 19

5100
5200
5300
5400

324 . 5
332 . 9
341 . 4
350 . 1

19 . 2
19 . 6
20 . 1
20 . 6

0 . 11
0 . 11
0 . 11
0 . 10

12
12
12
11

6
6
6
7

19 . 2
19 . 6
20 . 1
20 . 6

7. 3
7. 6
7. 8
8. 0

0 . 20
0 . 20
0 . 20
0 . 21

5500

359 . 0

21 . 1

0 . 10

11

7

21 . 1

8. 3

0 . 21

5600
5700
5800
5900

368 . 0
377 . 2
386 . 6
396 . 3

21 . 6
22 . 1
22 . 6
23 . 1

0 . 10
0 . 10
0 . 09
0 . 09

11
11
11
10

7
7
8
8

21 . 6
22 . 1
22 . 6
23 . 1

8. 5
8. 8
9.1
9.4

0 . 22
0 . 22
0 . 23
0 . 23

6000

406 . 1

23 . 6

0 . 09

10

9

23 . 6

9.7

0 . 23

6100
6200
6300
6400

416 . 2
426 . 6
437 . 3
448 . 3

24 . 1
24 . 7
25 . 2
25 . 8

0 . 09
0 . 09
0 . 08
0 . 08

10
10
9
9

9
9
10
10

24 . 1
24 . 7
25 . 2
25 . 8

10 . 0
10 . 3
10 . 6
10 . 9

0 . 24
0 . 24
0 . 25
0 . 25

6500

459 . 6

26 . 4

0 . 08

9

11

26 . 4

11 . 3

0 . 26

6600
6700
6800
6900

471 . 3
483 . 5
496 . 2
509 . 4

27 . 0
27 . 6
28 . 3
29 . 0

0 . 08
0 . 08
0 . 08
0 . 07

8
8
8
7

12
12
13
14

27 . 0
27 . 6
28 . 3
29 . 0

11 . 7
12 . 1
12 . 5
12 . 9

0 . 26
0 . 27
0 . 27
0 . 28

7000

523 . 2

29 . 6

0 . 07

7

15

29 . 6

13 . 4

0 . 29

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
1L

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

3500

18 . 9

15 . 2

4. 5

1. 7

8. 9

3. 1

3. 2

3. 2

22

25

3600
3700
3800
3900

19 . 4
19 . 9
20 . 4
20 . 9

15 . 6
16 . 0
16 . 4
16 . 8

4. 6
4. 8
4. 9
5. 1

1. 8
1.9
2. 0
2. 0

9.2
9.4
9.7
9.9

3. 2
3. 3
3. 4
3. 5

3. 3
3. 5
3. 7
3.9

3. 3
3. 5
3. 7
3. 9

23
23
24
24

25
26
26
27

4000

21 . 3

17 . 1

5. 3

2. 1

10 . 2

3. 5

4. 0

4. 1

25

27

4100
4200
4300
4400

21 . 8
22 . 3
22 . 8
23 . 2

17 . 5
17 . 9
18 . 3
18 . 7

5. 4
5. 6
5. 7
5. 9

2. 2
2. 3
2. 4
2. 4

10 . 4
10 . 6
10 . 9
11 . 1

3. 6
3. 7
3. 8
3.9

4. 2
4. 4
4. 6
4. 8

4. 3
4. 4
4. 6
4. 8

25
26
26
27

28
28
29
29

4500

23 . 7

19 . 0

6. 0

2. 5

11 . 3

4. 0

5. 0

5. 1

27

29

4600
4700
4800
4900

24 . 2
24 . 7
25 . 1
25 . 6

19 . 4
19 . 8
20 . 2
20 . 6

6. 2
6. 3
6. 5
6. 6

2. 6
2. 7
2. 8
2.9

11 . 5
11 . 7
11 . 9
12 . 1

4. 1
4. 2
4. 2
4. 3

5. 2
5. 4
5. 6
5.9

5. 3
5. 5
5. 7
5. 9

27
28
28
29

30
30
31
31

5000

26 . 1

20 . 9

6. 8

2.9

12 . 3

4. 4

6. 1

6. 1

29

32

5100
5200
5300
5400

26 . 6
27 . 0
27 . 5
28 . 0

21 . 3
21 . 7
22 . 1
22 . 5

6. 9
7. 1
7. 2
7. 4

3. 0
3. 1
3. 2
3. 3

12 . 5
12 . 7
12 . 9
13 . 1

4. 4
4. 5
4. 6
4. 6

6. 3
6. 5
6. 8
7. 0

6. 4
6. 6
6. 8
7. 1

29
30
30
31

32
33
33
33

5500

28 . 5

22 . 9

7. 5

3. 4

13 . 2

4. 7

7. 2

7. 3

31

34

5600
5700
5800
5900

29 . 0
29 . 5
29 . 9
30 . 4

23 . 3
23 . 6
24 . 0
24 . 4

7. 7
7. 8
7. 9
8. 1

3. 5
3. 6
3. 7
3. 7

13 . 4
13 . 6
13 . 7
13 . 9

4. 7
4. 8
4. 8
4.9

7. 5
7. 7
8. 0
8. 2

7. 6
7. 8
8. 1
8. 4

31
32
32
32

34
35
35
36

6000

30 . 9

24 . 8

8. 2

3. 8

14 . 0

4.9

8. 5

8. 6

33

36

6100
6200
6300
6400

31 . 4
31 . 9
32 . 4
32 . 9

25 . 2
25 . 6
26 . 0
26 . 4

8. 3
8. 5
8. 6
8. 7

3.9
4. 0
4. 1
4. 2

14 . 1
14 . 2
14 . 3
14 . 4

4.9
5. 0
5. 0
5. 0

8. 8
9.0
9.3
9.6

8. 9
9.2
9.5
9.8

33
33
34
34

37
37
37
38

6500

33 . 4

26 . 8

8. 8

4. 3

14 . 5

5. 0

9.9

10 . 1

34

38

6600
6700
6800
6900

33 . 8
34 . 3
34 . 8
35 . 4

27 . 2
27 . 6
28 . 0
28 . 5

8. 9
9.0
9.1
9.2

4. 4
4. 5
4. 6
4. 7

14 . 6
14 . 6
14 . 7
14 . 8

5. 1
5. 1
5. 1
5. 1

10 . 2
10 . 5
10 . 8
11 . 1

10 . 4
10 . 7
11 . 0
11 . 3

35
35
35
36

39
39
39
40

7000

35 . 9

28 . 9

9.3

4. 8

14 . 8

5. 1

11 . 4

11 . 6

36

40

19

CHARGE
1L

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

7000

523 . 2

29 . 6

0 . 07

7

15

29 . 6

13 . 4

0 . 29

7100
7200
7300
7400

537 . 8
553 . 3
569 . 9
587 . 8

30 . 4
31 . 1
31 . 9
32 . 8

0 . 07
0 . 07
0 . 07
0 . 07

7
6
6
5

16
18
20
22

30 . 4
31 . 1
31 . 9
32 . 8

13 . 9
14 . 4
15 . 0
15 . 7

0 . 29
0 . 30
0 . 31
0 . 31

7500

607 . 5

33 . 7

0 . 06

5

25

33 . 7

16 . 4

0 . 32

7600
7700
7800
7900

629 . 6
655 . 4
687 . 9
739 . 6

34 . 8
36 . 0
37 . 4
39 . 7

0 . 06
0 . 06
0 . 06
0 . 05

4
3
2

29
36
53

34 . 8
36 . 0
37 . 4
39 . 7

17 . 3
18 . 3
19 . 7
22 . 0

0 . 33
0 . 34
0 . 35

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

**********************************************************************

20

7900
7800
7700
7600

828 . 3
879 . 6
911 . 8
937 . 3

43 . 3
45 . 3
46 . 5
47 . 4

0 . 05
0 . 05
0 . 05
0 . 05

2
3
4

56
38
31

43 . 3
45 . 3
46 . 5
47 . 4

26 . 7
29 . 8
32 . 0
33 . 9

0 . 46
0 . 48
0 . 50

7500

959 . 1

48 . 2

0 . 05

5

27

48 . 2

35 . 7

0 . 51

7400
7300
7200
7100

978 . 5
996 . 2
1012 . 5
1027 . 6

48 . 8
49 . 4
49 . 9
50 . 4

0 . 04
0 . 04
0 . 04
0 . 04

5
6
6
7

23
21
19
18

48 . 8
49 . 4
49 . 9
50 . 4

37 . 3
38 . 9
40 . 5
42 . 0

0 . 53
0 . 54
0 . 55
0 . 57

7000

1041 . 9

50 . 8

0 . 04

7

17

50 . 8

43 . 6

0 . 58

6900
6800
6700
6600

1055 . 5
1068 . 3
1080 . 7
1092 . 5

51 . 2
51 . 6
52 . 0
52 . 3

0 . 04
0 . 04
0 . 04
0 . 04

8
8
8
9

15
15
14
13

51 . 2
51 . 6
52 . 0
52 . 3

45 . 2
46 . 7
48 . 4
50 . 0

0 . 60
0 . 61
0 . 63
0 . 64

6500

1103 . 9

52 . 6

0 . 04

9

12

52 . 6

51 . 7

0 . 66

6400
6300
6200
6100

1114 . 8
1125 . 5
1135 . 7
1145 . 7

52 . 9
53 . 2
53 . 5
53 . 8

0 . 04
0 . 04
0 . 04
0 . 04

9
10
10
10

12
11
10
10

52 . 9
53 . 2
53 . 5
53 . 8

53 . 4
55 . 3
57 . 1
59 . 1

0 . 67
0 . 69
0 . 71
0 . 73

6000

1155 . 4

54 . 0

0 . 04

10

9

54 . 0

61 . 2

0 . 75

5900
5800
5700
5600

1164 . 8
1174 . 0
1182 . 9
1191 . 6

54 . 3
54 . 5
54 . 7
54 . 9

0 . 04
0 . 04
0 . 04
0 . 04

11
11
11
12

9
9
8
8

54 . 3
54 . 5
54 . 7
54 . 9

63 . 4
65 . 7
68 . 1
70 . 8

0 . 77
0 . 80
0 . 82
0 . 85

5500

1200 . 0

55 . 1

0 . 04

12

7

55 . 1

73 . 6

0 . 88

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
1L

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

7000

35 . 9

28 . 9

9.3

4. 8

14 . 8

5. 1

11 . 4

11 . 6

36

40

7100
7200
7300
7400

36 . 4
36 . 9
37 . 4
37 . 9

29 . 3
29 . 7
30 . 1
30 . 5

9.4
9.5
9.5
9.6

4.9
5. 0
5. 1
5. 2

14 . 9
14 . 9
14 . 9
14 . 9

5. 1
5. 1
5. 1
5. 1

11 . 7
12 . 0
12 . 3
12 . 6

11 . 9
12 . 2
12 . 6
12 . 9

36
37
37
37

41
41
42
42

7500

38 . 5

31 . 0

5. 3

14 . 9

5. 1

12 . 9

13 . 3

37

42

31 . 4
31 . 8
32 . 3
32 . 7

5. 5
5. 6
5. 7
5. 8

14 . 8
14 . 6

5. 0
5. 0
4.9
4.9

13 . 3
13 . 6
14 . 0
14 . 4

13 . 7
14 . 1

38
38
38
39

43
43
43

7600
7700
7800
7900

**********************************************************************
7900
7800
7700
7600

33 . 9
33 . 6
33 . 2
32 . 9

6. 3
6. 2
6. 1
6. 0

13 . 4
13 . 0

4. 5
4. 4
4. 3
4. 2

15 . 2
15 . 0
14 . 8
14 . 6

14 . 7
14 . 6

39
38
38
37

43
42
42

5.9

12 . 7

4. 1

14 . 4

14 . 4

37

41

7500

38 . 6

32 . 5

7400
7300
7200
7100

38 . 2
37 . 8
37 . 4
36 . 9

32 . 1
31 . 7
31 . 3
30 . 9

9.3
9.1
8. 9
8. 7

5. 8
5. 7
5. 6
5. 4

12 . 4
12 . 2
11 . 9
11 . 7

4. 0
3.9
3. 8
3. 8

14 . 1
13 . 9
13 . 7
13 . 4

14 . 2
14 . 0
13 . 8
13 . 5

36
36
36
35

41
40
40
39

7000

36 . 5

30 . 6

8. 5

5. 3

11 . 5

3. 7

13 . 2

13 . 3

35

39

6900
6800
6700
6600

36 . 0
35 . 5
35 . 1
34 . 6

30 . 2
29 . 8
29 . 4
29 . 0

8. 3
8. 2
8. 0
7. 8

5. 1
5. 0
4. 8
4. 6

11 . 3
11 . 1
10 . 9
10 . 7

3. 7
3. 6
3. 5
3. 5

12 . 9
12 . 7
12 . 4
12 . 2

13 . 1
12 . 8
12 . 6
12 . 4

34
34
33
33

38
38
37
37

6500

34 . 1

28 . 6

7. 7

4. 4

10 . 5

3. 4

11 . 9

12 . 1

32

36

6400
6300
6200
6100

33 . 6
33 . 2
32 . 7
32 . 2

28 . 2
27 . 8
27 . 4
27 . 0

7. 5
7. 4
7. 2
7. 1

4. 2
4. 0
3. 8
3. 5

10 . 4
10 . 2
10 . 0
9.8

3. 4
3. 3
3. 3
3. 2

11 . 7
11 . 4
11 . 1
10 . 9

11 . 9
11 . 6
11 . 4
11 . 1

32
31
31
30

35
35
34
34

6000

31 . 7

26 . 5

6. 9

3. 2

9.7

3. 2

10 . 6

10 . 9

29

33

5900
5800
5700
5600

31 . 2
30 . 7
30 . 2
29 . 7

26 . 1
25 . 7
25 . 3
24 . 9

6. 8
6. 6
6. 4
6. 2

2.9
2. 5
2. 2
1. 7

9.5
9.4
9.2
9.1

3. 1
3. 1
3. 0
3. 0

10 . 3
10 . 0
9.7
9.4

10 . 6
10 . 3
10 . 1
9.8

29
28
28
27

32
32
31
30

5500

29 . 3

24 . 5

6. 1

8. 9

2.9

9.1

9.5

26

30

21

CHARGE
1L

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

22

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

5500

1200 . 0

55 . 1

0 . 04

12

7

55 . 1

73 . 6

0 . 88

5400
5300
5200
5100

1208 . 3
1216 . 3
1224 . 2
1231 . 8

55 . 3
55 . 5
55 . 7
55 . 9

0 . 04
0 . 04
0 . 04
0 . 04

12
13
13
13

7
7
6
6

55 . 3
55 . 5
55 . 7
55 . 9

76 . 7
80 . 1
83 . 8
87 . 9

0 . 91
0 . 94
0 . 98
1 . 03

5000

1239 . 3

56 . 0

0 . 04

14

6

56 . 0

92 . 5

1 . 07

4900
4800
4700
4600

1246 . 5
1253 . 6
1260 . 4
1267 . 1

56 . 2
56 . 4
56 . 6
56 . 7

0 . 04
0 . 04
0 . 04
0 . 04

14
14
15
15

5
5
5
4

56 . 2
56 . 4
56 . 6
56 . 7

97 . 5
103 . 2
109 . 7
117 . 0

1 . 13
1 . 19
1 . 26
1 . 35

4500

1273 . 5

56 . 9

0 . 04

16

4

56 . 9

125 . 4

1 . 44

4400
4300
4200
4100

1279 . 7
1285 . 7
1291 . 4
1296 . 9

57 . 1
57 . 2
57 . 4
57 . 7

0 . 04
0 . 04
0 . 04
0 . 04

16
17
18

57 . 1
57 . 2
57 . 4
57 . 7

135 . 0
146 . 1
158 . 8
173 . 3

1 . 56

4042

1300 . 0

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
1L

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

5500

29 . 3

24 . 5

6. 1

8. 9

2.9

9.1

9.5

26

30

5400
5300
5200
5100

28 . 8
28 . 3
27 . 8
27 . 3

24 . 1
23 . 7
23 . 3
22 . 8

5. 9
5. 7
5. 4
5. 2

8. 8
8. 7
8. 5
8. 4

2.9
2. 8
2. 8
2. 8

8. 8
8. 5
8. 2
7. 8

9.2
9.0
8. 7
8. 3

26
25
24
24

29
28
28
27

5000

26 . 8

22 . 4

5. 0

8. 3

2. 7

7. 4

8. 0

23

26

4900
4800
4700
4600

26 . 3
25 . 9
25 . 4
24 . 9

22 . 0
21 . 6
21 . 2
20 . 8

4. 7
4. 4
4. 1
3. 8

8. 2
8. 1
8. 0
7. 9

2. 7
2. 7
2. 7
2. 6

7. 1
6. 7
6. 2
5. 8

7. 7
7. 4
7. 0
6. 6

22
21
20
19

25
24
23
23

4500

24 . 4

20 . 4

3. 4

7. 8

2. 6

5. 3

6. 2

18

22

4400
4300
4200
4100

24 . 0
23 . 5
23 . 0
22 . 6

20 . 0
19 . 6

3. 0
2. 6
2. 0
1. 4

7. 8
7. 7
7. 6
7. 6

2. 6
2. 6
2. 6
2. 6

5. 8
5. 3
4. 8
4. 2

17
16
15
13

21
19
18
17

23

CHARGE
1L

TABLE G

F T 1 5 5 AM 3

SUPPLEMEN TARY DA TA

1

2

R
A
N
G
E

E
L
E
V

M

MIL

3

4

5

6

7

PROBABLE ERRORS

8

PROJ , HE , M10 7
FUZE , PD , M739 A1
9

10

ANGLE CO T TML
OF
ANGLE VEL
FALL
OF
FALL

FUZE M58 2
R

D

HB

TB

RB

M

M

M

SEC

M

MIL

M/S

0

311

11

12

MO

13

COMP S I TE
FOR
ANGLE OF S I TE
+1 M I L 1 M I L
S I TE
S I TE

M

MIL

MIL

0

0 . 000

0 . 00

0

0. 0

4

0

500
1000
1500
2000

26 . 2
53 . 3
81 . 3
110 . 3

4
5
6
7

0
1
1
1

1 0 . 04
1 0 . 04
1 0 . 04

12
12
12

27
55
85
117

38 . 2
18 . 5
11 . 9
8. 7

303
297
291
285

3
13
31
56

0 . 001
0 . 002
0 . 006
0 . 011

0 . 001
0 . 002
0 . 006
0 . 010

2500

140 . 5

8

2

2 0 . 04

12

151

6. 7

280

90

0 . 018

0 . 017

3000
3500
4000
4500

172 . 0
205 . 1
239 . 8
276 . 7

10
11
13
15

2
3
3
3

2
3
3
4

0 . 04
0 . 04
0 . 04
0 . 04

12
13
13
14

187
225
265
309

5. 4
4. 5
3. 7
3. 2

275
271
267
263

133
187
253
332

0 . 028
0 . 041
0 . 058
0 . 081

0 . 026
0 . 038
0 . 053
0 . 074

5000

316 . 2

17

4

5 0 . 04

15

356

2. 7

259

427

0 . 113

0 . 101

5500
6000
6500
7000

359 . 0
406 . 1
459 . 6
523 . 2

19
21
24
27

4
5
6
6

6
7
8
10

0 . 04
0 . 04
0 . 05
0 . 05

16
17
19
20

407
463
525
599

2. 4
2. 0
1. 8
1. 5

256
254
252
250

542
680
851
1073

0 . 157
0 . 224
0 . 333
0 . 547

0 . 138
0 . 19 1
0 . 273
0 . 411

7500

607 . 5

30

7

12 0 . 05

22

693

1. 2

250

1389

1 . 338

0 . 715

************************************************************************

24

7500

959 . 1

32 10

24 0 . 06

23 1044

0. 6

259

2817

2 . 359

1 . 74

7000
6500
6000
5500

1041 . 9
1103 . 9
1155 . 4
1200 . 0

30 10
27 10
25 9
22 9

27
29
30
32

21
20
18
16

1120
1176
1224
1267

0. 5
0. 4
0. 4
0. 3

261
263
264
265

3133
3355
3525
3662

1 . 566
1 . 347
1 . 234
1 . 162

1 . 43
1 . 28
1 . 20
1 . 14

5000 1239 . 3

19

9

33 0 . 07

13 1307

0. 3

266

3773

1 . 112

1 . 10

4500 1273 . 5

16

8

35 0 . 08

11 1346

0. 2

266

3862

1 . 074

1 . 06

0 . 07
0 . 07
0 . 07
0 . 07

F T 1 5 5 AM 3

TABLE H

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
1L

RANGE

CORREC T I ONS TO RANGE , I N ME TERS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
AZ I MU TH OF TARGE T
RANGE
ME TERS

0
3200

M I LS

200
3000

400
2800

600
2600

800
2400

1000
2200

1200
2000

1400
1800

1600
1600

500
1000
1500
2000

0
0
0
0

0
1+
1+
2+

1+
2+
2+
3+

1+
2+
4+
5+

2+
3+
5+
6+

2+
4+
5+
7+

2+
4+
6+
8+

2+
4+
6+
8+

2+
4+
6+
8+

2500

0

2+

4+

6+

7+

9+

9+

10+

10+

3000
3500
4000
4500

0
0
0
0

2+
3+
3+
3+

5+
5+
6+
6+

7+
8+
8+
9+

8+
10+
11+
12+

10+
11+
12+
14+

11+
13+
14+
15+

12+
13+
15+
16+

12+
14+
15+
16+

5000

0

3+

7+

10+

12+

15+

16+

17+

18+

5500
6000
6500
7000

0
0
0
0

4+
4+
4+
4+

7+
7+
7+
7+

10+
11+
11+
11+

13+
14+
14+
14+

15+
16+
16+
16+

17+
18+
18+
18+

18+
19+
19+
19+

18+
19+
20+
19+

7500

0

4+

7+

10+

13+

15+

17+

18+

18+

**********************************************************************
7500

0

7000
6500
6000
5500

0
0
0
0

0
+1
+1
+2

0
+2
+3
+4

0
+2
+4
+6

0
+3
+5
+8

0
+3
+6
+9

0
+4
+7
+10

0
+4
+7
+11

0
+4
+8
+11

5000

0

+3

+6

+8

+10

+12

+14

+15

+15

4500

0

+4

+8

+11

+14

+16

+18

+19

+20

3400
6200

3600
6000

3800
5800

4000
5600

4200
5400

4400
5200

4600
5000

4800
4800

3200
6400

1+

2+

3+

3+

4+

AZ I MU TH OF TARGE T
NO TES

1.
2.
3.
4.

4+

5+

5+

M I LS

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .
CORREC T I ONS ARE FOR 0 DEGREES LA T I TUDE . FOR O THER LA T I TUDES
MUL T I PLY CORREC T I ONS BY THE FAC TOR G I VEN BELOW.
LA T I TUDE ( DEG)
MUL T I PLY BY

10

20

30

40

50

60

70

.98

.94

. 87

. 77

. 64

. 50

. 34

25

CHARGE
1L

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
0 DEGREES LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

500
1000
1500
2000

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

2500

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

3000
3500
4000
4500

0. 0
0. 0
0. 0
R0 . 1 L R0 . 1 L
0. 0
R0 . 1 L R0 . 1 L R0 . 1 L
R0 . 1 L R0 . 1 L R0 . 1 L

5000

R0 . 1 L R0 . 1 L R0 . 1 L R0 . 1 L

0. 0

L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R

5500
6000
6500
7000

R0 . 2 L
R0 . 2 L
R0 . 3 L
R0 . 4 L

R0 . 1 L
R0 . 1 L
R0 . 1 L
R0 . 2 L

0. 0
0. 0
0. 0
0. 0

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 2R

7500

R0 . 5 L R0 . 5 L R0 . 4 L R0 . 2 L

0. 0

L 0 . 2R L 0 . 4R L 0 . 5R L 0 . 5R

R0 . 2 L
R0 . 2 L
R0 . 3 L
R0 . 4 L

R0 . 1 L
R0 . 2 L
R0 . 2 L
R0 . 3 L

0. 0
0. 0
0. 0
0. 0
L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 2R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 2R
L 0 . 2R
L 0 . 3R
L 0 . 4R

**********************************************************************
7500

R1 . 5 L R1 . 4 L R1 . 1 L R0 . 6 L

0. 0

L 0 . 6R L 1 . 1R L 1 . 4R L 1 . 5R

7000
6500
6000
5500

R1 . 9 L
R2 . 3 L
R2 . 7 L
R3 . 1 L

R0 . 7 L
R0 . 9 L
R1 . 0 L
R1 . 2 L

0. 0
0. 0
0. 0
0. 0

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

5000

R3 . 5 L R3 . 2 L R2 . 5 L R1 . 3 L

0. 0

L 1 . 3R L 2 . 5R L 3 . 2R L 3 . 5R

4500

R3 . 9 L R3 . 6 L R2 . 7 L R1 . 5 L

0. 0

L 1 . 5R L 2 . 7R L 3 . 6R L 3 . 9 R

3200
3200

R1 . 8 L
R2 . 1 L
R2 . 5 L
R2 . 8 L

2800
3600

R1 . 4 L
R1 . 6 L
R1 . 9 L
R2 . 2 L

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

L 1 . 4R
L 1 . 6R
L1. 9R
L 2 . 2R

800
5600

L 1 . 8R
L 2 . 1R
L 2 . 5R
L 2 . 8R

400
6000

L1. 9R
L 2 . 3R
L 2 . 7R
L 3 . 1R

0
6400

M I LS

0 DEGREES LA T I TUDE
NO TES

26

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
1L

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
1 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

0
6400

400
6000

800
5600

1200
5200

1600
4800

M I LS
2000
4400

2400
4000

2800
3600

3200
3200

500
1000
1500
2000

0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R

2500

L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R

3000
3500
4000
4500

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 1R

5000

L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 2R L 0 . 2R L 0 . 3R L 0 . 3R L 0 . 4R L 0 . 4R

5500
6000
6500
7000

L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R
0. 0
L 0 . 1R
0. 0
0. 0

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 1R

7500

R0 . 1 L R0 . 1 L

0. 0

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 1R

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 1R

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 2R

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 2R

L 0 . 3R
L 0 . 3R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 2R

L 0 . 3R
L 0 . 4R
L 0 . 4R
L 0 . 5R

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 4R
L 0 . 5R
L 0 . 5R
L 0 . 6R

L 0 . 2R
L 0 . 2R
L 0 . 3R
L 0 . 3R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 2R
L 0 . 2R
L 0 . 3R
L 0 . 3R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 8R

L 0 . 2R L 0 . 4R L 0 . 6R L 0 . 8R L 0 . 9 R L 0 . 9 R

**********************************************************************
7500

R0 . 9 L R0 . 8 L R0 . 5 L

7000
6500
6000
5500

R1 . 3 L
R1 . 6 L
R2 . 0 L
R2 . 4 L

5000

R2 . 8 L R2 . 5 L R1 . 8 L R0 . 6 L L 0 . 7R L 2 . 0R L 3 . 1R L 3 . 8R L 4 . 1R

4500

R3 . 1 L R2 . 9 L R2 . 0 L R0 . 8 L L 0 . 7R L 2 . 1R L 3 . 4R L 4 . 2R L 4 . 5R
3200
3200

R1 . 2 L
R1 . 5 L
R1 . 8 L
R2 . 1 L

2800
3600

R0 . 7 L
R1 . 0 L
R1 . 2 L
R1 . 5 L

2400
4000

0. 0
R0 . 1 L
R0 . 2 L
R0 . 4 L
R0 . 5 L

2000
4400

L 0 . 6R L 1 . 2R L 1 . 7R L 2 . 0R L 2 . 1R
L 0 . 6R
L 0 . 6R
L 0 . 7R
L 0 . 7R

1600
4800

AZ I MU TH OF TARGE T

L 1 . 4R
L 1 . 5R
L 1 . 7R
L 1 . 8R

1200
5200

L 2 . 0R
L 2 . 3R
L 2 . 5R
L 2 . 8R

800
5600

L 2 . 4R
L 2 . 7R
L 3 . 1R
L 3 . 5R

400
6000

L 2 . 5R
L2. 9R
L 3 . 3R
L 3 . 7R

0
6400

M I LS

1 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

27

CHARGE
1L

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
2 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

0
6400

400
6000

800
5600

1200
5200

1600
4800

M I LS
2000
4400

2400
4000

2800
3600

3200
3200

500
1000
1500
2000

0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R

2500

L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R

3000
3500
4000
4500

L 0 . 2R
L 0 . 2R
L 0 . 3R
L 0 . 3R

5000

L 0 . 3R L 0 . 3R L 0 . 4R L 0 . 4R L 0 . 5R L 0 . 5R L 0 . 6R L 0 . 6R L 0 . 6R

5500
6000
6500
7000

L 0 . 3R
L 0 . 4R
L 0 . 4R
L 0 . 3R

7500

L 0 . 3R L 0 . 3R L 0 . 5R L 0 . 6R L 0 . 8R L 1 . 0R L 1 . 2R L 1 . 3R L 1 . 3R

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 3R

L 0 . 4R
L 0 . 4R
L 0 . 4R
L 0 . 4R

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 3R

L 0 . 4R
L 0 . 4R
L 0 . 4R
L 0 . 5R

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 4R

L 0 . 4R
L 0 . 5R
L 0 . 5R
L 0 . 6R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 4R

L 0 . 5R
L 0 . 6R
L 0 . 6R
L 0 . 7R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 4R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 1 . 0R

L 0 . 3R
L 0 . 4R
L 0 . 4R
L 0 . 5R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 3R
L 0 . 4R
L 0 . 4R
L 0 . 5R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

**********************************************************************
7500

R0 . 3 L R0 . 2 L L 0 . 1R L 0 . 6R L 1 . 2R L 1 . 7R L 2 . 2R L 2 . 5R L 2 . 6R

7000
6500
6000
5500

R0 . 6 L
R0 . 9 L
R1 . 2 L
R1 . 6 L

5000

R1 . 9 L R1 . 7 L R1 . 0 L L 0 . 1R L 1 . 3R L 2 . 6R L 3 . 6R L 4 . 3R L 4 . 6R

4500

R2 . 3 L R2 . 0 L R1 . 3 L R0 . 1 L L 1 . 3R L 2 . 7R L 3 . 9 R L 4 . 7R L 5 . 0R
3200
3200

R0 . 5 L
R0 . 8 L
R1 . 0 L
R1 . 4 L

2800
3600

R0 . 1 L
R0 . 3 L
R0 . 5 L
R0 . 7 L

2400
4000

L 0 . 5R
L 0 . 4R
L 0 . 3R
L 0 . 2R

2000
4400

L 1 . 2R
L 1 . 3R
L 1 . 3R
L 1 . 3R

1600
4800

AZ I MU TH OF TARGE T

L1. 9R
L 2 . 1R
L 2 . 3R
L 2 . 4R

1200
5200

L 2 . 5R
L 2 . 8R
L 3 . 1R
L 3 . 4R

800
5600

L2. 9R
L 3 . 3R
L 3 . 6R
L 4 . 0R

400
6000

L 3 . 0R
L 3 . 4R
L 3 . 8R
L 4 . 2R

0
6400

M I LS

2 0 DEGREES SOU TH LA T I TUDE
NO TES

28

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
1L

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
3 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

500
1000
1500
2000

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

2500

L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R

3000
3500
4000
4500

L 0 . 3R
L 0 . 4R
L 0 . 4R
L 0 . 5R

5000

L 0 . 5R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 7R L 0 . 7R L 0 . 8R L 0 . 8R L 0 . 8R

5500
6000
6500
7000

L 0 . 6R
L 0 . 6R
L 0 . 7R
L 0 . 7R

7500

L 0 . 7R L 0 . 8R L 0 . 9 R L 1 . 0R L 1 . 2R L 1 . 4R L 1 . 5R L 1 . 6R L 1 . 7R

L 0 . 3R
L 0 . 4R
L 0 . 5R
L 0 . 5R

L 0 . 6R
L 0 . 7R
L 0 . 7R
L 0 . 7R

L 0 . 4R
L 0 . 4R
L 0 . 5R
L 0 . 5R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 0 . 8R

L 0 . 4R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 7R
L 0 . 8R
L 0 . 8R
L0. 9R

L 0 . 4R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 8R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 4R
L 0 . 5R
L 0 . 5R
L 0 . 6R

L 0 . 8R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L0. 9R
L 1 . 0R
L 1 . 1R
L 1 . 3R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L0. 9R
L 1 . 0R
L 1 . 2R
L 1 . 4R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L0. 9R
L 1 . 0R
L 1 . 2R
L 1 . 4R

**********************************************************************
7500

L 0 . 4R L 0 . 5R L 0 . 7R L 1 . 2R L 1 . 7R L 2 . 2R L 2 . 6R L 2 . 9 R L 3 . 0R

7000
6500
6000
5500

L 0 . 1R L 0 . 2R L 0 . 6R
R0 . 2 L
0. 0
L 0 . 4R
R0 . 4 L R0 . 3 L L 0 . 2R
R0 . 8 L R0 . 5 L
0. 0

5000

R1 . 1 L R0 . 9 L R0 . 2 L L 0 . 8R L 1 . 9 R L 3 . 1R L 4 . 1R L 4 . 7R L 4 . 9 R

4500

R1 . 4 L R1 . 2 L R0 . 4 L L 0 . 6R L 1 . 9 R L 3 . 2R L 4 . 3R L 5 . 0R L 5 . 3R
3200
3200

2800
3600

2400
4000

L 1 . 1R
L 1 . 1R
L 1 . 0R
L0. 9R

2000
4400

L 1 . 8R
L 1 . 8R
L1. 9R
L1. 9R

1600
4800

AZ I MU TH OF TARGE T

L 2 . 4R
L 2 . 6R
L 2 . 8R
L2. 9R

1200
5200

L 3 . 0R
L 3 . 3R
L 3 . 5R
L 3 . 8R

800
5600

L 3 . 3R
L 3 . 7R
L 4 . 0R
L 4 . 4R

400
6000

L 3 . 5R
L3. 9R
L 4 . 2R
L 4 . 6R

0
6400

M I LS

3 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

29

CHARGE
1L

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
4 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

500
1000
1500
2000

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

2500

L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R

3000
3500
4000
4500

L 0 . 5R
L 0 . 5R
L 0 . 6R
L 0 . 7R

5000

L 0 . 8R L 0 . 8R L 0 . 8R L 0 . 8R L 0 . 9 R L 0 . 9 R L 0 . 9 R L 1 . 0R L 1 . 0R

5500
6000
6500
7000

L 0 . 8R
L0. 9R
L 1 . 0R
L 1 . 0R

7500

L 1 . 1R L 1 . 2R L 1 . 2R L 1 . 4R L 1 . 5R L 1 . 7R L 1 . 8R L 1 . 9 R L 1 . 9 R

L 0 . 5R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 8R
L0. 9R
L 1 . 0R
L 1 . 1R

L 0 . 5R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L0. 9R
L 1 . 0R
L 1 . 0R
L 1 . 1R

L 0 . 5R
L 0 . 6R
L 0 . 6R
L 0 . 7R

L0. 9R
L 1 . 0R
L 1 . 1R
L 1 . 2R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 1 . 0R
L 1 . 1R
L 1 . 2R
L 1 . 4R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 1 . 0R
L 1 . 2R
L 1 . 3R
L 1 . 5R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 1 . 1R
L 1 . 2R
L 1 . 4R
L 1 . 6R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 1 . 1R
L 1 . 2R
L 1 . 4R
L 1 . 6R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 1 . 1R
L 1 . 3R
L 1 . 4R
L 1 . 7R

**********************************************************************
7500

L 1 . 0R L 1 . 1R L 1 . 3R L 1 . 7R L 2 . 2R L 2 . 6R L 3 . 0R L 3 . 3R L 3 . 4R

7000
6500
6000
5500

L 0 . 8R
L 0 . 6R
L 0 . 4R
L 0 . 1R

L0. 9R
L 0 . 7R
L 0 . 5R
L 0 . 3R

5000

R0 . 2 L

0. 0

4500

R0 . 5 L R0 . 3 L L 0 . 4R L 1 . 3R L 2 . 5R L 3 . 6R L 4 . 6R L 5 . 2R L 5 . 4R
3200
3200

2800
3600

L 1 . 2R
L 1 . 1R
L 1 . 0R
L 0 . 8R

L 1 . 7R
L 1 . 7R
L 1 . 6R
L 1 . 6R

L 2 . 3R
L 2 . 4R
L 2 . 4R
L 2 . 5R

L2. 9R
L 3 . 1R
L 3 . 2R
L 3 . 4R

L 3 . 3R
L 3 . 6R
L3. 9R
L 4 . 1R

L 3 . 7R
L 4 . 0R
L 4 . 3R
L 4 . 6R

L 3 . 8R
L 4 . 1R
L 4 . 5R
L 4 . 8R

L 0 . 6R L 1 . 5R L 2 . 5R L 3 . 5R L 4 . 4R L 4 . 9 R L 5 . 1R

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

800
5600

400
6000

0
6400

M I LS

4 0 DEGREES SOU TH LA T I TUDE
NO TES

30

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
1L

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
5 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

500
1000
1500
2000

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

2500

L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R

3000
3500
4000
4500

L 0 . 6R
L 0 . 6R
L 0 . 7R
L 0 . 8R

5000

L 0 . 9 R L 0 . 9 R L 1 . 0R L 1 . 0R L 1 . 0R L 1 . 1R L 1 . 1R L 1 . 1R L 1 . 1R

5500
6000
6500
7000

L 1 . 0R
L 1 . 1R
L 1 . 2R
L 1 . 4R

7500

L 1 . 5R L 1 . 5R L 1 . 6R L 1 . 7R L 1 . 8R L 2 . 0R L 2 . 1R L 2 . 1R L 2 . 2R

L 0 . 6R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 1 . 0R
L 1 . 1R
L 1 . 3R
L 1 . 4R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 1 . 1R
L 1 . 2R
L 1 . 3R
L 1 . 4R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 1 . 1R
L 1 . 2R
L 1 . 4R
L 1 . 5R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 1 . 2R
L 1 . 3R
L 1 . 4R
L 1 . 6R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 1 . 2R
L 1 . 3R
L 1 . 5R
L 1 . 7R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 1 . 0R

L 1 . 2R
L 1 . 4R
L 1 . 6R
L 1 . 8R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 1 . 0R

L 1 . 3R
L 1 . 4R
L 1 . 6R
L 1 . 8R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 1 . 0R

L 1 . 3R
L 1 . 4R
L 1 . 6R
L1. 9R

**********************************************************************
7500

L 1 . 6R L 1 . 7R L 1 . 9 R L 2 . 2R L 2 . 6R L 3 . 0R L 3 . 3R L 3 . 5R L 3 . 6R

7000
6500
6000
5500

L 1 . 5R
L 1 . 3R
L 1 . 2R
L 1 . 0R

5000

L 0 . 7R L 0 . 9 R L 1 . 4R L 2 . 1R L 3 . 0R L 3 . 8R L 4 . 5R L 5 . 0R L 5 . 2R

4500

L 0 . 5R L 0 . 7R L 1 . 2R L 2 . 0R L 3 . 0R L 3 . 9 R L 4 . 7R L 5 . 3R L 5 . 4R
3200
3200

L 1 . 6R
L 1 . 4R
L 1 . 3R
L 1 . 1R

2800
3600

L1. 9R
L 1 . 8R
L 1 . 7R
L 1 . 5R

2400
4000

L 2 . 3R
L 2 . 3R
L 2 . 2R
L 2 . 2R

2000
4400

L 2 . 7R
L 2 . 8R
L2. 9R
L2. 9R

1600
4800

AZ I MU TH OF TARGE T

L 3 . 2R
L 3 . 4R
L 3 . 6R
L 3 . 7R

1200
5200

L 3 . 6R
L3. 9R
L 4 . 1R
L 4 . 3R

800
5600

L3. 9R
L 4 . 2R
L 4 . 5R
L 4 . 8R

400
6000

L 4 . 0R
L 4 . 3R
L 4 . 6R
L4. 9R

0
6400

M I LS

5 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

31

CHARGE
1L

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
6 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

500
1000
1500
2000

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

2500

L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 6R L 0 . 6R L 0 . 6R

3000
3500
4000
4500

L 0 . 6R
L 0 . 7R
L0. 9R
L 1 . 0R

5000

L 1 . 1R L 1 . 1R L 1 . 1R L 1 . 1R L 1 . 2R L 1 . 2R L 1 . 2R L 1 . 2R L 1 . 2R

5500
6000
6500
7000

L 1 . 2R
L 1 . 3R
L 1 . 5R
L 1 . 6R

7500

L 1 . 8R L 1 . 8R L 1 . 9 R L 2 . 0R L 2 . 1R L 2 . 2R L 2 . 3R L 2 . 3R L 2 . 3R

L 0 . 6R
L 0 . 7R
L0. 9R
L 1 . 0R

L 1 . 2R
L 1 . 3R
L 1 . 5R
L 1 . 6R

L 0 . 6R
L 0 . 8R
L0. 9R
L 1 . 0R

L 1 . 2R
L 1 . 4R
L 1 . 5R
L 1 . 7R

L 0 . 6R
L 0 . 8R
L0. 9R
L 1 . 0R

L 1 . 3R
L 1 . 4R
L 1 . 6R
L 1 . 7R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 0R

L 1 . 3R
L 1 . 5R
L 1 . 6R
L 1 . 8R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 0R

L 1 . 3R
L 1 . 5R
L 1 . 7R
L1. 9R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 1 . 4R
L 1 . 5R
L 1 . 7R
L 2 . 0R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 0R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 0R

**********************************************************************
7500

L 2 . 2R L 2 . 2R L 2 . 4R L 2 . 6R L 2 . 9 R L 3 . 2R L 3 . 5R L 3 . 6R L 3 . 7R

7000
6500
6000
5500

L 2 . 1R
L 2 . 0R
L1. 9R
L 1 . 8R

5000

L 1 . 6R L 1 . 7R L 2 . 1R L 2 . 7R L 3 . 3R L 4 . 0R L 4 . 6R L 4 . 9 R L 5 . 1R

4500

L 1 . 4R L 1 . 6R L 2 . 0R L 2 . 6R L 3 . 3R L 4 . 1R L 4 . 7R L 5 . 1R L 5 . 3R
3200
3200

L 2 . 2R
L 2 . 1R
L 2 . 0R
L1. 9R

2800
3600

L 2 . 4R
L 2 . 4R
L 2 . 3R
L 2 . 2R

2400
4000

L 2 . 7R
L 2 . 8R
L 2 . 8R
L 2 . 7R

2000
4400

L 3 . 1R
L 3 . 2R
L 3 . 3R
L 3 . 3R

1600
4800

AZ I MU TH OF TARGE T

L 3 . 5R
L 3 . 6R
L 3 . 8R
L3. 9R

1200
5200

L 3 . 8R
L 4 . 0R
L 4 . 2R
L 4 . 4R

800
5600

L 4 . 0R
L 4 . 3R
L 4 . 5R
L 4 . 7R

400
6000

L 4 . 1R
L 4 . 4R
L 4 . 6R
L4. 9R

0
6400

M I LS

6 0 DEGREES SOU TH LA T I TUDE
NO TES

32

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
1L

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
7 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

500
1000
1500
2000

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

2500

L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R

3000
3500
4000
4500

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

5000

L 1 . 2R L 1 . 2R L 1 . 2R L 1 . 2R L 1 . 3R L 1 . 3R L 1 . 3R L 1 . 3R L 1 . 3R

5500
6000
6500
7000

L 1 . 4R
L 1 . 5R
L 1 . 7R
L 1 . 8R

7500

L 2 . 1R L 2 . 1R L 2 . 1R L 2 . 2R L 2 . 2R L 2 . 3R L 2 . 4R L 2 . 4R L 2 . 4R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 1 . 4R
L 1 . 5R
L 1 . 7R
L1. 9R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

L 1 . 4R
L 1 . 5R
L 1 . 7R
L1. 9R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

L 1 . 4R
L 1 . 6R
L 1 . 7R
L1. 9R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 0R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 0R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 1R

L 1 . 5R
L 1 . 6R
L 1 . 8R
L 2 . 1R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 1R

L 1 . 5R
L 1 . 7R
L1. 9R
L 2 . 1R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 1 . 5R
L 1 . 7R
L1. 9R
L 2 . 1R

**********************************************************************
7500

L 2 . 7R L 2 . 7R L 2 . 8R L 3 . 0R L 3 . 2R L 3 . 4R L 3 . 6R L 3 . 7R L 3 . 7R

7000
6500
6000
5500

L 2 . 7R
L 2 . 7R
L 2 . 6R
L 2 . 5R

5000

L 2 . 4R L 2 . 5R L 2 . 8R L 3 . 2R L 3 . 6R L 4 . 1R L 4 . 5R L 4 . 7R L 4 . 8R

4500

L 2 . 3R L 2 . 4R L 2 . 7R L 3 . 1R L 3 . 6R L 4 . 1R L 4 . 6R L 4 . 8R L 4 . 9 R
3200
3200

L 2 . 7R
L 2 . 7R
L 2 . 7R
L 2 . 6R

2800
3600

L2. 9R
L2. 9R
L2. 9R
L2. 9R

2400
4000

L 3 . 1R
L 3 . 2R
L 3 . 2R
L 3 . 2R

2000
4400

L 3 . 4R
L 3 . 5R
L 3 . 5R
L 3 . 6R

1600
4800

AZ I MU TH OF TARGE T

L 3 . 6R
L 3 . 8R
L3. 9R
L 4 . 0R

1200
5200

L 3 . 8R
L 4 . 0R
L 4 . 2R
L 4 . 3R

800
5600

L 4 . 0R
L 4 . 2R
L 4 . 4R
L 4 . 6R

400
6000

L 4 . 0R
L 4 . 3R
L 4 . 5R
L 4 . 6R

0
6400

M I LS

7 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

33

CHARGE
1L

TABLE J

F T 1 5 5 AM 3

FUZE CORREC T I ON FAC TORS

1

2

3

4

5

FS

6

7

PROJ , HE , M10 7
FUZE , MTSQ , M58 2
8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

I NC

RANGE
W I ND
1 KNO T
HEAD

TA I L

A IR
TEMP
1 PC T
DEC

I NC

A IR
DENS I TY
1 PC T
DEC

I NC

PROJ WT
OF 1 SQ
( 4 SQ S TD )
DEC

I NC

0

34

1
2
3
4

. 006 0 . 006
. 009 0 . 009
. 012 0 . 011

0 . 000 0 . 000
. 001 0 . 000
. 001 0 . 000

. 001 0 . 000
. 001 0 . 001
. 003 0 . 001

0 . 000 0 . 000
0 . 000 0 . 000
0 . 000 0 . 000

0 . 009
0 . 014
0 . 018

. 010
. 014
. 018

5

. 015 0 . 013

. 001 0 . 001

. 004 0 . 001

0 . 001

. 001

0 . 022

. 022

6
7
8
9

. 018
. 020
. 023
. 026

0 . 002
0 . 002
0 . 003
0 . 003

0 . 001
0 . 001
0 . 001
0 . 002

. 001
. 001
. 001
. 002

0 . 025
0 . 029
0 . 032
0 . 036

. 026
. 030
. 034
. 038

. 010 0 . 004

0 . 002

. 002

0 . 039

. 041

0 . 004
0 . 005
0 . 005
0 . 006

0 . 003
0 . 003
0 . 004
0 . 004

. 003
. 003
. 003
. 004

0 . 042
0 . 046
0 . 049
0 . 052

. 045
. 048
. 052
. 055

. 017 0 . 006

0 . 005

. 004

0 . 055

. 058

0 . 006
0 . 007
0 . 007
0 . 008

0 . 005
0 . 006
0 . 006
0 . 007

. 005
. 006
. 006
. 007

0 . 058
0 . 061
0 . 064
0 . 068

. 062
. 065
. 068
. 071

. 023 0 . 008

0 . 008

. 007

0 . 071

. 075

0 . 009
0 . 009
0 . 009
0 . 010

0 . 008
0 . 009
0 . 010
0 . 010

. 008
. 009
. 009
. 010

0 . 074
0 . 077
0 . 079
0 . 082

. 078
. 081
. 084
. 088

. 028 0 . 010

0 . 011

. 011

0 . 085

. 09 1

0 . 010
0 . 010
0 . 011
0 . 011

0 . 012
0 . 013
0 . 013
0 . 014

. 012
. 012
. 013
. 014

0 . 088
0 . 091
0 . 094
0 . 097

. 09 4
. 09 7
. 101
. 104

. 032 0 . 011

0 . 015

. 015

0 . 100

. 107

0 . 011
0 . 011
0 . 012
0 . 012

0 . 016
0 . 017
0 . 017
0 . 018

. 015
. 016
. 017
. 018

0 . 102
0 . 105
0 . 108
0 . 111

. 110
. 114
. 117
. 121

. 035 0 . 012

0 . 019

. 019

0 . 114

. 124

0 . 016
0 . 018
0 . 020
0 . 023

10

. 028 0 . 025

11
12
13
14

. 031
. 033
. 036
. 039

15

. 041 0 . 036

16
17
18
19

. 044
. 046
. 049
. 051

20

. 054 0 . 047

21
22
23
24

. 056
. 059
. 062
. 064

25

. 067 0 . 058

26
27
28
29

. 069
. 072
. 074
. 077

30

. 080 0 . 070

31
32
33
34

. 082
. 085
. 088
. 09 0

35

. 09 3 0 . 081

0 . 027
0 . 029
0 . 031
0 . 034

0 . 038
0 . 040
0 . 042
0 . 045

0 . 049
0 . 051
0 . 054
0 . 056

0 . 060
0 . 063
0 . 065
0 . 067

0 . 072
0 . 074
0 . 077
0 . 079

. 002
. 002
. 003
. 003

0 . 001
0 . 001
0 . 001
0 . 001

. 004 0 . 001
. 005
. 005
. 006
. 006

0 . 002
0 . 002
0 . 002
0 . 002

. 007 0 . 003
. 007
. 008
. 008
. 009

0 . 003
0 . 003
0 . 003
0 . 003

. 009 0 . 004
. 010
. 010
. 011
. 011

0 . 004
0 . 004
0 . 004
0 . 005

. 011 0 . 005
. 012
. 012
. 012
. 013

0 . 005
0 . 005
0 . 005
0 . 005

. 013 0 . 006
. 013
. 014
. 014
. 014

0 . 006
0 . 006
0 . 006
0 . 006

. 014 0 . 006

. 005
. 006
. 008
. 009

. 012
. 013
. 015
. 016

. 018
. 020
. 021
. 022

. 024
. 025
. 026
. 027

. 029
. 030
. 031
. 031

. 033
. 034
. 034
. 035

F T 1 5 5 AM 3

TABLE J

PROJ , HE , M10 7
FUZE , MTSQ , M58 2
1

2

3

CHARGE
1L

FUZE CORREC T I ON FAC TORS

4

5

FS

6

7

8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

I NC

RANGE
W I ND
1 KNO T
HEAD

TA I L

DEC

I NC

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

DEC

I NC

. 035 0 . 012

0 . 019

. 019

0 . 114

. 124

0 . 012
0 . 012
0 . 012
0 . 012

0 . 020
0 . 021
0 . 022
0 . 023

. 020
. 020
. 021
. 022

0 . 117
0 . 120
0 . 123
0 . 126

. 127
. 130
. 134
. 137

. 038 0 . 013

0 . 024

. 023

0 . 130

. 140

0 . 013
0 . 013
0 . 013
0 . 013

0 . 024
0 . 025
0 . 026
0 . 027

. 024
. 025
. 025
. 026

0 . 133
0 . 136
0 . 139
0 . 143

. 143
. 146
. 150
. 153

. 040 0 . 013

0 . 028

. 027

0 . 146

. 157

0 . 013
0 . 013
0 . 014
0 . 014

0 . 029
0 . 029
0 . 030
0 . 031

. 028
. 029
. 029
. 030

0 . 150
0 . 153
0 . 156
0 . 160

. 160
. 164
. 167
. 171

. 042 0 . 014

0 . 032

. 031

0 . 164

. 175

0 . 014
0 . 014
0 . 014
0 . 014

0 . 033
0 . 033
0 . 034
0 . 035

. 032
. 032
. 033
. 034

0 . 167
0 . 171
0 . 176
0 . 180

. 179
. 183
. 187
. 19 1

35

. 09 3 0 . 081

36
37
38
39

. 09 6
. 09 8
. 101
. 104

40

. 106 0 . 094

41
42
43
44

. 109
. 112
. 114
. 117

45

. 120 0 . 107

46
47
48
49

. 122
. 125
. 128
. 131

50

. 134 0 . 120

51
52
53
54

. 136
. 139
. 142
. 145

55

. 148 0 . 133

. 011 0 . 013

. 043 0 . 014

0 . 036

. 035

0 . 185

. 19 6

56
57

. 150 0 . 136
. 152 0 . 138

. 012
. 014

. 043 0 . 014
. 041 0 . 013

0 . 038
0 . 044

. 036
. 040

0 . 192
0 . 204

. 202
. 213

0 . 084
0 . 086
0 . 089
0 . 091

0 . 096
0 . 099
0 . 101
0 . 104

0 . 109
0 . 112
0 . 114
0 . 117

0 . 122
0 . 125
0 . 128
0 . 131

. 014 0 . 006

A IR
TEMP
1 PC T

. 014
. 014
. 014
. 014

0 . 007
0 . 007
0 . 007
0 . 007

. 014 0 . 007
. 014
. 014
. 014
. 014

0 . 007
0 . 007
0 . 007
0 . 008

. 014 0 . 008
. 014
. 014
. 013
. 013

0 . 008
0 . 008
0 . 008
0 . 008

. 013 0 . 008
. 012
. 012
. 012
. 011

0 . 008
0 . 008
0 . 008
0 . 009

. 036
. 037
. 037
. 037

. 038
. 039
. 039
. 039

. 040
. 041
. 041
. 041

. 042
. 042
. 042
. 043

35

CHARGE

TABLE K

FT 155-AM-3

1L
FUZE SETTING

PROJ, HE, M107
FUZE, MTSQ, M582

CORRECTIONS TO FUZE SETTING OF FUZE, MTSQ, M582
FOR FUZE, MTSQ, M564

FUZE SETTING
FUZE M582

36

CORRECTIONS

FROM

TO

2.0

18.6

-0.1

18.7

39.1

-0.2

39.2

57.7

-0.3

FT 155-AM-3

Part 1 - 2

Charge 2L

Projectile, HE, M107

Fuze, PD, M739A1

Muzzle Velocity – 452.4 m/s*

Propelling Charge M231 – Increments 1 and 2

* The standard muzzle velocity of 451 m/s was adjusted for the fuzed weight of the projectile.

37

FT 155-AM-3

38

F T 1 5 5 AM 3

TABLE A

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
2L

L I NE NUMBER

L I NE NUMBER OF ME TEOROLOG I CAL MESSAGE
QUADRAN T
ELEVA T I ON
M I LS

NO TE

L I NE
NUMBER

0. 0

106 . 1

0

106 . 2
210 . 0
323 . 3
434 . 6

209 . 9
323 . 2
434 . 5
529 . 9

1
2
3
4

530 . 0

657 . 9

5

658 . 0
816 . 5
975 . 8
1154 . 7

816 . 4
975 . 7
1154 . 6
1295 . 0

6
7
8
9

WHEN THE PROJ EC T I LE MUS T H I T THE TARGE T ON THE ASCEND I NG BRANCH
OF I TS TRAJ EC TORY , USE HE I GH T OF TARGE T I N ME TERS TO EN TER THE
TABLE ON PAGE XL I I I TO DE TERM I NE L I NE NUMBER .

39

CHARGE
2L

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

0

HE I GH T OF TARGE T ABOVE GUN
400

300

100

0

100

200

300

0

0

100
200
300
400

0
0
0
0

0
0
0
1

0
2
2
3

0
3
4
6

500

0

2

4

7

600
700
800
900

0
0
0
0

2
2
2
3

4
5
5
6

7
8
9
10

1000

0

3

7

11

1100
1200
1300
1400

0
0
0
0

3
4
4
4

7
8
8
9

12
13
14
14

1500

0

5

10

15

1600
1700
1800
1900

0
0
0
0

5
5
5
6

10
11
11
12

16
17
18
18

2000

5

0

6

12

19

2100
2200
2300
2400

5
5
5
6

0
0
0
0

6
7
7
7

13
13
14
14

20
21
22
22

2500

6

0

7

15

23

2600
2700
2800
2900

13
13
13

6
6
6
7

0
0
0
0

8
8
8
8

15
16
16
17

24
25
25
26

3000

14

7

0

9

17

27

3100
3200
3300
3400

21
22
22

14
14
15
15

7
7
7
7

0
0
0
0

9
9
9
10

18
18
19
19

27
28
29
29

3500

23

15

8

0

10

19

30

0

40

200

ME TERS

1

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
2L

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN
400

500

600

700

800

9 00

1000

RANGE

L I NE

ME TERS

NO .

0
0
5
6
8

7
9
12

9
12
15

10
15
19

13
18
23

15
21
27

24
31

100
200
300
400

10

14

18

22

27

32

37

500

11
13
14
15

15
17
19
20

20
22
24
26

25
28
30
33

30
34
36
39

36
40
43
47

41
46
50
54

600
700
800
900

16

22

28

35

42

50

58

1000

17
18
19
20

23
25
26
27

30
31
33
35

37
39
41
43

45
47
49
52

53
56
58
61

61
65
68
71

1100
1200
1300
1400

22

29

37

45

54

64

74

1500

23
24
25
26

30
31
33
34

38
40
41
43

47
49
51
53

56
59
61
63

66
69
72
74

77
80
83
86

1600
1700
1800
1900

27

35

45

55

65

77

89

2000

28
29
30
31

37
38
39
41

46
48
49
51

56
58
60
62

67
70
72
74

79
82
84
86

91
94
97
99

2100
2200
2300
2400

32

42

53

64

76

89

102

2500

33
34
35
36

43
45
46
47

54
56
57
58

66
67
69
70

78
80
82
83

91
93
95
97

104
107
109
111

2600
2700
2800
2900

37

48

60

72

85

99

113

3000

38
39
39
40

49
50
51
52

61
62
63
64

73
75
76
77

86
88
89
91

100
102
104
105

115
117
118
120

3100
3200
3300
3400

41

53

65

78

92

106

122

3500

2

3

3

41

CHARGE
2L

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

HE I GH T OF TARGE T ABOVE GUN
400

3500

0

1

2

300

200

100

0

100

200

300

23

15

8

0

10

19

30

3600
3700
3800
3900

31
32
32

23
24
24
25

16
16
16
17

8
8
8
8

0
0
0
0

10
10
10
10

20
20
20
21

30
31
31
32

4000

33

25

17

8

0

11

21

32

4100
4200
4300
4400

33
34
34
35

26
26
26
27

17
18
18
18

9
9
9
9

0
0
0
0

11
11
11
11

21
22
22
22

33
33
34
34

4500

36

27

19

9

0

11

23

34

4600
4700
4800
4900

36
37
37
38

28
28
29
29

19
19
19
20

9
10
10
10

0
0
0
0

12
12
12
12

23
23
23
24

35
35
36
36

5000

39

30

20

10

0

12

24

37

5100
5200
5300
5400

39
40
40
41

30
31
31
32

20
21
21
21

10
10
10
11

0
0
0
0

12
12
13
13

24
25
25
25

37
38
38
38

5500

42

32

22

11

0

13

26

39

5600
5700
5800
5900

43
43
44
45

33
33
34
34

22
22
23
23

11
11
11
12

0
0
0
0

13
13
13
14

26
26
27
27

40
40
41
41

6000

46

35

24

12

0

14

28

42

6100
6200
6300
6400

46
47
48
49

36
36
37
37

24
24
25
25

12
12
12
13

0
0
0
0

14
14
14
15

28
28
29
29

42
43
44
44

6500

50

38

26

13

0

15

30

45

6600
6700
6800
6900

51
52
53
54

39
40
40
41

26
27
27
28

13
13
14
14

0
0
0
0

15
15
16
16

30
31
31
32

46
47
48
49

7000

55

42

28

14

0

16

33

50

2

42

ME TERS

3

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
2L

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

41

53

65

78

92

106

122

3500

42
42
43
44

54
54
55
56

66
67
68
69

79
80
81
82

93
94
96
97

108
109
110
112

123
124
126
127

3600
3700
3800
3900

44

57

70

83

98

113

128

4000

45
45
46
46

57
58
59
59

71
71
72
73

84
85
86
87

99
100
101
102

114
115
116
117

130
131
132
133

4100
4200
4300
4400

47

60

74

88

103

119

135

4500

47
48
49
49

61
61
62
63

74
75
76
77

89
90
91
92

104
105
106
107

120
121
122
124

136
137
139
140

4600
4700
4800
4900

50

63

78

93

109

125

142

5000

50
51
52
52

64
65
66
67

79
80
81
82

94
95
96
97

110
111
112
114

126
128
129
131

143
145
147
148

5100
5200
5300
5400

53

67

83

99

115

132

150

5500

54
54
55
56

68
69
70
71

84
85
86
87

100
101
103
104

117
118
120
122

134
136
138
140

152
154
156
158

5600
5700
5800
5900

57

72

89

106

123

142

161

6000

58
58
59
60

73
75
76
77

90
91
93
95

107
109
111
113

125
127
129
131

144
146
148
151

163
166
168
171

6100
6200
6300
6400

62

78

96

115

134

154

174

6500

63
64
65
66

80
81
83
85

98
100
102
104

117
119
121
123

136
139
141
144

156
159
162
165

177
180
184
187

6600
6700
6800
6900

68

86

106

126

147

168

191

7000

3

4

3

4

43

CHARGE
2L

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

7000

55

42

28

14

0

16

33

50

7100
7200
7300
7400

56
57
58
60

43
44
45
46

29
30
30
31

14
15
15
16

0
0
0
0

17
17
17
18

33
34
35
36

51
52
53
54

7500

61

47

32

16

0

18

36

55

7600
7700
7800
7900

63
64
66
68

48
49
51
52

33
33
34
35

16
17
17
18

0
0
0
0

19
19
19
20

37
38
39
40

56
58
59
60

8000

69

53

36

18

0

20

40

62

8100
8200
8300
8400

71
73
75
77

54
56
57
58

37
38
39
40

18
19
19
20

0
0
0
0

21
21
22
22

41
42
43
44

63
64
66
67

8500

79

60

41

20

0

23

45

69

8600
8700
8800
8900

80
82
84
87

61
63
64
66

41
43
44
45

21
21
22
22

0
0
0
0

23
24
24
25

46
47
49
50

71
72
74
76

9000

89

68

46

23

0

25

51

78

9100
9200
9300
9400

91
93
96
98

69
71
73
75

47
48
49
51

24
24
25
26

0
0
0
0

26
27
27
28

52
54
55
57

80
82
84
87

9500

101

77

52

26

0

29

58

89

9600
9700
9800
9900

104
106
109
113

79
81
84
86

54
55
57
59

27
28
29
30

0
0
0
0

30
30
31
33

60
62
64
66

92
95
98
101

10000

116

89

61

31

0

34

68

104

10100
10200
10300
10400

120
124
129
133

92
96
99
102

63
65
67
69

32
33
34
35

0
0
0
0

35
36
37
38

70
72
75
77

107
111
114
118

10500

137

105

71

36

0

39

80

122

2

3

4

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

4

44

5

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
2L

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

68

86

106

126

147

168

191

7000

69
70
72
73

88
90
92
94

108
110
112
114

128
131
133
136

149
152
156
159

172
175
178
182

195
198
202
206

7100
7200
7300
7400

75

95

117

139

162

186

211

7500

77
78
80
82

97
100
102
104

119
122
124
127

142
145
148
151

165
169
173
176

190
194
198
202

215
220
225
229

7600
7700
7800
7900

83

106

130

155

180

207

235

8000

85
87
89
91

109
111
114
116

133
136
139
142

158
162
165
169

184
189
193
198

212
217
222
227

240
246
252
258

8100
8200
8300
8400

93

119

146

173

202

233

265

8500

96
98
100
103

122
125
128
131

149
153
157
161

178
182
187
192

208
213
219
225

239
245
252
259

272
279
287
295

8600
8700
8800
8900

106

135

165

198

231

266

303

9000

108
111
115
118

138
143
147
151

170
175
180
186

203
209
216
222

238
245
252
260

274
282
291
300

312
321
331
341

9100
9200
9300
9400

122

156

192

229

268

309

352

9500

126
130
134
138

161
166
171
176

198
204
210
217

236
243
251
259

276
285
294
303

319
329
339
350

363
375
387
400

9600
9700
9800
9900

142

182

223

267

314

363

415

10000

147
151
156
162

188
194
200
207

231
239
247
256

276
286
296
308

324
336
349
363

376
390
405
423

430
447
466
487

10100
10200
10300
10400

167

215

266

320

379

442

511

10500

5

6

4

5

6
45

CHARGE
2L

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

10500

137

105

71

36

0

39

80

122

10600
10700
10800
10900

142
146
151
156

108
112
116
120

74
76
79
82

38
39
40
42

0
0
0
0

40
42
43
45

82
85
89
92

127
132
137
143

11000

161

124

85

43

0

47

96

149

11100
11200
11300
11400

167
174
181
188

129
134
139
145

88
92
96
100

45
47
49
52

0
0
0
0

49
51
54
57

101
106
112
120

157
166
177
191

11500

19 6

152

106

55

0

61

130

230

11600
11700

206
218

161
170

112
119

58
63

0
0

67

4

5

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

*****************************************************************

7

8

11700
11600

434
455

313
330

200
211

94
101

0
0

89

11500

474

345

222

107

0

97

182

11400
11300
11200
11100

49 2
509
526
543

359
372
385
39 7

232
241
250
258

112
117
122
126

0
0
0
0

104
109
114
119

197
209
220
230

278
300
317
333

11000

559

410

267

130

0

123

239

347

10900
10800
10700
10600

576
59 2
608
624

422
435
447
459

275
284
29 2
300

134
139
143
147

0
0
0
0

127
132
136
140

248
257
265
273

361
374
387
400

10500

641

471

308

151

0

144

282

412

10400
10300
10200
10100

657
673
69 0
707

483
49 6
508
521

316
324
332
341

155
159
163
167

0
0
0
0

148
152
156
160

290
298
306
314

424
437
449
461

10000

724

533

349

171

0

164

322

473

8

46

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
2L

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

400

500

600

700

800

9 00

1000

ME TERS

167

215

266

320

379

442

511

10500

174
181
188
197

224
233
243
255

277
289
303
319

334
350
368
390

396
416
441
470

464
490
522
566

539
574
620
707

10600
10700
10800
10900

207

269

339

417

512

668

218
232
250
284

286
307
343

363
400

456

L I NE

6
NO .

11000
11100
11200
11300
11400
11500
11600
11700

****************************************************************
11700
11600

7

11500
335
377
404
426

432
477
510

11400
11300
11200
11100

529
579

628

447

537

617

682

728

466
484
502
519

563
586
609
631

649
679
708
734

725
763
797
830

787
834
877
916

829
892
944
991

930
998
1055

10900
10800
10700
10600

536

652

760

861

952

1034

1106

10500

552
569
585
601

673
693
714
734

786
811
835
860

891
920
949
978

988
1022
1056
1089

1076
1115
1154
1191

1154
1199
1243
1285

10400
10300
10200
10100

618

754

884

1007

1121

1228

1327

10000

11000

8

8

47

CHARGE
2L

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

10000

724

533

349

171

0

164

322

473

9900
9800
9700
9600

741
759
777
79 6

546
559
573
586

357
366
375
384

176
180
184
188

0
0
0
0

168
173
177
181

330
339
347
355

485
498
510
523

9500

815

600

39 3

19 3

0

185

364

535

9400
9300
9200
9100

835
855
876
89 7

614
629
644
660

402
412
422
432

19 7
202
207
212

0
0
0
0

190
194
199
203

373
381
390
399

548
561
574
588

9000

9 19

676

442

217

0

208

409

601

8900
8800
8700
8600

9 42
9 66
99 1
1018

69 2
710
727
746

453
464
475
487

222
227
233
238

0
0
0
0

213
218
223
228

418
428
438
448

615
630
644
659

8500

1045

766

499

244

0

234

459

675

8400
8300
8200
8100

1075
1106
1139
1174

786
808
830
854

512
525
539
554

251
257
263
270

0
0
0
0

240
245
251
258

470
481
492
504

690
707
723
741

8000

1212

880

570

278

0

264

517

758

7900
7800
7700
7600

1254
1299
1348
1403

9 07
9 37
9 68
1003

586
604
623
643

285
29 3
302
311

0
0
0
0

271
278
285
293

529
543
557
571

777
796
815
836

7500

1040

664

320

0

301

586

857

7400
7300
7200
7100

1082
1128

687
713
740
771

331
342
353
366

0
0
0
0

309
318
328
338

602
618
636
654

879
903
927
952

805

380

0

348

673

979

39 5
411
430
450

0
0
0
0

359
371
384
398

693
715
738
762

1007
1036
1067
1100

0

413

787

1134

8

9

7000
6900
6800
6700
6600
6500

48

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

9

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
2L

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

618

754

884

1007

1121

1228

1327

10000

634
650
666
683

775
795
815
836

909
933
957
982

1035
1063
1091
1120

1154
1186
1218
1251

1265
1301
1338
1374

1368
1409
1449
1489

9900
9800
9700
9600

699

856

1006

1148

1283

1410

1529

9500

716
733
751
768

877
898
920
941

1031
1056
1081
1107

1177
1206
1235
1265

1316
1348
1381
1415

1446
1483
1520
1557

1569
1610
1650
1691

9400
9300
9200
9100

786

963

1133

1294

1448

1594

1732

9000

804
823
842
862

986
1009
1032
1056

1159
1186
1213
1241

1325
1356
1387
1419

1482
1517
1552
1588

1632
1671
1709
1749

1774
1816
1859
1902

8900
8800
8700
8600

882

1080

1270

1451

1624

1789

1945

8500

902
923
945
967

1105
1130
1156
1183

1299
1329
1359
1391

1485
1518
1553
1589

1662
1699
1738
1778

1830
1872
1914
1957

1990
2035
2081
2128

8400
8300
8200
8100

990

1211

1423

1625

1818

2002

2176

8000

1013
1038
1063
1089

1239
1269
1299
1330

1456
1490
1525
1561

1662
1701
1740
1780

1859
1902
1945
1990

2047
2093
2141
2190

2225
2276
2327
2379

7900
7800
7700
7600

1116

1362

1598

1822

2036

2240

2433

7500

1144
1173
1204
1235

1396
1431
1467
1504

1636
1676
1717
1760

1865
1910
1956
2003

2084
2132
2183
2235

2291
2344
2398
2455

2488
2545
2603
2663

7400
7300
7200
7100

1268

1543

1804

2052

2288

2512

2725

7000

1303
1339
1377
1417

1583
1626
1670
1716

1850
1898
1948
1999

2103
2156
2211
2268

2344
2401
2461
2522

2572
2634
2697
2764

2789
2854
2922
2992

6900
6800
6700
6600

1459

1764

2053

2327

2586

2832

3064

6500

9

8

9

49

CHARGE
2L

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

9

ME TERS

0

100

200

300

6500

0

413

787

1134

6400
6300
6200
6100

0
0
0

429
446
464
484

815
844
875
908

1171
1209
1250
1293

6000
5900

50

HE I GH T OF TARGE T ABOVE GUN
400

300

200

100

9

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
2L

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

1459

1764

2053

2327

2586

2832

3064

6500

1503
1549
1598
1649

1815
1868
1923
1982

2110
2169
2230
2294

2389
2453
2520
2589

2653
2722
2793
2868

2902
2976
3052
3130

3138
3216
3296
3378

6400
6300
6200
6100

2043

2362

2662

2945

3212

3464

6000

3553

5900

9

9

51

CHARGE
2L

TABLE C

F T 1 5 5 AM 3

W I ND COMPONEN TS

PROJ , HE , M10 7
FUZE , PD , M739 A1

COMPONEN TS OF A ONE KNO T W I ND
CHAR T
D I REC T I ON
OF W I ND

CROSS
W I ND

RANGE
W I ND

CHAR T
D I REC T I ON
OF W I ND

CROSS
W I ND

RANGE
W I ND

MIL

KNO T

KNO T

MIL

KNO T

KNO T

0

H1 . 00

3200

0

T1 . 00

100
200
300

R. 10
R. 20
R. 29

H. 99
H. 98
H. 96

3300
3400
3500

L . 10
L . 20
L . 29

T. 99
T. 98
T. 96

400

R. 38

H. 92

3600

L . 38

T. 92

500
600
700

R. 47
R. 56
R. 63

H. 88
H. 83
H. 77

3700
3800
3900

L . 47
L . 56
L . 63

T. 88
T. 83
T. 77

800

R. 71

H. 71

4000

L . 71

T. 71

900
1000
1100

R. 77
R. 83
R. 88

H. 63
H. 56
H. 47

4100
4200
4300

L . 77
L . 83
L . 88

T. 63
T. 56
T. 47

1200

R. 92

H. 38

4400

L . 92

T. 38

1300
1400
1500

R. 96
R. 98
R. 99

H. 29
H. 20
H. 10

4500
4600
4700

L . 96
L . 98
L . 99

T. 29
T. 20
T. 10

1600

R1 . 00

0

4800

L 1 . 00

0

1700
1800
1900

R. 99
R. 98
R. 96

T. 10
T. 20
T. 29

4900
5000
5100

L . 99
L . 98
L . 96

H. 10
H. 20
H. 29

2000

R. 92

T. 38

5200

L . 92

H. 38

2100
2200
2300

R. 88
R. 83
R. 77

T. 47
T. 56
T. 63

5300
5400
5500

L . 88
L . 83
L . 77

H. 47
H. 56
H. 63

2400

R. 71

T. 71

5600

L . 71

H. 71

2500
2600
2700

R. 63
R. 56
R. 47

T. 77
T. 83
T. 88

5700
5800
5900

L . 63
L . 56
L . 47

H. 77
H. 83
H. 88

2800

R. 38

T. 92

6000

L . 38

H. 92

2900
3000
3100

R. 29
R. 20
R. 10

T. 96
T. 98
T. 99

6100
6200
6300

L . 29
L . 20
L . 10

H. 96
H. 98
H. 99

3200

0

T1 . 00

6400

0

H1 . 00

0

52

F T 1 5 5 AM 3

TABLE D

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
2L

TEMPERA TURE
AND DENS I TY CORREC T I ONS

CORREC T I ONS TO TEMPERA TURE ( D T) AND DENS I TY ( DD ) , I N PERCEN T ,
TO COMPENSA TE FOR THE D I FFERENCE I N AL T I TUDE ,
I N ME TERS , BE TWEEN THE BA TTERY AND THE MDP
DH

0

+10

+20

+30

+40

+50

+60

+70

+80

+9 0

0

DT
DD

0.0
0.0

0.0
0 . 1+

0.0
0 . 2+

0 . 1+
0 . 3+

0 . 1+
0 . 4+

0 . 1+
0 . 5+

0 . 1+
0 . 6+

0 . 2+
0 . 7+

0 . 2+
0 . 8+

0 . 2+
0.9+

+100

DT
DD

0 . 2+
1 . 0+

0 . 2+
1 . 1+

0 . 2+
1 . 2+

0 . 3+
1 . 3+

0 . 3+
1 . 4+

0 . 3+
1 . 5+

0 . 3+
1 . 6+

0 . 4+
1 . 7+

0 . 4+
1 . 8+

0 . 4+
1.9+

+200

DT
DD

0 . 5+
2 . 0+

0 . 5+
2 . 1+

0 . 5+
2 . 2+

0 . 6+
2 . 3+

0 . 6+
2 . 4+

0 . 6+
2 . 5+

0 . 6+
2 . 6+

0 . 7+
2 . 7+

0 . 7+
2 . 8+

0 . 7+
2.9+

+300

DT
DD

0 . 7+
3 . 0+

0 . 7+
3 . 1+

0 . 7+
3 . 2+

0 . 8+
3 . 3+

0 . 8+
3 . 4+

0 . 8+
3 . 5+

0 . 8+
3 . 6+

0.9+
3 . 7+

0.9+
3 . 8+

0.9+
3.9+

NO TES

1 . DH I S BA TTERY HE I GH T ABOVE OR BELOW THE MDP .
2 . I F ABOVE THE MDP , USE THE S I GN BEFORE THE NUMBER .
3 . I F BELOW THE MDP , USE THE S I GN AF TER THE NUMBER .

TABLE E
PROPELLAN T TEMPERA TURE
EFFEC TS ON MUZZLE VELOC I TY DUE TO PROPELLAN T TEMPERA TURE
TEMPERA TURE
OF
PROPELLAN T
DEGREES F

EFFEC T
ON
VELOC I TY
M/S

TEMPERA TURE
OF
PROPELLAN T
DEGREES C

40
30
20
10

6. 6
6. 2
5. 8
5. 3

40 . 0
34 . 4
28 . 9
23 . 3

0

4. 7

17 . 8

10
20
30
40

4. 1
3. 5
2. 8
2. 1

12 . 2
6. 7
1. 1
4. 4

50

1. 4

10 . 0

60
70
80
90

0. 7
0. 0
0. 7
1. 3

15 . 6
21 . 1
26 . 7
32 . 2

100

1. 9

37 . 8

110
120
130

2. 5
3. 0
3. 4

43 . 3
48 . 9
54 . 4

53

CHARGE
2L

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

54

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

M

MIL

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
6

7

8

9

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

SEC

MIL

MIL

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

0

0. 0

40

1

0. 0

0. 0

0 . 00

100
200
300
400

2. 5
5. 0
7. 4
10 . 0

40
40
40
39

1
1
1
1

0. 2
0. 4
0. 7
0. 9

0. 1
0. 1
0. 2
0. 3

0 . 01
0 . 01
0 . 02
0 . 02

500

12 . 6

39

1

1. 1

0. 3

0 . 03

600
700
800
900

15 . 2
17 . 8
20 . 5
23 . 2

1. 8
2. 1

1 . 13
1 . 00

38
38
37
37

1
1
1
1

1. 4
1. 6
1. 8
2. 1

0. 4
0. 5
0. 5
0. 6

0 . 04
0 . 04
0 . 05
0 . 05

1000

25 . 9

2. 3

0 . 89

36

1

2. 3

0. 7

0 . 06

1100
1200
1300
1400

28 . 7
31 . 6
34 . 4
37 . 3

2. 6
2. 8
3. 1
3. 3

0 . 81
0 . 74
0 . 68
0 . 63

36
35
35
34

1
1
1
1

2. 6
2. 8
3. 1
3. 3

0. 7
0. 8
0. 9
1. 0

0 . 07
0 . 07
0 . 08
0 . 08

1500

40 . 3

3. 6

0 . 59

34

1

3. 6

1. 0

0 . 09

1600
1700
1800
1900

43 . 3
46 . 3
49 . 4
52 . 6

3. 8
4. 1
4. 4
4. 6

0 . 55
0 . 51
0 . 48
0 . 46

33
33
32
32

1
1
1
1

3. 8
4. 1
4. 4
4. 6

1. 1
1. 2
1. 3
1. 4

0 . 10
0 . 10
0 . 11
0 . 12

2000

55 . 7

4. 9

0 . 43

31

1

4. 9

1. 4

0 . 13

2100
2200
2300
2400

59 . 0
62 . 3
65 . 6
69 . 0

5. 2
5. 5
5. 7
6. 0

0 . 41
0 . 39
0 . 37
0 . 35

31
30
30
29

1
1
1
1

5. 2
5. 5
5. 7
6. 0

1. 5
1. 6
1. 7
1. 8

0 . 13
0 . 14
0 . 15
0 . 15

2500

72 . 4

6. 3

0 . 34

29

1

6. 3

1. 9

0 . 16

2600
2700
2800
2900

75 . 9
79 . 4
83 . 0
86 . 7

6. 6
6. 9
7. 2
7. 5

0 . 32
0 . 31
0 . 30
0 . 29

28
28
28
27

1
1
1
1

6. 6
6. 9
7. 2
7. 5

2. 0
2. 1
2. 2
2. 2

0 . 17
0 . 18
0 . 18
0 . 19

3000

90 . 4

7. 8

0 . 27

27

1

7. 8

2. 3

0 . 20

3100
3200
3300
3400

94 . 2
98 . 0
101 . 9
105 . 8

8. 1
8. 4
8. 7
9.0

0 . 26
0 . 25
0 . 24
0 . 24

26
26
26
25

1
1
1
2

8. 1
8. 4
8. 7
9.0

2. 4
2. 5
2. 6
2. 7

0 . 20
0 . 21
0 . 22
0 . 23

3500

109 . 8

9.3

0 . 23

25

2

9.3

2. 8

0 . 23

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1

10

R
A
N
G
E

CHARGE
2L

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0

0

100
200
300
400

0. 5
0. 9
1. 4
1. 8

0. 4
0.9
1. 3
1. 7

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 1

0. 0
0. 0
0. 0
0. 1

1
2
3
4

1
2
3
4

500

2. 2

2. 1

0. 0

0. 0

0. 0

0. 0

0. 1

0. 1

4

5

600
700
800
900

2. 7
3. 1
3. 5
3. 9

2. 5
2.9
3. 3
3. 7

0. 0
0. 1
0. 1
0. 1

0. 0
0. 1
0. 1
0. 1

0. 1
0. 1
0. 1
0. 1

0. 0
0. 1
0. 1
0. 1

0. 2
0. 3
0. 4
0. 5

0. 2
0. 3
0. 4
0. 5

5
6
7
7

5
6
7
8

1000

4. 4

4. 1

0. 1

0. 1

0. 2

0. 1

0. 6

0. 6

8

8

1100
1200
1300
1400

4. 8
5. 2
5. 6
6. 0

4. 5
4.9
5. 2
5. 6

0. 1
0. 2
0. 2
0. 2

0. 1
0. 1
0. 2
0. 2

0. 2
0. 2
0. 3
0. 3

0. 2
0. 2
0. 2
0. 3

0. 8
0.9
1. 1
1. 2

0. 8
0. 9
1. 1
1. 3

9
10
10
11

9
10
10
11

1500

6. 4

6. 0

0. 2

0. 2

0. 3

0. 3

1. 4

1. 5

11

12

1600
1700
1800
1900

6. 7
7. 1
7. 5
7. 9

6. 4
6. 7
7. 1
7. 4

0. 3
0. 3
0. 3
0. 4

0. 3
0. 3
0. 3
0. 4

0. 4
0. 4
0. 5
0. 5

0. 4
0. 4
0. 5
0. 5

1. 6
1. 8
2. 0
2. 3

1. 6
1. 9
2. 1
2. 3

12
13
13
14

12
13
13
14

2000

8. 2

7. 8

0. 4

0. 4

0. 6

0. 6

2. 5

2. 6

14

15

2100
2200
2300
2400

8. 6
9.0
9.3
9.7

8. 1
8. 5
8. 8
9.2

0. 5
0. 5
0. 6
0. 6

0. 4
0. 5
0. 5
0. 6

0. 7
0. 7
0. 8
0.9

0. 6
0. 7
0. 7
0. 8

2. 8
3. 0
3. 3
3. 6

2. 8
3. 1
3. 4
3. 7

15
15
15
16

15
15
16
16

2500

10 . 0

9.5

0. 7

0. 6

0.9

0. 8

3.9

4. 0

16

17

2600
2700
2800
2900

10 . 3
10 . 7
11 . 0
11 . 3

9.8
10 . 1
10 . 5
10 . 8

0. 7
0. 8
0. 9
0. 9

0. 7
0. 8
0. 8
0.9

1. 0
1. 1
1. 2
1. 2

0. 9
0. 9
0. 9
0. 8

4. 2
4. 5
4.9
5. 2

4. 3
4. 6
5. 0
5. 3

16
17
17
17

17
17
18
18

3000

11 . 6

11 . 1

1. 0

1. 0

1. 3

0. 8

5. 5

5. 6

18

18

3100
3200
3300
3400

11 . 9
12 . 2
12 . 4
12 . 7

11 . 4
11 . 7
11 . 9
12 . 2

1. 1
1. 2
1. 3
1. 4

1. 1
1. 2
1. 2
1. 3

1. 3
1. 4
1. 4
1. 4

0. 8
0. 7
0. 6
0. 5

5.9
6. 2
6. 6
6.9

5. 9
6. 3
6. 6
6. 9

18
18
18
18

18
19
19
19

3500

12 . 9

12 . 5

1. 5

1. 4

1. 4

0. 3

7. 3

7. 3

19

19

M

55

CHARGE
2L

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

56

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

MIL

3500

109 . 8

9.3

0 . 23

25

2

9.3

2. 8

0 . 23

3600
3700
3800
3900

113 . 9
118 . 0
122 . 1
126 . 3

9.7
10 . 0
10 . 3
10 . 6

0 . 22
0 . 21
0 . 21
0 . 20

25
24
24
24

2
2
2
2

9.7
10 . 0
10 . 3
10 . 6

2. 9
3. 0
3. 2
3. 3

0 . 24
0 . 25
0 . 25
0 . 26

4000

130 . 6

10 . 9

0 . 19

23

2

10 . 9

3. 4

0 . 27

4100
4200
4300
4400

134 . 9
139 . 3
143 . 7
148 . 2

11 . 3
11 . 6
11 . 9
12 . 3

0 . 19
0 . 18
0 . 18
0 . 17

23
23
23
22

2
2
2
2

11 . 3
11 . 6
11 . 9
12 . 3

3. 5
3. 6
3. 7
3. 8

0 . 27
0 . 28
0 . 28
0 . 29

4500

152 . 7

12 . 6

0 . 17

22

2

12 . 6

3. 9

0 . 30

4600
4700
4800
4900

157 . 3
161 . 9
166 . 5
171 . 2

12 . 9
13 . 3
13 . 6
13 . 9

0 . 16
0 . 16
0 . 15
0 . 15

22
22
21
21

2
2
2
2

12 . 9
13 . 3
13 . 6
13 . 9

4. 0
4. 1
4. 2
4. 3

0 . 30
0 . 31
0 . 31
0 . 32

5000

176 . 0

14 . 3

0 . 15

21

2

14 . 3

4. 4

0 . 32

5100
5200
5300
5400

180 . 8
185 . 7
190 . 6
195 . 5

14 . 6
15 . 0
15 . 3
15 . 7

0 . 14
0 . 14
0 . 14
0 . 13

21
21
20
20

2
2
3
3

14 . 6
15 . 0
15 . 3
15 . 7

4. 5
4. 7
4. 8
4. 9

0 . 33
0 . 33
0 . 34
0 . 34

5500

200 . 5

16 . 0

0 . 13

20

3

16 . 0

5. 0

0 . 35

5600
5700
5800
5900

205 . 6
210 . 6
215 . 8
221 . 0

16 . 4
16 . 7
17 . 1
17 . 5

0 . 13
0 . 12
0 . 12
0 . 12

20
20
19
19

3
3
3
3

16 . 4
16 . 7
17 . 1
17 . 5

5. 1
5. 2
5. 4
5. 5

0 . 35
0 . 36
0 . 36
0 . 37

6000

226 . 2

17 . 8

0 . 12

19

3

17 . 8

5. 6

0 . 37

6100
6200
6300
6400

231 . 5
236 . 8
242 . 2
247 . 6

18 . 2
18 . 6
18 . 9
19 . 3

0 . 11
0 . 11
0 . 11
0 . 11

19
19
19
18

3
3
3
3

18 . 2
18 . 6
18 . 9
19 . 3

5. 7
5. 9
6. 0
6. 1

0 . 37
0 . 38
0 . 38
0 . 39

6500

253 . 1

19 . 7

0 . 11

18

3

19 . 7

6. 3

0 . 39

6600
6700
6800
6900

258 . 6
264 . 2
269 . 8
275 . 5

20 . 0
20 . 4
20 . 8
21 . 2

0 . 10
0 . 10
0 . 10
0 . 10

18
18
18
17

3
3
3
4

20 . 0
20 . 4
20 . 8
21 . 2

6. 4
6. 6
6. 7
6. 8

0 . 40
0 . 40
0 . 40
0 . 41

7000

281 . 3

21 . 6

0 . 10

17

4

21 . 6

7. 0

0 . 41

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
2L

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

3500

12 . 9

12 . 5

1. 5

1. 4

1. 4

0. 3

7. 3

7. 3

19

19

3600
3700
3800
3900

13 . 2
13 . 4
13 . 6
13 . 9

12 . 7
13 . 0
13 . 2
13 . 4

1. 6
1. 7
1. 8
2. 0

1. 6
1. 7
1. 8
1.9

1. 4
1. 3
1. 2
1. 1

0. 2
0. 0
0. 2
0. 4

7. 6
8. 0
8. 3
8. 7

7. 6
7. 9
8. 2
8. 5

19
19
19
19

20
20
20
20

4000

14 . 1

13 . 7

2. 1

2. 0

1. 0

0. 6

9.0

8. 8

19

20

4100
4200
4300
4400

14 . 3
14 . 5
14 . 7
14 . 8

13 . 9
14 . 1
14 . 3
14 . 5

2. 2
2. 4
2. 5
2. 7

2. 2
2. 3
2. 4
2. 6

0. 8
0. 7
0. 5
0. 3

0.9
1. 2
1. 4
1. 7

9.3
9.7
10 . 0
10 . 3

9.1
9.4
9.7
10 . 0

19
19
19
20

20
20
20
20

4500

15 . 0

14 . 7

2. 9

2. 7

0. 0

2. 1

10 . 7

10 . 3

20

20

4600
4700
4800
4900

15 . 2
15 . 4
15 . 5
15 . 7

14 . 9
15 . 1
15 . 2
15 . 4

3. 0
3. 2
3. 4
3. 6

2.9
3. 0
3. 2
3. 4

0. 2
0. 5
0. 8
1. 1

2. 4
2. 7
3. 1
3. 4

11 . 0
11 . 3
11 . 6
11 . 9

10 . 5
10 . 8
11 . 1
11 . 4

20
20
20
20

21
21
21
21

5000

15 . 8

15 . 6

3. 8

3. 5

1. 4

3. 8

12 . 2

11 . 6

20

21

5100
5200
5300
5400

16 . 0
16 . 1
16 . 3
16 . 4

15 . 7
15 . 9
16 . 0
16 . 2

4. 0
4. 2
4. 4
4. 6

3. 7
3.9
4. 0
4. 2

1. 8
2. 2
2. 6
3. 0

4. 2
4. 6
5. 0
5. 4

12 . 5
12 . 8
13 . 1
13 . 4

11 . 9
12 . 2
12 . 4
12 . 7

20
20
20
20

21
21
21
21

5500

16 . 6

16 . 3

4. 8

4. 4

3. 4

5. 8

13 . 7

13 . 0

20

21

5600
5700
5800
5900

16 . 7
16 . 8
16 . 9
17 . 1

16 . 5
16 . 6
16 . 7
16 . 9

5. 0
5. 2
5. 4
5. 6

4. 6
4. 7
4.9
5. 1

3. 8
4. 2
4. 7
5. 1

6. 2
6. 6
7. 1
7. 5

14 . 0
14 . 3
14 . 5
14 . 8

13 . 2
13 . 5
13 . 8
14 . 0

20
20
20
20

21
21
21
21

6000

17 . 2

17 . 0

5. 9

5. 3

5. 6

7.9

15 . 1

14 . 3

20

21

6100
6200
6300
6400

17 . 3
17 . 4
17 . 5
17 . 6

17 . 1
17 . 2
17 . 4
17 . 5

6. 1
6. 3
6. 5
6. 8

5. 5
5. 7
5.9
6. 0

6. 1
6. 6
7. 1
7. 6

8. 4
8. 8
9.2
9.7

15 . 4
15 . 7
16 . 0
16 . 2

14 . 6
14 . 9
15 . 1
15 . 4

20
19
19
19

20
20
20
20

6500

17 . 8

17 . 6

7. 0

6. 2

8. 1

10 . 1

16 . 5

15 . 7

19

20

6600
6700
6800
6900

17 . 9
18 . 0
18 . 1
18 . 2

17 . 7
17 . 8
17 . 9
18 . 1

7. 2
7. 5
7. 7
8. 0

6. 4
6. 6
6. 8
7. 0

8. 6
9.1
9.6
10 . 1

10 . 6
11 . 0
11 . 5
11 . 9

16 . 8
17 . 1
17 . 4
17 . 7

16 . 0
16 . 3
16 . 5
16 . 8

19
19
19
19

20
20
20
20

7000

18 . 3

18 . 2

8. 2

7. 2

10 . 6

12 . 4

18 . 0

17 . 1

19

20

57

CHARGE
2L

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

58

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

MIL

7000

281 . 3

21 . 6

0 . 10

17

4

21 . 6

7. 0

0 . 41

7100
7200
7300
7400

287 . 1
293 . 0
298 . 9
304 . 9

22 . 0
22 . 4
22 . 8
23 . 1

0 . 10
0 . 09
0 . 09
0 . 09

17
17
17
17

4
4
4
4

22 . 0
22 . 4
22 . 8
23 . 1

7. 1
7. 3
7. 4
7. 6

0 . 42
0 . 42
0 . 42
0 . 43

7500

310 . 9

23 . 5

0 . 09

16

4

23 . 5

7. 8

0 . 43

7600
7700
7800
7900

317 . 0
323 . 2
329 . 5
335 . 8

24 . 0
24 . 4
24 . 8
25 . 2

0 . 09
0 . 09
0 . 08
0 . 08

16
16
16
16

4
4
4
4

24 . 0
24 . 4
24 . 8
25 . 2

7. 9
8. 1
8. 3
8. 4

0 . 44
0 . 44
0 . 44
0 . 45

8000

342 . 2

25 . 6

0 . 08

16

4

25 . 6

8. 6

0 . 45

8100
8200
8300
8400

348 . 7
355 . 2
361 . 8
368 . 6

26 . 0
26 . 4
26 . 9
27 . 3

0 . 08
0 . 08
0 . 08
0 . 08

15
15
15
15

5
5
5
5

26 . 0
26 . 4
26 . 9
27 . 3

8. 8
9.0
9.2
9.4

0 . 45
0 . 46
0 . 46
0 . 47

8500

375 . 4

27 . 8

0 . 08

15

5

27 . 8

9.6

0 . 47

8600
8700
8800
8900

382 . 3
389 . 3
396 . 4
403 . 6

28 . 2
28 . 6
29 . 1
29 . 6

0 . 07
0 . 07
0 . 07
0 . 07

14
14
14
14

5
5
5
6

28 . 2
28 . 6
29 . 1
29 . 6

9.8
10 . 0
10 . 2
10 . 5

0 . 47
0 . 48
0 . 48
0 . 49

9000

410 . 9

30 . 0

0 . 07

14

6

30 . 0

10 . 7

0 . 49

9100
9200
9300
9400

418 . 3
425 . 9
433 . 6
441 . 4

30 . 5
31 . 0
31 . 4
31 . 9

0 . 07
0 . 07
0 . 07
0 . 07

13
13
13
13

6
6
6
6

30 . 5
31 . 0
31 . 4
31 . 9

10 . 9
11 . 2
11 . 4
11 . 7

0 . 49
0 . 50
0 . 50
0 . 50

9500

449 . 4

32 . 4

0 . 07

12

7

32 . 4

11 . 9

0 . 51

9600
9700
9800
9900

457 . 5
465 . 8
474 . 3
483 . 0

32 . 9
33 . 5
34 . 0
34 . 5

0 . 06
0 . 06
0 . 06
0 . 06

12
12
12
11

7
7
7
7

32 . 9
33 . 5
34 . 0
34 . 5

12 . 2
12 . 5
12 . 8
13 . 1

0 . 51
0 . 52
0 . 52
0 . 53

10000

492 . 0

35 . 1

0 . 06

11

8

35 . 1

13 . 4

0 . 53

10100
10200
10300
10400

501 . 2
510 . 6
520 . 3
530 . 4

35 . 6
36 . 2
36 . 8
37 . 4

0 . 06
0 . 06
0 . 06
0 . 06

11
10
10
10

8
8
9
9

35 . 6
36 . 2
36 . 8
37 . 4

13 . 8
14 . 1
14 . 5
14 . 9

0 . 53
0 . 54
0 . 54
0 . 55

10500

540 . 8

38 . 0

0 . 06

9

10

38 . 0

15 . 3

0 . 55

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
2L

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

7000

18 . 3

18 . 2

8. 2

7. 2

10 . 6

12 . 4

18 . 0

17 . 1

19

20

7100
7200
7300
7400

18 . 4
18 . 5
18 . 6
18 . 7

18 . 3
18 . 4
18 . 5
18 . 6

8. 5
8. 7
8. 9
9.2

7. 4
7. 6
7. 8
8. 0

11 . 2
11 . 7
12 . 2
12 . 7

12 . 8
13 . 2
13 . 7
14 . 1

18 . 2
18 . 5
18 . 8
19 . 1

17 . 4
17 . 7
18 . 0
18 . 3

19
19
18
18

20
20
19
19

7500

18 . 8

18 . 7

9.4

8. 2

13 . 2

14 . 6

19 . 4

18 . 6

18

19

7600
7700
7800
7900

18 . 9
19 . 0
19 . 2
19 . 3

18 . 8
18 . 9
19 . 0
19 . 1

9.7
9.9
10 . 2
10 . 4

8. 4
8. 6
8. 8
9.0

13 . 7
14 . 2
14 . 7
15 . 2

15 . 0
15 . 5
15 . 9
16 . 4

19 . 7
20 . 1
20 . 4
20 . 7

18 . 9
19 . 2
19 . 5
19 . 9

18
18
18
18

19
19
19
19

8000

19 . 4

19 . 2

10 . 7

9.2

15 . 7

16 . 8

21 . 0

20 . 2

18

18

8100
8200
8300
8400

19 . 5
19 . 6
19 . 7
19 . 8

19 . 3
19 . 4
19 . 5
19 . 7

11 . 0
11 . 2
11 . 5
11 . 7

9.4
9.6
9.8
10 . 0

16 . 2
16 . 7
17 . 2
17 . 6

17 . 2
17 . 7
18 . 1
18 . 5

21 . 3
21 . 7
22 . 0
22 . 4

20 . 5
20 . 8
21 . 1
21 . 5

18
17
17
17

18
18
18
18

8500

19 . 9

19 . 8

12 . 0

10 . 2

18 . 1

19 . 0

22 . 7

21 . 8

17

17

8600
8700
8800
8900

20 . 0
20 . 1
20 . 2
20 . 3

19 . 9
20 . 0
20 . 1
20 . 2

12 . 2
12 . 5
12 . 8
13 . 0

10 . 4
10 . 7
10 . 9
11 . 1

18 . 6
19 . 1
19 . 5
20 . 0

19 . 4
19 . 8
20 . 2
20 . 7

23 . 1
23 . 4
23 . 8
24 . 1

22 . 2
22 . 6
22 . 9
23 . 3

17
17
16
16

17
17
17
16

9000

20 . 4

20 . 3

13 . 3

11 . 3

20 . 4

21 . 1

24 . 5

23 . 7

16

16

9100
9200
9300
9400

20 . 6
20 . 7
20 . 8
20 . 9

20 . 4
20 . 5
20 . 6
20 . 7

13 . 5
13 . 8
14 . 0
14 . 3

11 . 5
11 . 7
11 . 9
12 . 1

20 . 9
21 . 4
21 . 8
22 . 3

21 . 5
21 . 9
22 . 2
22 . 6

24 . 9
25 . 2
25 . 6
26 . 0

24 . 1
24 . 6
25 . 0
25 . 4

16
16
15
15

16
16
16
15

9500

21 . 1

20 . 9

14 . 5

12 . 3

22 . 7

23 . 0

26 . 3

25 . 9

15

15

9600
9700
9800
9900

21 . 2
21 . 3
21 . 4
21 . 6

21 . 0
21 . 1
21 . 2
21 . 3

14 . 8
15 . 0
15 . 3
15 . 5

12 . 5
12 . 7
12 . 9
13 . 1

23 . 2
23 . 6
23 . 9
24 . 3

23 . 3
23 . 6
23 . 9
24 . 3

26 . 7
27 . 1
27 . 5
27 . 8

26 . 3
26 . 8
27 . 2
27 . 6

14
14
14
14

15
15
15
15

10000

21 . 7

21 . 4

15 . 8

13 . 3

24 . 6

24 . 6

28 . 3

28 . 0

13

15

10100
10200
10300
10400

21 . 8
22 . 0
22 . 1
22 . 3

21 . 5
21 . 7
21 . 8
21 . 9

16 . 1
16 . 3
16 . 6
16 . 8

13 . 5
13 . 7
13 . 9
14 . 1

24 . 9
25 . 3
25 . 6
25 . 9

24 . 9
25 . 2
25 . 5
25 . 8

28 . 7
29 . 1
29 . 6
30 . 0

28 . 5
29 . 0
29 . 4
29 . 9

13
13
13
13

14
14
14
13

10500

22 . 5

22 . 0

17 . 1

14 . 3

26 . 2

26 . 2

30 . 5

30 . 4

12

13

59

CHARGE
2L

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

10500

540 . 8

38 . 0

0 . 06

9

10

38 . 0

15 . 3

0 . 55

10600
10700
10800
10900

551 . 5
562 . 8
574 . 5
586 . 9

38 . 7
39 . 3
40 . 0
40 . 8

0 . 06
0 . 05
0 . 05
0 . 05

9
9
8
8

10
11
11
12

38 . 7
39 . 3
40 . 0
40 . 8

15 . 7
16 . 2
16 . 7
17 . 2

0 . 56
0 . 57
0 . 57
0 . 58

11000

599 . 9

41 . 5

0 . 05

7

13

41 . 5

17 . 7

0 . 58

11100
11200
11300
11400

613 . 8
628 . 8
645 . 2
663 . 5

42 . 3
43 . 2
44 . 1
45 . 1

0 . 05
0 . 05
0 . 05
0 . 05

7
6
6
5

14
15
17
20

42 . 3
43 . 2
44 . 1
45 . 1

18 . 3
19 . 0
19 . 7
20 . 6

0 . 59
0 . 60
0 . 61
0 . 62

11500

684 . 7

46 . 3

0 . 05

4

24

46 . 3

21 . 6

0 . 63

11600
11700

710 . 9
750 . 4

47 . 7
49 . 8

0 . 05
0 . 04

3

34

47 . 7
49 . 8

23 . 0
25 . 1

0 . 64

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

**********************************************************************

60

11700
11600

836 . 1
875 . 4

54 . 2
56 . 1

0 . 04
0 . 04

3

36

54 . 2
56 . 1

30 . 3
33 . 0

0 . 77

11500

901 . 1

57 . 3

0 . 04

4

26

57 . 3

35 . 0

0 . 79

11400
11300
11200
11100

921 . 7
939 . 3
955 . 0
969 . 3

58 . 2
59 . 0
59 . 7
60 . 3

0 . 04
0 . 04
0 . 04
0 . 04

5
6
7
7

21
18
16
15

58 . 2
59 . 0
59 . 7
60 . 3

36 . 6
38 . 1
39 . 5
40 . 9

0 . 81
0 . 83
0 . 85
0 . 86

11000

982 . 5

60 . 8

0 . 04

8

14

60 . 8

42 . 1

0 . 88

10900
10800
10700
10600

994 . 8
1006 . 3
1017 . 3
1027 . 7

61 . 3
61 . 8
62 . 3
62 . 7

0 . 04
0 . 04
0 . 04
0 . 04

8
9
9
10

13
12
11
10

61 . 3
61 . 8
62 . 3
62 . 7

43 . 4
44 . 6
45 . 8
47 . 0

0 . 89
0 . 91
0 . 92
0 . 94

10500

1037 . 7

63 . 1

0 . 04

10

10

63 . 1

48 . 2

0 . 95

10400
10300
10200
10100

1047 . 2
1056 . 4
1065 . 3
1073 . 8

63 . 4
63 . 8
64 . 1
64 . 4

0 . 04
0 . 04
0 . 04
0 . 03

11
11
11
12

9
9
9
8

63 . 4
63 . 8
64 . 1
64 . 4

49 . 4
50 . 7
51 . 9
53 . 1

0 . 97
0 . 98
1 . 00
1 . 01

10000

1082 . 2

64 . 7

0 . 03

12

8

64 . 7

54 . 3

1 . 03

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
2L

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

10500

22 . 5

22 . 0

17 . 1

14 . 3

26 . 2

26 . 2

30 . 5

30 . 4

12

13

10600
10700
10800
10900

22 . 6
22 . 8
23 . 0
23 . 1

22 . 2
22 . 3
22 . 4
22 . 6

17 . 4
17 . 6
18 . 0

14 . 4
14 . 6
14 . 8
15 . 0

26 . 5
26 . 9
27 . 2
27 . 5

26 . 5
26 . 8
27 . 1
27 . 4

31 . 0
31 . 5
31 . 9
32 . 5

30 . 9
31 . 4
31 . 9
32 . 5

12
12
11
11

13
12
12
12

11000

23 . 3

22 . 7

15 . 2

27 . 8

27 . 6

33 . 0

33 . 1

11

12

11100
11200
11300
11400

23 . 5
23 . 7
23 . 9
24 . 2

22 . 9
23 . 0
23 . 1
23 . 3

15 . 4
15 . 6
15 . 8
16 . 0

28 . 0
28 . 1
28 . 2
28 . 3

27 . 9
28 . 2
28 . 4
28 . 6

33 . 4
33 . 9
34 . 4
34 . 9

33 . 8
34 . 6
35 . 5

10
10
9
9

11
11
10
10

11500

23 . 5

16 . 2

28 . 8

35 . 4

8

10

11600
11700

23 . 7
23 . 9

16 . 4
16 . 5

28 . 9
29 . 1

35 . 9
36 . 5

7
6

10
10

**********************************************************************
11700
11600

24 . 1
23 . 9

16 . 6
16 . 5

27 . 9
27 . 6

40 . 0
39 . 7

6
5

9
8

11500

23 . 7

16 . 3

27 . 3

39 . 4

5

8

11400
11300
11200
11100

24 . 2
24 . 1
24 . 0
23 . 8

23 . 6
23 . 4
23 . 2
23 . 0

16 . 1
16 . 0
15 . 8
15 . 7

27 . 5
27 . 1
26 . 8
26 . 5

27 . 1
26 . 8
26 . 5
26 . 2

39 . 1
38 . 8
38 . 4
38 . 1

36 . 9
36 . 8
36 . 6

5
4
4
4

7
7
7
7

11000

23 . 6

22 . 8

15 . 5

26 . 2

26 . 0

37 . 7

36 . 4

4

7

10900
10800
10700
10600

23 . 5
23 . 3
23 . 1
22 . 9

22 . 7
22 . 5
22 . 3
22 . 1

18 . 2
18 . 1
18 . 0

15 . 4
15 . 2
15 . 0
14 . 9

25 . 9
25 . 6
25 . 4
25 . 1

25 . 7
25 . 5
25 . 2
25 . 0

37 . 4
37 . 1
36 . 7
36 . 4

36 . 2
35 . 9
35 . 6
35 . 3

3
3
3
3

7
7
6
6

10500

22 . 8

21 . 9

17 . 9

14 . 7

24 . 8

24 . 8

36 . 0

35 . 0

3

6

10400
10300
10200
10100

22 . 6
22 . 4
22 . 2
22 . 0

21 . 7
21 . 5
21 . 3
21 . 1

17 . 8
17 . 7
17 . 6
17 . 4

14 . 5
14 . 3
14 . 2
14 . 0

24 . 6
24 . 3
24 . 1
23 . 9

24 . 6
24 . 3
24 . 1
23 . 9

35 . 6
35 . 3
34 . 9
34 . 5

34 . 7
34 . 4
34 . 1
33 . 7

3
2
2
2

6
6
6
6

10000

21 . 7

20 . 9

17 . 3

13 . 8

23 . 6

23 . 7

34 . 1

33 . 4

2

6

61

CHARGE
2L

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

62

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

10000

1082 . 2

64 . 7

0 . 03

12

8

64 . 7

54 . 3

1 . 03

9900
9800
9700
9600

1090 . 2
1098 . 1
1105 . 7
1113 . 1

65 . 0
65 . 3
65 . 6
65 . 9

0 . 03
0 . 03
0 . 03
0 . 03

13
13
13
14

8
7
7
7

65 . 0
65 . 3
65 . 6
65 . 9

55 . 6
56 . 8
58 . 1
59 . 5

1 . 04
1 . 06
1 . 07
1 . 09

9500

1120 . 4

66 . 1

0 . 03

14

7

66 . 1

60 . 8

1 . 11

9400
9300
9200
9100

1127 . 5
1134 . 4
1141 . 2
1147 . 8

66 . 3
66 . 6
66 . 8
67 . 0

0 . 03
0 . 03
0 . 03
0 . 03

14
15
15
15

6
6
6
6

66 . 3
66 . 6
66 . 8
67 . 0

62 . 2
63 . 6
65 . 1
66 . 6

1 . 13
1 . 14
1 . 16
1 . 18

9000

1154 . 3

67 . 2

0 . 03

16

6

67 . 2

68 . 1

1 . 20

8900
8800
8700
8600

1160 . 6
1166 . 8
1173 . 0
1178 . 9

67 . 5
67 . 7
67 . 9
68 . 0

0 . 03
0 . 03
0 . 03
0 . 03

16
16
17
17

5
5
5
5

67 . 5
67 . 7
67 . 9
68 . 0

69 . 8
71 . 4
73 . 2
75 . 0

1 . 22
1 . 24
1 . 27
1 . 29

8500

1184 . 8

68 . 2

0 . 03

17

5

68 . 2

76 . 9

1 . 31

8400
8300
8200
8100

1190 . 6
1196 . 2
1201 . 8
1207 . 2

68 . 4
68 . 6
68 . 8
68 . 9

0 . 03
0 . 03
0 . 03
0 . 03

18
18
18
19

5
4
4
4

68 . 4
68 . 6
68 . 8
68 . 9

78 . 9
81 . 0
83 . 2
85 . 6

1 . 34
1 . 36
1 . 39
1 . 42

8000

1212 . 6

69 . 1

0 . 03

19

4

69 . 1

88 . 1

1 . 45

7900
7800
7700
7600

1217 . 8
1223 . 0
1228 . 0
1233 . 0

69 . 3
69 . 4
69 . 6
69 . 7

0 . 03
0 . 03
0 . 03
0 . 03

19
20
20
20

4
4
4
3

69 . 3
69 . 4
69 . 6
69 . 7

90 . 7
93 . 6
96 . 6
99 . 8

1 . 48
1 . 52
1 . 56
1 . 59

7500

1237 . 8

69 . 9

0 . 03

21

3

69 . 9

103 . 3

1 . 64

7400
7300
7200
7100

1242 . 6
1247 . 3
1251 . 8
1256 . 3

70 . 0
70 . 2
70 . 3
70 . 5

0 . 03
0 . 03
0 . 03
0 . 03

21
22
22
23

3
3
3
3

70 . 0
70 . 2
70 . 3
70 . 5

107 . 1
111 . 1
115 . 5
120 . 3

1 . 68
1 . 73
1 . 79
1 . 84

7000

1260 . 6

70 . 6

0 . 03

23

3

70 . 6

125 . 4

1 . 91

6900
6800
6700
6600

1264 . 9
1269 . 1
1273 . 1
1277 . 0

70 . 8
70 . 9
71 . 1
71 . 2

0 . 03
0 . 03
0 . 03
0 . 03

24
24
25
26

3

70 . 8
70 . 9
71 . 1
71 . 2

131 . 1
137 . 2
144 . 0
151 . 4

1 . 98
2 . 06
2 . 15
2 . 25

6500

1280 . 9

71 . 4

0 . 03

27

71 . 4

159 . 5

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
2L

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

10000

21 . 7

20 . 9

17 . 3

13 . 8

23 . 6

23 . 7

34 . 1

33 . 4

2

6

9900
9800
9700
9600

21 . 5
21 . 3
21 . 1
20 . 9

20 . 7
20 . 5
20 . 3
20 . 1

17 . 2
17 . 0
16 . 9
16 . 8

13 . 6
13 . 4
13 . 2
13 . 0

23 . 4
23 . 2
22 . 9
22 . 7

23 . 4
23 . 2
23 . 0
22 . 8

33 . 7
33 . 3
32 . 9
32 . 6

33 . 0
32 . 7
32 . 3
32 . 0

2
2
1
1

6
6
6
5

9500

20 . 7

19 . 8

16 . 6

12 . 7

22 . 5

22 . 6

32 . 2

31 . 6

1

5

9400
9300
9200
9100

20 . 5
20 . 3
20 . 1
19 . 8

19 . 6
19 . 4
19 . 2
18 . 9

16 . 5
16 . 3
16 . 2
16 . 0

12 . 5
12 . 3
12 . 0
11 . 8

22 . 3
22 . 1
21 . 8
21 . 6

22 . 4
22 . 2
22 . 0
21 . 8

31 . 8
31 . 3
30 . 9
30 . 5

31 . 2
30 . 9
30 . 5
30 . 1

1
1
0
0

5
5
5
5

9000

19 . 6

18 . 7

15 . 9

11 . 5

21 . 4

21 . 6

30 . 1

29 . 7

0

4

8900
8800
8700
8600

19 . 4
19 . 2
19 . 0
18 . 7

18 . 5
18 . 2
18 . 0
17 . 8

15 . 7
15 . 6
15 . 4
15 . 3

11 . 2
10 . 9
10 . 6
10 . 2

21 . 2
21 . 0
20 . 8
20 . 6

21 . 4
21 . 2
21 . 0
20 . 8

29 . 7
29 . 3
28 . 8
28 . 4

29 . 4
29 . 0
28 . 6
28 . 2

0
1
1
1

4
4
4
3

8500

18 . 5

17 . 5

15 . 1

9.9

20 . 5

20 . 6

28 . 0

27 . 8

1

3

8400
8300
8200
8100

18 . 3
18 . 0
17 . 8
17 . 6

17 . 3
17 . 0
16 . 8
16 . 5

15 . 0
14 . 8
14 . 6
14 . 4

9.5
9.1
8. 6
8. 2

20 . 3
20 . 1
19 . 9
19 . 8

20 . 4
20 . 3
20 . 1
19 . 9

27 . 5
27 . 1
26 . 6
26 . 1

27 . 4
27 . 0
26 . 6
26 . 2

2
2
3
3

3
3
2
2

8000

17 . 3

16 . 3

14 . 3

7. 7

19 . 6

19 . 8

25 . 7

25 . 8

3

1

7900
7800
7700
7600

17 . 1
16 . 8
16 . 6
16 . 3

16 . 0
15 . 8
15 . 5
15 . 3

14 . 1
13 . 9
13 . 7
13 . 5

7. 2

19 . 5
19 . 3
19 . 2
19 . 1

19 . 6
19 . 5
19 . 4
19 . 2

25 . 2
24 . 7
24 . 2
23 . 7

25 . 4
25 . 0
24 . 5
24 . 1

4
4
5
5

1
1
0
1

7500

16 . 1

15 . 0

13 . 3

18 . 9

19 . 1

23 . 2

23 . 7

6

1

7400
7300
7200
7100

15 . 8
15 . 5
15 . 3
15 . 0

14 . 7
14 . 5
14 . 2
13 . 9

13 . 1
12 . 9
12 . 6
12 . 4

18 . 8
18 . 7
18 . 6
18 . 5

19 . 0
18 . 9
18 . 8
18 . 8

22 . 7
22 . 1
21 . 5
21 . 0

23 . 2
22 . 7
22 . 3
21 . 8

7
7
8
9

2
2
3
4

7000

14 . 7

13 . 6

12 . 1

18 . 4

18 . 7

20 . 4

21 . 3

10

5

6900
6800
6700
6600

14 . 4
14 . 1
13 . 8
13 . 5

13 . 3
13 . 0
12 . 7
12 . 4

11 . 8
11 . 6
11 . 2
10 . 9

18 . 4
18 . 3
18 . 3
18 . 3

18 . 7
18 . 7
18 . 7
18 . 7

19 . 8

20 . 8
20 . 3
19 . 7
19 . 2

11
12
13
14

6
7
8
9

6500

13 . 2

12 . 1

10 . 5

18 . 3

18 . 8

18 . 6

15

10

63

CHARGE
2L

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

64

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

M

MIL

6500

1280 . 9

71 . 4

0 . 03

6400
6300
6200
6101

1284 . 6
1288 . 2
1291 . 7
1295 . 0

71 . 6
71 . 8
71 . 9

0 . 03
0 . 03
0 . 03

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
6

7

8

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

SEC

MIL

27

71 . 4

159 . 5

27
28

71 . 6
71 . 8
71 . 9

168 . 3
177 . 9
188 . 4

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
2L

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

6500

13 . 2

12 . 1

10 . 5

18 . 3

18 . 8

18 . 6

15

10

6400
6300
6200

12 . 8
12 . 5
12 . 1

11 . 8
11 . 4

10 . 2
9.7
9.3

18 . 8
18 . 9

18 . 0
17 . 3
16 . 7

16
18
19

12
13
15

65

CHARGE
2L

TABLE G

F T 1 5 5 AM 3

SUPPLEMEN TARY DA TA

1

2

R
A
N
G
E

E
L
E
V

M

MIL

3

4

5

6

7

PROBABLE ERRORS

8

PROJ , HE , M10 7
FUZE , PD , M739 A1
9

10

ANGLE CO T TML
OF
ANGLE VEL
FALL
OF
FALL

FUZE M58 2
R

D

HB

TB

RB

M

M

M

SEC

M

MIL

M/S

0

452

11

12

MO

13

COMP S I TE
FOR
ANGLE OF S I TE
+1 M I L 1 M I L
S I TE
S I TE

M

MIL

MIL

0

0 . 000

0 . 00

0

0. 0

8

0

1000
2000
3000
4000

25 . 9
55 . 7
90 . 4
130 . 6

8
8
9
11

0
1
1
2

0
1
2
2

0 . 04
0 . 04
0 . 04
0 . 04

16
15
14
14

28
64
111
168

36 . 6
15 . 9
9.1
6. 0

409
369
335
316

7
29
74
147

0 . 001
0 . 003
0 . 009
0 . 017

0 . 001
0 . 003
0 . 008
0 . 015

5000

176 . 0

12

2

3 0 . 04

14

230

4. 4

305

255

0 . 028

0 . 024

6000
7000
8000
9000

226 . 2
281 . 3
342 . 2
410 . 9

14
16
17
19

3
4
4
5

4
5
7
8

0 . 04
0 . 04
0 . 04
0 . 05

14
15
15
16

296
366
441
523

3. 3
2. 7
2. 2
1. 8

299
294
291
289

400
588
828
1136

0 . 042
0 . 066
0 . 105
0 . 174

0 . 037
0 . 056
0 . 088
0 . 144

10000

492 . 0

21

6

11 0 . 05

18

617

1. 4

289

1544

0 . 330

0 . 250

11000

599 . 9

24

7

14 0 . 06

20

735

1. 1

292

2151

0 . 892

0 . 535

************************************************************************
11000

982 . 5

27 10

29 0 . 08

21 1097

0. 5

310

4541

1 . 9 77

1 . 61

10000 1082 . 2

24 10

34 0 . 09

20 1183

0. 4

313

5119

1 . 39 0

1 . 31

9000 1154 . 3
8000 1212 . 6
7000 1260 . 6

22 10
19 9
15 9

37 0 . 10
39 0 . 10
42 0 . 11

18 1246
16 1300
13 1350

0. 4
0. 3
0. 2

315
317
317

5498
5775
5978

1 . 221
1 . 133
1 . 077

1 . 19
1 . 11
1 . 07

66

F T 1 5 5 AM 3

TABLE H

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
2L

RANGE

CORREC T I ONS TO RANGE , I N ME TERS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
AZ I MU TH OF TARGE T
RANGE
ME TERS

0
3200

M I LS

200
3000

400
2800

600
2600

800
2400

1000
2200

1200
2000

1400
1800

1600
1600

1000
2000
3000
4000

0
0
0
0

1+
2+
3+
3+

2+
4+
6+
7+

3+
6+
8+
10+

4+
8+
10+
13+

5+
9+
12+
15+

6+
10+
14+
17+

6+
11+
14+
18+

6+
11+
15+
18+

5000

0

4+

8+

12+

15+

17+

19+

21+

21+

6000
7000
8000
9000

0
0
0
0

5+
5+
6+
6+

9+
10+
11+
12+

13+
15+
16+
17+

17+
19+
21+
22+

20+
22+
24+
26+

22+
25+
27+
29+

24+
26+
29+
31+

24+
27+
29+
31+

10000

0

6+

12+

18+

23+

27+

30+

31+

32+

11000

0

6+

12+

17+

22+

26+

29+

30+

31+

**********************************************************************
11000

0

10000

0

+1

+2

+3

+4

+4

+5

+5

+5

9000
8000
7000

0
0
0

+3
+5
+7

+5
+9
+13

+8
+13
+19

+10
+16
+25

+12
+19
+29

+13
+21
+32

+14
+23
+34

+14
+23
+35

3400
6200

3600
6000

3800
5800

4000
5600

4200
5400

4400
5200

4600
5000

4800
4800

3200
6400

1+

2+

3+

4+

5+

AZ I MU TH OF TARGE T
NO TES

1.
2.
3.
4.

5+

5+

6+

M I LS

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .
CORREC T I ONS ARE FOR 0 DEGREES LA T I TUDE . FOR O THER LA T I TUDES
MUL T I PLY CORREC T I ONS BY THE FAC TOR G I VEN BELOW.
LA T I TUDE ( DEG)
MUL T I PLY BY

10

20

30

40

50

60

70

.98

.94

. 87

. 77

. 64

. 50

. 34

67

CHARGE
2L

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
0 DEGREES LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

R0 . 1 L
0. 0
R0 . 1 L R0 . 1 L
R0 . 1 L R0 . 1 L
R0 . 2 L R0 . 1 L

0. 0
0. 0
0. 0
0. 0

0. 0
L 0 . 1R
L 0 . 1R
L 0 . 1R

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 2R

10000

R0 . 4 L R0 . 4 L R0 . 3 L R0 . 2 L

0. 0

L 0 . 2R L 0 . 3R L 0 . 4R L 0 . 4R

11000

R0 . 6 L R0 . 6 L R0 . 4 L R0 . 2 L

0. 0

L 0 . 2R L 0 . 4R L 0 . 6R L 0 . 6R

1000
2000
3000
4000
5000

R0 . 1 L R0 . 1 L

6000
7000
8000
9000

R0 . 1 L
R0 . 1 L
R0 . 2 L
R0 . 3 L

R0 . 1 L
R0 . 1 L
R0 . 2 L
R0 . 3 L

L 0 . 1R L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

**********************************************************************
11000

R2 . 0 L R1 . 8 L R1 . 4 L R0 . 8 L

0. 0

L 0 . 8R L 1 . 4R L 1 . 8R L 2 . 0R

10000

R2 . 6 L R2 . 4 L R1 . 9 L R1 . 0 L

0. 0

L 1 . 0R L 1 . 9 R L 2 . 4R L 2 . 6R

9000
8000
7000

R3 . 2 L R3 . 0 L R2 . 3 L R1 . 2 L
R3 . 9 L R3 . 6 L R2 . 7 L R1 . 5 L
R4 . 5 L R4 . 1 L R3 . 2 L R1 . 7 L

0. 0
0. 0
0. 0

L 1 . 2R L 2 . 3R L 3 . 0R L 3 . 2R
L 1 . 5R L 2 . 7R L 3 . 6R L 3 . 9 R
L 1 . 7R L 3 . 2R L 4 . 1R L 4 . 5R

3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

800
5600

400
6000

0
6400

M I LS

0 DEGREES LA T I TUDE
NO TES

68

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
2L

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
1 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

0
6400

400
6000

800
5600

1200
5200

1600
4800

M I LS
2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 2R L 0 . 2R L 0 . 2R

5000

L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R

6000
7000
8000
9000

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 1R

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 1R

10000

0. 0

0. 0

11000

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 2R

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 2R

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 4R

L 0 . 2R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 3R
L 0 . 4R
L 0 . 4R
L 0 . 6R

L 0 . 3R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 3R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 1R L 0 . 3R L 0 . 4R L 0 . 6R L 0 . 7R L 0 . 8R L 0 . 8R

R0 . 1 L R0 . 1 L L 0 . 1R L 0 . 3R L 0 . 5R L 0 . 7R L 0 . 9 R L 1 . 1R L 1 . 1R

**********************************************************************
11000

R1 . 2 L R1 . 1 L R0 . 7 L

10000

R1 . 8 L R1 . 6 L R1 . 1 L R0 . 2 L L 0 . 8R L 1 . 8R L 2 . 6R L 3 . 2R L 3 . 4R

9000
8000
7000

R2 . 4 L R2 . 2 L R1 . 5 L R0 . 4 L L 0 . 8R L 2 . 0R L 3 . 1R L 3 . 8R L 4 . 0R
R3 . 0 L R2 . 7 L R1 . 9 L R0 . 6 L L 0 . 8R L 2 . 3R L 3 . 5R L 4 . 3R L 4 . 6R
R3 . 6 L R3 . 3 L R2 . 3 L R0 . 9 L L 0 . 8R L 2 . 5R L 3 . 9 R L 4 . 9 R L 5 . 2R
3200
3200

2800
3600

2400
4000

0. 0

2000
4400

L 0 . 7R L 1 . 5R L 2 . 1R L 2 . 5R L 2 . 7R

1600
4800

AZ I MU TH OF TARGE T

1200
5200

800
5600

400
6000

0
6400

M I LS

1 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

69

CHARGE
2L

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
2 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

5000

L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R

6000
7000
8000
9000

L 0 . 3R
L 0 . 4R
L 0 . 4R
L 0 . 4R

L 0 . 3R
L 0 . 4R
L 0 . 4R
L 0 . 5R

L 0 . 4R
L 0 . 4R
L 0 . 5R
L 0 . 5R

L 0 . 4R
L 0 . 5R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L0. 9R

L 0 . 5R
L 0 . 6R
L 0 . 8R
L 1 . 0R

L 0 . 5R
L 0 . 6R
L 0 . 8R
L 1 . 0R

10000

L 0 . 4R L 0 . 5R L 0 . 5R L 0 . 7R L 0 . 8R L 1 . 0R L 1 . 1R L 1 . 2R L 1 . 2R

11000

L 0 . 4R L 0 . 4R L 0 . 6R L 0 . 7R L 1 . 0R L 1 . 2R L 1 . 4R L 1 . 5R L 1 . 6R

**********************************************************************
11000

R0 . 4 L R0 . 3 L L 0 . 1R L 0 . 7R L 1 . 4R L 2 . 1R L 2 . 8R L 3 . 2R L 3 . 3R

10000

R1 . 0 L R0 . 8 L R0 . 2 L L 0 . 6R L 1 . 5R L 2 . 5R L 3 . 3R L 3 . 8R L 4 . 0R

9000
8000
7000

R1 . 5 L R1 . 3 L R0 . 6 L L 0 . 4R L 1 . 6R L 2 . 7R L 3 . 7R L 4 . 4R L 4 . 6R
R2 . 0 L R1 . 8 L R1 . 0 L L 0 . 2R L 1 . 6R L 3 . 0R L 4 . 2R L 5 . 0R L 5 . 2R
R2 . 6 L R2 . 3 L R1 . 4 L
0. 0
L 1 . 6R L 3 . 2R L 4 . 6R L 5 . 5R L 5 . 8R
3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

800
5600

400
6000

0
6400

M I LS

2 0 DEGREES SOU TH LA T I TUDE
NO TES

70

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
2L

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
3 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

5000

L 0 . 4R L 0 . 4R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R

6000
7000
8000
9000

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 0 . 6R
L 0 . 7R
L0. 9R
L 1 . 0R

L 0 . 6R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 3R

L 0 . 7R
L0. 9R
L 1 . 1R
L 1 . 3R

10000

L 0 . 8R L 0 . 9 R L 0 . 9 R L 1 . 1R L 1 . 2R L 1 . 3R L 1 . 5R L 1 . 5R L 1 . 6R

11000

L 0 . 9 R L 0 . 9 R L 1 . 0R L 1 . 2R L 1 . 4R L 1 . 6R L 1 . 8R L 1 . 9 R L 2 . 0R

**********************************************************************
11000

L 0 . 4R L 0 . 5R L 0 . 9 R L 1 . 4R L 2 . 1R L 2 . 8R L 3 . 3R L 3 . 7R L 3 . 8R

10000

R0 . 1 L L 0 . 1R L 0 . 6R L 1 . 3R L 2 . 2R L 3 . 1R L 3 . 8R L 4 . 3R L 4 . 5R

9000
8000
7000

R0 . 5 L R0 . 3 L L 0 . 3R L 1 . 2R L 2 . 3R L 3 . 4R L 4 . 3R L 4 . 9 R L 5 . 1R
R1 . 0 L R0 . 8 L
0. 0
L 1 . 1R L 2 . 3R L 3 . 6R L 4 . 7R L 5 . 4R L 5 . 7R
R1 . 5 L R1 . 3 L R0 . 4 L L 0 . 9 R L 2 . 3R L 3 . 8R L 5 . 1R L 5 . 9 R L 6 . 2R
3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

800
5600

400
6000

0
6400

M I LS

3 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

71

CHARGE
2L

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
4 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

5000

L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 7R L 0 . 7R L 0 . 7R

6000
7000
8000
9000

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 1R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 8R
L0. 9R
L 1 . 1R
L 1 . 2R

L 0 . 8R
L 1 . 0R
L 1 . 1R
L 1 . 3R

L 0 . 8R
L 1 . 0R
L 1 . 2R
L 1 . 4R

L 0 . 8R
L 1 . 0R
L 1 . 2R
L 1 . 5R

L0. 9R
L 1 . 0R
L 1 . 3R
L 1 . 5R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 5R

10000

L 1 . 2R L 1 . 3R L 1 . 3R L 1 . 4R L 1 . 5R L 1 . 7R L 1 . 8R L 1 . 8R L 1 . 9 R

11000

L 1 . 4R L 1 . 4R L 1 . 5R L 1 . 6R L 1 . 8R L 2 . 0R L 2 . 2R L 2 . 3R L 2 . 3R

**********************************************************************
11000

L 1 . 2R L 1 . 3R L 1 . 6R L 2 . 1R L 2 . 7R L 3 . 3R L 3 . 8R L 4 . 1R L 4 . 2R

10000

L 0 . 8R L 1 . 0R L 1 . 4R L 2 . 1R L 2 . 9 R L 3 . 6R L 4 . 3R L 4 . 7R L 4 . 9 R

9000
8000
7000

L 0 . 5R L 0 . 7R L 1 . 2R L 2 . 0R L 3 . 0R L 3 . 9 R L 4 . 7R L 5 . 3R L 5 . 4R
0. 0
L 0 . 3R L 0 . 9 R L 1 . 9 R L 3 . 0R L 4 . 1R L 5 . 1R L 5 . 7R L 6 . 0R
R0 . 4 L R0 . 2 L L 0 . 6R L 1 . 7R L 3 . 0R L 4 . 3R L 5 . 4R L 6 . 2R L 6 . 5R
3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

800
5600

400
6000

0
6400

M I LS

4 0 DEGREES SOU TH LA T I TUDE
NO TES

72

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
2L

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
5 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 6R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 6R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 6R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 6R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 6R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 6R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 6R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 6R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 6R

5000

L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 8R L 0 . 8R L 0 . 8R L 0 . 8R L 0 . 8R

6000
7000
8000
9000

L0. 9R
L 1 . 0R
L 1 . 2R
L 1 . 4R

L0. 9R
L 1 . 1R
L 1 . 2R
L 1 . 4R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 4R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 5R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 6R

L 1 . 0R
L 1 . 2R
L 1 . 4R
L 1 . 6R

L 1 . 0R
L 1 . 2R
L 1 . 4R
L 1 . 7R

L 1 . 0R
L 1 . 2R
L 1 . 5R
L 1 . 7R

L 1 . 0R
L 1 . 2R
L 1 . 5R
L 1 . 8R

10000

L 1 . 6R L 1 . 6R L 1 . 7R L 1 . 7R L 1 . 8R L 1 . 9 R L 2 . 0R L 2 . 1R L 2 . 1R

11000

L 1 . 8R L 1 . 8R L 1 . 9 R L 2 . 0R L 2 . 2R L 2 . 3R L 2 . 5R L 2 . 6R L 2 . 6R

**********************************************************************
11000

L 1 . 9 R L 2 . 0R L 2 . 3R L 2 . 7R L 3 . 2R L 3 . 7R L 4 . 1R L 4 . 4R L 4 . 5R

10000

L 1 . 7R L 1 . 8R L 2 . 2R L 2 . 8R L 3 . 4R L 4 . 1R L 4 . 6R L 5 . 0R L 5 . 1R

9000
8000
7000

L 1 . 4R L 1 . 6R L 2 . 0R L 2 . 7R L 3 . 5R L 4 . 3R L 5 . 0R L 5 . 4R L 5 . 6R
L 1 . 1R L 1 . 3R L 1 . 8R L 2 . 6R L 3 . 6R L 4 . 5R L 5 . 3R L 5 . 9 R L 6 . 1R
L 0 . 7R L 0 . 9 R L 1 . 5R L 2 . 5R L 3 . 6R L 4 . 7R L 5 . 6R L 6 . 3R L 6 . 5R
3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

800
5600

400
6000

0
6400

M I LS

5 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

73

CHARGE
2L

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
6 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 3R
L 0 . 5R
L 0 . 6R

L 0 . 1R
L 0 . 3R
L 0 . 5R
L 0 . 6R

L 0 . 1R
L 0 . 3R
L 0 . 5R
L 0 . 6R

L 0 . 1R
L 0 . 3R
L 0 . 5R
L 0 . 7R

L 0 . 1R
L 0 . 3R
L 0 . 5R
L 0 . 7R

L 0 . 1R
L 0 . 3R
L 0 . 5R
L 0 . 7R

L 0 . 1R
L 0 . 3R
L 0 . 5R
L 0 . 7R

L 0 . 1R
L 0 . 3R
L 0 . 5R
L 0 . 7R

L 0 . 1R
L 0 . 3R
L 0 . 5R
L 0 . 7R

5000

L 0 . 8R L 0 . 8R L 0 . 8R L 0 . 8R L 0 . 9 R L 0 . 9 R L 0 . 9 R L 0 . 9 R L 0 . 9 R

6000
7000
8000
9000

L 1 . 0R
L 1 . 2R
L 1 . 4R
L 1 . 6R

L 1 . 0R
L 1 . 2R
L 1 . 4R
L 1 . 7R

L 1 . 0R
L 1 . 2R
L 1 . 5R
L 1 . 7R

L 1 . 0R
L 1 . 3R
L 1 . 5R
L 1 . 7R

L 1 . 1R
L 1 . 3R
L 1 . 5R
L 1 . 8R

L 1 . 1R
L 1 . 3R
L 1 . 6R
L 1 . 8R

L 1 . 1R
L 1 . 3R
L 1 . 6R
L1. 9R

L 1 . 1R
L 1 . 3R
L 1 . 6R
L1. 9R

L 1 . 1R
L 1 . 4R
L 1 . 6R
L1. 9R

10000

L 1 . 9 R L 1 . 9 R L 1 . 9 R L 2 . 0R L 2 . 1R L 2 . 2R L 2 . 2R L 2 . 3R L 2 . 3R

11000

L 2 . 2R L 2 . 2R L 2 . 2R L 2 . 3R L 2 . 5R L 2 . 6R L 2 . 7R L 2 . 8R L 2 . 8R

**********************************************************************
11000

L 2 . 6R L 2 . 7R L 2 . 9 R L 3 . 2R L 3 . 6R L 4 . 0R L 4 . 3R L 4 . 5R L 4 . 6R

10000

L 2 . 5R L 2 . 6R L 2 . 9 R L 3 . 3R L 3 . 8R L 4 . 4R L 4 . 8R L 5 . 1R L 5 . 2R

9000
8000
7000

L 2 . 3R L 2 . 5R L 2 . 8R L 3 . 4R L 4 . 0R L 4 . 6R L 5 . 1R L 5 . 5R L 5 . 6R
L 2 . 1R L 2 . 3R L 2 . 7R L 3 . 3R L 4 . 0R L 4 . 8R L 5 . 4R L 5 . 8R L 6 . 0R
L 1 . 8R L 2 . 0R L 2 . 5R L 3 . 2R L 4 . 1R L 4 . 9 R L 5 . 6R L 6 . 1R L 6 . 3R
3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

800
5600

400
6000

0
6400

M I LS

6 0 DEGREES SOU TH LA T I TUDE
NO TES

74

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
2L

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
7 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 2R
L 0 . 3R
L 0 . 5R
L 0 . 7R

L 0 . 2R
L 0 . 3R
L 0 . 5R
L 0 . 7R

L 0 . 2R
L 0 . 3R
L 0 . 5R
L 0 . 7R

L 0 . 2R
L 0 . 3R
L 0 . 5R
L 0 . 7R

L 0 . 2R
L 0 . 3R
L 0 . 5R
L 0 . 7R

L 0 . 2R
L 0 . 3R
L 0 . 5R
L 0 . 7R

L 0 . 2R
L 0 . 3R
L 0 . 5R
L 0 . 7R

L 0 . 2R
L 0 . 3R
L 0 . 5R
L 0 . 7R

L 0 . 2R
L 0 . 3R
L 0 . 5R
L 0 . 7R

5000

L0. 9R L0. 9R L0. 9R L0. 9R L0. 9R L0. 9R L0. 9R L0. 9R L0. 9R

6000
7000
8000
9000

L 1 . 1R
L 1 . 3R
L 1 . 6R
L 1 . 8R

L 1 . 1R
L 1 . 3R
L 1 . 6R
L 1 . 8R

L 1 . 1R
L 1 . 4R
L 1 . 6R
L1. 9R

L 1 . 1R
L 1 . 4R
L 1 . 6R
L1. 9R

L 1 . 2R
L 1 . 4R
L 1 . 7R
L1. 9R

L 1 . 2R
L 1 . 4R
L 1 . 7R
L 2 . 0R

L 1 . 2R
L 1 . 4R
L 1 . 7R
L 2 . 0R

L 1 . 2R
L 1 . 4R
L 1 . 7R
L 2 . 0R

L 1 . 2R
L 1 . 4R
L 1 . 7R
L 2 . 0R

10000

L 2 . 1R L 2 . 1R L 2 . 2R L 2 . 2R L 2 . 3R L 2 . 3R L 2 . 4R L 2 . 4R L 2 . 4R

11000

L 2 . 5R L 2 . 5R L 2 . 5R L 2 . 6R L 2 . 7R L 2 . 8R L 2 . 8R L 2 . 9 R L 2 . 9 R

**********************************************************************
11000

L 3 . 2R L 3 . 3R L 3 . 4R L 3 . 7R L 3 . 9 R L 4 . 2R L 4 . 4R L 4 . 6R L 4 . 6R

10000

L 3 . 3R L 3 . 3R L 3 . 5R L 3 . 8R L 4 . 2R L 4 . 5R L 4 . 8R L 5 . 0R L 5 . 1R

9000
8000
7000

L 3 . 2R L 3 . 3R L 3 . 5R L 3 . 9 R L 4 . 3R L 4 . 7R L 5 . 1R L 5 . 3R L 5 . 4R
L 3 . 1R L 3 . 2R L 3 . 5R L 3 . 9 R L 4 . 4R L 4 . 9 R L 5 . 3R L 5 . 6R L 5 . 7R
L 2 . 9 R L 3 . 0R L 3 . 3R L 3 . 8R L 4 . 4R L 5 . 0R L 5 . 5R L 5 . 8R L 5 . 9 R
3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

800
5600

400
6000

0
6400

M I LS

7 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

75

CHARGE
2L

TABLE J

F T 1 5 5 AM 3

FUZE CORREC T I ON FAC TORS

1

2

3

4

5

FS

6

7

PROJ , HE , M10 7
FUZE , MTSQ , M58 2
8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

I NC

RANGE
W I ND
1 KNO T
HEAD

TA I L

A IR
TEMP
1 PC T
DEC

I NC

A IR
DENS I TY
1 PC T
DEC

I NC

PROJ WT
OF 1 SQ
( 4 SQ S TD )
DEC

I NC

0

76

1
2
3
4

. 004 0 . 004
. 006 0 . 006
. 009 0 . 009

0 . 000 0 . 000
0 . 000 0 . 000
0 . 000 0 . 000

0 . 000 0 . 000
0 . 000 0 . 000
0 . 000 0 . 000

0 . 000 0 . 000
0 . 001 . 001
0 . 001 . 001

0 . 009
0 . 013
0 . 017

. 009
. 013
. 017

5

. 011 0 . 011

0 . 000 0 . 000

0 . 000 0 . 000

0 . 002

. 002

0 . 021

. 021

6
7
8
9

. 013
. 015
. 017
. 019

0 . 000
0 . 000
0 . 000
0 . 000

0 . 000
0 . 000
0 . 000
0 . 000

0 . 001
0 . 001
0 . 002
0 . 003

. 001
. 002
. 003
. 004

0 . 002
0 . 003
0 . 005
0 . 006

. 002
. 003
. 005
. 006

0 . 024
0 . 027
0 . 030
0 . 033

. 024
. 028
. 031
. 034

0 . 000 0 . 000

0 . 004

. 004

0 . 008

. 008

0 . 035

. 036

0 . 000
0 . 000
0 . 000
0 . 000

0 . 000
0 . 000
0 . 000
0 . 001

0 . 005
0 . 007
0 . 007
0 . 008

. 005
. 005
. 005
. 004

0 . 010
0 . 012
0 . 014
0 . 015

. 010
. 011
. 013
. 014

0 . 037
0 . 039
0 . 040
0 . 041

. 038
. 040
. 041
. 043

0 . 000 0 . 001

0 . 008

0 . 013
0 . 015
0 . 017
0 . 019

10

. 021 0 . 021

11
12
13
14

. 023
. 024
. 026
. 027

15

. 029 0 . 029

16
17
18
19

. 030
. 031
. 032
. 033

20

. 034 0 . 034

21
22
23
24

. 035
. 036
. 037
. 038

25

. 039 0 . 039

26
27
28
29

. 039
. 040
. 041
. 042

30

. 043 0 . 043

31
32
33
34

. 044
. 044
. 045
. 046

35

. 047 0 . 047

0 . 022
0 . 024
0 . 026
0 . 027

0 . 030
0 . 031
0 . 032
0 . 033

0 . 035
0 . 036
0 . 037
0 . 038

0 . 040
0 . 041
0 . 041
0 . 042

0 . 044
0 . 045
0 . 046
0 . 046

. 004

0 . 017

. 016

0 . 043

. 044

0 . 002
0 . 002
0 . 003
0 . 003

0 . 008 . 003
0 . 007 . 001
0 . 006 0 . 000
0 . 005 0 . 002

0 . 019
0 . 020
0 . 022
0 . 023

. 017
. 018
. 020
. 021

0 . 044
0 . 045
0 . 046
0 . 047

. 045
. 046
. 047
. 048

. 002 0 . 004

0 . 004 0 . 004

0 . 024

. 022

0 . 047

. 049

0 . 002
0 . 000
. 001
. 003

0 . 005
0 . 007
0 . 009
0 . 011

0 . 026
0 . 027
0 . 028
0 . 029

. 023
. 024
. 025
. 026

0 . 048
0 . 049
0 . 050
0 . 051

. 050
. 051
. 051
. 052

. 005 0 . 013

0 . 030

. 027

0 . 051

. 052

0 . 015
0 . 017
0 . 019
0 . 021

0 . 031
0 . 033
0 . 034
0 . 035

. 028
. 029
. 031
. 032

0 . 052
0 . 052
0 . 053
0 . 053

. 053
. 053
. 054
. 054

. 016 0 . 023

0 . 037

. 033

0 . 054

. 054

0 . 025
0 . 027
0 . 029
0 . 031

0 . 038
0 . 039
0 . 040
0 . 042

. 034
. 035
. 036
. 038

0 . 054
0 . 054
0 . 055
0 . 055

. 054
. 055
. 056
. 056

. 026 0 . 033

0 . 043

. 039

0 . 055

. 057

. 001
. 001
. 001
. 002

. 003
. 003
. 004
. 004

0 . 004
0 . 005
0 . 006
0 . 006

. 005 0 . 007
. 006
. 006
. 007
. 007

0 . 007
0 . 008
0 . 009
0 . 009

. 008 0 . 010
. 009
. 009
. 010
. 010

0 . 011
0 . 011
0 . 012
0 . 013

. 011 0 . 013

. 008
. 010
. 012
. 014

. 017
. 019
. 022
. 024

F T 1 5 5 AM 3

TABLE J

PROJ , HE , M10 7
FUZE , MTSQ , M58 2
1

2

3

CHARGE
2L

FUZE CORREC T I ON FAC TORS

4

5

FS

6

7

8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

I NC

RANGE
W I ND
1 KNO T
HEAD

35

. 047 0 . 047

36
37
38
39

. 048
. 049
. 050
. 051

40

. 051 0 . 052

41
42
43
44

. 052
. 053
. 054
. 055

45

. 056 0 . 056

46
47
48
49

. 057
. 059
. 060
. 061

50

. 062 0 . 061

51
52
53
54

. 063
. 064
. 065
. 066

55

. 067 0 . 067

56
57
58
59

. 068
. 070
. 071
. 072

60

. 073 0 . 073

61
62
63
64

. 075
. 076
. 077
. 079

65

. 080 0 . 080

66
67
68
69

. 081
. 083
. 084
. 086

0 . 081
0 . 082
0 . 084
0 . 085

. 018
. 018
. 018
. 018

70

. 088 0 . 087

. 018

0 . 048
0 . 049
0 . 050
0 . 051

0 . 053
0 . 053
0 . 054
0 . 055

0 . 057
0 . 058
0 . 059
0 . 060

0 . 062
0 . 063
0 . 065
0 . 066

0 . 068
0 . 069
0 . 071
0 . 072

0 . 074
0 . 076
0 . 077
0 . 078

TA I L

. 011 0 . 013
. 012
. 012
. 013
. 013

0 . 014
0 . 014
0 . 015
0 . 015

. 014 0 . 016
. 014
. 015
. 015
. 016

0 . 016
0 . 017
0 . 017
0 . 017

. 016 0 . 018
. 017
. 017
. 017
. 018

0 . 018
0 . 018
0 . 019
0 . 019

. 018 0 . 019
. 018
. 018
. 019
. 019

0 . 019
0 . 020
0 . 020
0 . 020

. 019 0 . 020
. 019
. 019
. 019
. 019

0 . 020
0 . 020
0 . 020
0 . 020

. 019 0 . 020
. 019
. 019
. 019
. 019

0 . 019
0 . 019
0 . 019
0 . 019

. 018 0 . 018
0 . 018
0 . 018
0 . 018
0 . 021

A IR
TEMP
1 PC T
DEC

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

DEC

I NC

. 026 0 . 033

0 . 043

. 039

0 . 055

. 057

0 . 035
0 . 036
0 . 038
0 . 040

0 . 044
0 . 046
0 . 047
0 . 049

. 040
. 041
. 043
. 044

0 . 056
0 . 057
0 . 057
0 . 057

. 057
. 058
. 058
. 058

. 035 0 . 041

0 . 050

. 046

0 . 057

. 058

0 . 043
0 . 044
0 . 046
0 . 047

0 . 052
0 . 053
0 . 055
0 . 056

. 047
. 049
. 050
. 051

0 . 057
0 . 057
0 . 058
0 . 058

. 059
. 059
. 059
. 060

. 043 0 . 049

0 . 058

. 053

0 . 058

. 060

0 . 050
0 . 051
0 . 053
0 . 054

0 . 059
0 . 061
0 . 063
0 . 064

. 054
. 056
. 058
. 059

0 . 058
0 . 058
0 . 058
0 . 058

. 061
. 062
. 063
. 065

. 050 0 . 055

0 . 066

. 061

0 . 058

. 066

0 . 056
0 . 057
0 . 059
0 . 060

0 . 068
0 . 070
0 . 072
0 . 074

. 063
. 064
. 066
. 067

0 . 058
0 . 059
0 . 061
0 . 062

. 066
. 067
. 067
. 068

. 054 0 . 061

0 . 075

. 069

0 . 063

. 068

0 . 062
0 . 063
0 . 064
0 . 064

0 . 077
0 . 079
0 . 081
0 . 082

. 071
. 072
. 074
. 075

0 . 064
0 . 064
0 . 064
0 . 065

. 069
. 069
. 070
. 071

. 059 0 . 065

0 . 084

. 077

0 . 065

. 072

0 . 066
0 . 067
0 . 068
0 . 068

0 . 086
0 . 088
0 . 089
0 . 091

. 079
. 080
. 082
. 084

0 . 066
0 . 067
0 . 068
0 . 069

. 074
. 075
. 077
. 079

. 061 0 . 069

0 . 093

. 085

0 . 071

. 081

0 . 070
0 . 070
0 . 071
0 . 071

0 . 095
0 . 097
0 . 098
0 . 101

. 087
. 088
. 09 0
. 09 2

0 . 072
0 . 074
0 . 077
0 . 081

. 084
. 087
. 09 0
. 09 5

. 062 0 . 071

0 . 104

. 09 5

0 . 089

. 103

. 028
. 030
. 032
. 033

. 037
. 038
. 040
. 041

. 044
. 046
. 047
. 048

. 051
. 052
. 052
. 053

. 055
. 056
. 057
. 058

. 059
. 060
. 060
. 061

. 062
. 062
. 063
. 063

I NC

A IR
DENS I TY
1 PC T

77

CHARGE
2L

TABLE J

F T 1 5 5 AM 3

FUZE CORREC T I ON FAC TORS

1

2

3

4

5

FS

7

8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

78

6

PROJ , HE , M10 7
FUZE , MTSQ , M58 2

I NC

RANGE
W I ND
1 KNO T
HEAD

TA I L

A IR
TEMP
1 PC T
DEC

I NC

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

DEC

I NC

70

. 088 0 . 087

. 018

. 062 0 . 071

0 . 104

. 09 5

0 . 089

. 103

71
72

. 09 1 0 . 090
. 09 4 0 . 097

. 022
. 030

. 059 0 . 068
0 . 062

0 . 111

. 100
. 110

0 . 109
0 . 168

. 121
. 153

FT 155-AM-3

TABLE K

CHARGE
2L

PROJ, HE, M107

FUZE SETTING

FUZE, MTSQ, M582
CORRECTIONS TO FUZE SETTING OF FUZE, MTSQ, M582
FOR FUZE, MTSQ, M564

FUZE SETTING
FUZE M582

CORRECTIONS

FROM

TO

2.0

3.4

-0.1

3.5

41.9

0.0

42.0

71.9

0.1

79

FT 155-AM-3

80

FT 155-AM-3

Part 1 - 3

Charge 3H

Projectile, HE, M107

Fuze, PD, M739A1

Muzzle Velocity – 559.7 m/s*

Propelling Charge M232 - Increments 1, 2 and 3

* The standard muzzle velocity of 558 m/s was adjusted for the fuzed weight of the projectile.

81

FT 155-AM-3

82

F T 1 5 5 AM 3

TABLE A

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
3H
M23 2

L I NE NUMBER

L I NE NUMBER OF ME TEOROLOG I CAL MESSAGE
QUADRAN T
ELEVA T I ON
M I LS

NO TE

L I NE
NUMBER

0. 0

86 . 2

0

86 . 3
171 . 3
265 . 2
359 . 7

171 . 2
265 . 1
359 . 6
441 . 7

1
2
3
4

441 . 8

551 . 5

5

551 . 6
683 . 7
808 . 0
931 . 3

683 . 6
807 . 9
931 . 2
1132 . 4

6
7
8
9

1132 . 5

1280 . 0

10

WHEN THE PROJ EC T I LE MUS T H I T THE TARGE T ON THE ASCEND I NG BRANCH
OF I TS TRAJ EC TORY , USE HE I GH T OF TARGE T I N ME TERS TO EN TER THE
TABLE ON PAGE XL I I I TO DE TERM I NE L I NE NUMBER .

83

CHARGE
3H
M23 2

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

0

HE I GH T OF TARGE T ABOVE GUN
400

300

100

0

100

200

300

0

0

100
200
300
400

0
0
0
0

0
0
0
0

0
1
2
2

0
2
4
4

500

0

1

2

5

600
700
800
900

0
0
0
0

1
1
2
2

3
3
4
4

6
6
7
7

1000

0

2

5

8

1100
1200
1300
1400

0
0
0
0

2
2
3
3

5
5
6
6

8
9
9
10

1500

0

3

6

10

1600
1700
1800
1900

0
0
0
0

3
3
4
4

7
7
7
8

11
11
12
12

2000

0

4

8

13

2100
2200
2300
2400

3

0
0
0
0

4
4
5
5

8
9
9
9

13
14
14
14

2500

3

0

5

10

15

2600
2700
2800
2900

3
3
3
3

0
0
0
0

5
5
5
6

10
10
10
11

15
16
16
17

3000

4

0

6

11

17

3100
3200
3300
3400

8
8

4
4
4
4

0
0
0
0

6
6
6
6

11
12
12
12

17
18
18
19

3500

9

4

0

6

12

19

0

84

200

ME TERS

1

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
3H
M23 2

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN
400

500

600

700

800

9 00

1000

RANGE

L I NE

ME TERS

NO .

0
0
3
6
6

5
8
9

6
10
12

8
12
14

9
14
17

11
17
21

18
24

100
200
300
400

8

11

14

17

21

25

28

500

9
9
10
11

12
13
14
15

16
17
18
20

20
21
23
25

24
26
28
30

28
31
33
35

32
35
39
41

600
700
800
900

11

16

21

26

31

37

44

1000

12
13
13
14

17
18
18
19

22
23
24
25

27
29
30
31

33
35
36
37

39
41
43
45

46
48
50
52

1100
1200
1300
1400

15

20

26

32

39

46

54

1500

15
16
17
17

21
22
22
23

27
28
28
29

33
34
35
36

40
41
43
44

48
49
51
52

56
57
59
61

1600
1700
1800
1900

18

24

30

37

45

53

62

2000

19
19
20
20

25
25
26
27

31
32
33
34

38
40
41
42

46
47
49
50

55
56
57
59

64
65
67
68

2100
2200
2300
2400

21

27

35

43

51

60

70

2500

21
22
23
23

28
29
30
30

36
36
37
38

44
44
45
46

52
53
54
55

61
63
64
65

71
72
74
75

2600
2700
2800
2900

24

31

39

47

57

66

77

3000

24
25
25
26

32
32
33
34

40
40
41
42

48
49
50
51

58
59
60
61

68
69
70
71

78
79
81
82

3100
3200
3300
3400

26

34

43

52

62

72

83

3500

2

3

3

85

CHARGE
3H
M23 2

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

0

1

HE I GH T OF TARGE T ABOVE GUN
200

100

0

100

200

300

3500

9

4

0

6

12

19

3600
3700
3800
3900

14

9
9
9
9

4
4
4
4

0
0
0
0

7
7
7
7

13
13
13
14

19
20
20
21

4000

14

9

4

0

7

14

21

4100
4200
4300
4400

20

14
15
15
15

9
10
10
10

4
4
4
5

0
0
0
0

7
7
8
8

14
14
15
15

21
22
22
23

4500

20

15

10

5

0

8

15

23

4600
4700
4800
4900

21
21
21
21

16
16
16
16

10
11
11
11

5
5
5
5

0
0
0
0

8
8
8
8

15
16
16
16

23
24
24
25

5000

22

17

11

5

0

9

16

25

5100
5200
5300
5400

22
23
23
23

17
17
18
18

11
12
12
12

5
5
6
6

0
0
0
0

9
9
9
9

17
17
17
17

25
26
26
26

5500

24

18

12

6

0

9

18

27

5600
5700
5800
5900

24
25
25
25

19
19
19
20

13
13
13
13

6
6
6
6

0
0
0
0

9
9
10
10

18
18
18
19

27
27
28
28

6000

26

20

13

6

0

10

19

28

6100
6200
6300
6400

26
27
27
28

20
21
21
21

14
14
14
14

6
7
7
7

0
0
0
0

10
10
10
10

19
19
19
20

29
29
29
30

6500

28

22

15

7

0

10

20

30

6600
6700
6800
6900

29
29
30
30

22
22
23
23

15
15
15
15

7
7
7
7

0
0
0
0

11
11
11
11

20
20
21
21

30
31
31
31

7000

30

23

16

7

0

11

21

32

400

1

86

ME TERS

300

2

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
3H
M23 2

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

26

34

43

52

62

72

83

3500

27
27
28
29

35
36
36
37

44
44
45
46

53
54
55
56

63
64
65
66

74
75
76
77

85
86
87
89

3600
3700
3800
3900

29

38

47

57

67

78

90

4000

30
30
31
31

38
39
40
40

48
48
49
50

58
58
59
60

68
69
70
71

79
81
82
83

91
93
94
95

4100
4200
4300
4400

32

41

51

61

72

84

97

4500

32
33
33
34

41
42
43
43

51
52
53
54

62
63
64
65

73
74
75
76

85
86
88
89

98
99
100
102

4600
4700
4800
4900

34

44

54

66

77

90

103

5000

35
35
36
36

45
45
46
46

55
56
57
57

66
67
68
69

78
79
80
81

91
92
93
94

104
105
106
108

5100
5200
5300
5400

37

47

58

70

82

95

109

5500

37
37
38
38

48
48
49
49

59
59
60
61

70
71
72
73

83
84
85
85

96
97
98
99

110
111
112
113

5600
5700
5800
5900

39

50

61

73

86

100

114

6000

39
40
40
40

50
51
51
52

62
62
63
64

74
75
75
76

87
88
89
89

100
101
102
103

115
116
117
118

6100
6200
6300
6400

41

52

64

77

90

104

119

6500

41
42
42
43

53
53
54
54

65
65
66
67

78
78
79
80

91
92
92
93

105
106
107
107

119
120
121
122

6600
6700
6800
6900

43

55

67

80

94

108

123

7000

2

3

3

87

CHARGE
3H
M23 2

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

7000

30

23

16

7

0

11

21

32

7100
7200
7300
7400

31
31
32
32

24
24
24
25

16
16
16
17

7
8
8
8

0
0
0
0

11
11
11
11

21
21
22
22

32
32
33
33

7500

33

25

17

8

0

12

22

33

7600
7700
7800
7900

33
34
34
35

26
26
26
27

17
17
18
18

8
8
8
8

0
0
0
0

12
12
12
12

22
23
23
23

34
34
34
35

8000

36

27

18

9

0

12

23

35

8100
8200
8300
8400

36
37
37
38

28
28
29
29

18
19
19
19

9
9
9
9

0
0
0
0

12
12
13
13

24
24
24
25

36
36
37
37

8500

39

29

20

9

0

13

25

37

8600
8700
8800
8900

39
40
41
41

30
30
31
32

20
20
21
21

10
10
10
10

0
0
0
0

13
13
13
14

25
26
26
26

38
38
39
40

9000

42

32

22

10

0

14

27

40

9100
9200
9300
9400

43
44
45
45

33
33
34
35

22
22
23
23

11
11
11
11

0
0
0
0

14
14
14
15

27
27
28
28

41
41
42
43

9500

46

35

24

11

0

15

29

43

9600
9700
9800
9900

47
48
49
50

36
36
37
38

24
24
25
25

12
12
12
12

0
0
0
0

15
15
15
16

29
30
30
31

44
45
45
46

10000

51

39

26

13

0

16

31

47

10100
10200
10300
10400

52
53
54
55

40
40
41
42

27
27
28
28

13
13
14
14

0
0
0
0

16
16
17
17

32
32
33
33

48
49
49
50

10500

56

43

29

14

0

17

34

52

1

2

3

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

3

88

4

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
3H
M23 2

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

43

55

67

80

94

108

123

7000

43
44
44
45

55
56
56
57

68
69
69
70

81
82
83
83

95
96
97
97

109
110
111
112

124
125
126
127

7100
7200
7300
7400

45

58

71

84

98

113

129

7500

46
46
47
47

58
59
59
60

71
72
73
74

85
86
87
88

99
100
101
102

114
115
116
118

130
131
132
133

7600
7700
7800
7900

48

61

74

88

103

119

135

8000

48
49
49
50

61
62
63
64

75
76
77
78

89
90
92
93

104
106
107
108

120
121
123
124

136
138
139
141

8100
8200
8300
8400

51

64

79

94

109

126

142

8500

51
52
53
53

65
66
67
68

80
81
82
83

95
96
97
99

111
112
114
115

127
129
130
132

144
146
148
150

8600
8700
8800
8900

54

69

84

100

117

134

152

9000

55
56
57
57

70
71
72
73

85
87
88
89

101
103
104
106

118
120
122
124

136
138
140
142

154
156
158
160

9100
9200
9300
9400

58

74

91

108

125

144

163

9500

59
60
61
62

75
77
78
79

92
94
95
97

109
111
113
115

127
129
132
134

146
148
151
154

166
168
171
174

9600
9700
9800
9900

63

81

98

117

136

156

177

10000

65
66
67
68

82
83
85
87

100
102
104
106

119
121
124
126

139
141
144
147

159
162
165
168

180
184
187
191

10100
10200
10300
10400

70

89

108

129

150

172

195

10500

4

3

4

5

5

89

CHARGE
3H
M23 2

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

10500

56

43

29

14

0

17

34

52

10600
10700
10800
10900

58
59
60
62

44
45
46
47

29
30
31
32

14
15
15
16

0
0
0
0

18
18
18
19

35
35
36
37

53
54
55
56

11000

63

48

32

16

0

19

38

57

11100
11200
11300
11400

65
67
68
70

49
51
52
53

33
34
35
36

16
17
17
18

0
0
0
0

20
20
20
21

39
39
40
41

58
60
61
63

11500

72

55

37

18

0

21

42

64

11600
11700
11800
11900

74
76
78
80

56
58
59
61

38
39
40
41

19
19
20
20

0
0
0
0

22
22
23
23

43
44
45
47

66
67
69
71

12000

82

62

42

21

0

24

48

73

12100
12200
12300
12400

84
86
89
91

64
66
68
70

43
44
46
47

22
22
23
24

0
0
0
0

24
25
26
27

49
50
52
53

75
77
79
81

12500

94

72

49

24

0

27

55

83

12600
12700
12800
12900

97
100
103
106

74
76
79
81

50
52
53
55

25
26
27
28

0
0
0
0

28
29
30
30

56
58
59
61

86
88
91
93

13000

109

83

56

28

0

31

63

97

13100
13200
13300
13400

113
116
119
123

86
88
91
95

58
60
62
64

29
30
32
33

0
0
0
0

32
33
35
36

65
68
70
73

100
104
108
112

13500

128

98

67

34

0

37

76

117

13600
13700
13800
13900

133
139
144
150

102
106
111
115

70
73
76
79

36
37
39
40

0
0
0
0

39
40
42
44

79
82
86
91

122
127
134
141

14000

156

120

83

42

0

46

96

150

3

4

5

6
90

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

6

7

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
3H
M23 2

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

70

89

108

129

150

172

195

10500

71
73
74
76

90
92
94
96

110
113
115
118

131
134
137
140

153
156
159
163

175
179
183
187

199
203
207
212

10600
10700
10800
10900

77

98

120

143

166

191

217

11000

79
81
83
85

101
103
105
108

123
126
129
132

146
150
153
157

170
174
178
183

195
200
205
210

222
227
232
238

11100
11200
11300
11400

87

110

135

161

187

215

244

11500

89
91
93
96

113
116
119
122

138
142
146
150

165
169
174
178

192
197
202
208

221
226
232
239

250
257
264
271

11600
11700
11800
11900

99

126

154

183

213

245

278

12000

101
104
107
110

129
133
136
140

158
162
167
172

188
193
199
204

219
225
232
239

252
259
267
275

286
294
303
313

12100
12200
12300
12400

113

144

176

210

246

283

323

12500

116
120
123
127

148
153
158
163

182
187
194
201

217
224
232
240

254
263
272
282

293
303
314
326

334
346
359
373

12600
12700
12800
12900

132

169

208

250

293

339

388

13000

137
142
148
154

176
182
190
197

216
225
234
244

259
270
281
294

305
318
332
348

353
369
386
406

405
424
445
470

13100
13200
13300
13400

160

206

256

309

367

430

499

13500

167
176
185
196

216
228
241
256

269
284
302
323

326
346
369
403

388
414
448
524

457
492
554

535
593

13600
13700
13800
13900

209

276

357

5

6
7

14000

7

91

CHARGE
3H
M23 2

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

14000

156

120

83

42

0

46

96

150

14100
14200
14300
14400

163
171
180
19 1

126
133
140
149

87
92
97
103

45
47
50
54

0
0
0
0

49
52
56
64

102
109
122

160
175

6
8

*****************************************************************

9

10

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

14400
14300
14200
14100

404
422
439
456

29 3
307
321
333

187
19 8
207
216

89
95
100
105

0
0
0
0

76
86
92
98

159
175
188

247
268

14000

471

345

224

109

0

103

198

285

13900
13800
13700
13600

486
501
516
530

357
368
379
39 0

232
240
247
255

113
117
121
125

0
0
0
0

107
111
115
119

208
216
224
232

301
314
327
339

13500

544

400

262

128

0

122

239

350

13400
13300
13200
13100

559
573
587
601

411
422
432
443

269
276
283
29 0

132
135
139
143

0
0
0
0

126
130
133
137

247
254
261
268

362
372
383
394

13000

615

454

29 7

146

0

140

275

404

12900
12800
12700
12600

629
644
658
673

464
475
486
49 7

304
311
318
326

150
153
157
160

0
0
0
0

144
147
151
154

282
289
296
303

415
425
436
446

12500

688

507

333

164

0

158

310

457

12400
12300
12200
12100

702
718
733
749

518
530
541
553

340
347
355
362

167
171
175
178

0
0
0
0

161
165
168
172

317
324
331
338

467
478
488
499

12000

765

564

370

182

0

176

346

510

11900
11800
11700
11600

781
79 7
814
832

576
588
601
613

378
386
39 4
402

186
19 0
19 4
19 8

0
0
0
0

179
183
187
191

353
360
368
376

521
532
543
554

11500

849

626

411

202

0

195

383

565

10

92

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
3H
M23 2

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN
400

500

600

209

276

357

226
268

311

700

ME TERS

800

9 00

1000

RANGE

L I NE

ME TERS

NO .

14000
14100
14200
14300
14400

7

****************************************************************
14400
14300
14200
14100

337

386

363

430

480

386
406
423
440

461
488
512
533

526
561
592
620

575
623
663
698

671
723
766

455

554

645

729

804

470
485
500
514

573
592
610
628

669
692
715
737

759
786
813
839

840
873
904
934

528

646

758

864

964

542
556
570
584

664
681
699
716

779
800
821
842

889
914
938
962

598

733

863

612
626
640
654

750
768
785
803

668

14000

790
867

13900
13800
13700
13600

870

926

13500

913
952
988
1023

976
1022
1064
1105

13400
13300
13200
13100

1057

1143

13000

992
1021
1049
1077

1090
1122
1153
1185

1180
1216
1252
1287

12900
12800
12700
12600

986

1104

1216

1321

12500

883
904
925
946

1011
1035
1059
1083

1132
1159
1187
1214

1247
1278
1308
1339

1356
1390
1424
1458

12400
12300
12200
12100

820

967

1107

1242

1370

1492

12000

682
697
711
726

838
856
874
892

988
1009
1030
1052

1132
1156
1181
1206

1269
1297
1325
1353

1401
1432
1463
1495

1526
1561
1595
1630

11900
11800
11700
11600

741

911

1074

1231

1382

1526

1665

11500

9

768
823

8

9

93

CHARGE
3H
M23 2

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

11500

849

626

411

202

0

195

383

565

11400
11300
11200
11100

868
886
9 06
9 25

640
653
667
682

419
428
437
446

206
211
215
220

0
0
0
0

199
203
207
211

391
399
408
416

577
589
601
613

11000

9 46

69 6

456

224

0

216

424

626

10900
10800
10700
10600

9 67
9 89
1013
1037

712
727
744
761

466
476
486
49 7

229
234
239
244

0
0
0
0

220
225
229
234

433
442
451
460

638
651
665
678

10500

1062

779

508

249

0

239

470

692

10400
10300
10200
10100

1088
1116
1145
1176

79 7
817
837
858

520
532
545
558

255
261
267
273

0
0
0
0

244
249
255
260

480
490
500
511

706
721
736
752

10000

1209

881

572

279

0

266

522

768

9900
9800
9700
9600

1244
1282
1322
1366

9 04
9 30
9 56
9 85

586
602
618
635

286
29 3
300
308

0
0
0
0

272
279
285
292

533
545
557
570

784
801
818
837

9500

1413

1016

653

317

0

299

583

855

1048
1083
1122

672
69 2
714
738

325
334
344
354

0
0
0
0

306
314
322
330

597
611
627
642

875
895
916
938

9000

763

365

0

339

658

961

8900
8800
8700
8600

79 1

377
389
403
417

0
0
0
0

349
358
369
380

675
693
712
732

984
1009
1035
1062

432

0

392

753

1090

8400
8300
8200
8100

0
0
0
0

404
417
431
447

775
798
822
848

1120
1151
1184
1218

8000

0

462

875

1254

10

9400
9300
9200
9100

8500

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

10

94

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
3H
M23 2

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

741

911

1074

1231

1382

1526

1665

11500

757
772
788
804

930
949
968
988

1096
1119
1142
1165

1257
1282
1309
1335

1411
1440
1469
1499

1558
1591
1623
1656

1700
1735
1771
1807

11400
11300
11200
11100

820

1008

1188

1362

1529

1690

1844

11000

837
854
871
889

1028
1049
1070
1091

1212
1236
1261
1286

1389
1417
1446
1474

1560
1591
1623
1655

1724
1758
1793
1829

1881
1919
1957
1995

10900
10800
10700
10600

907

1113

1312

1504

1688

1865

2035

10500

925
944
963
983

1136
1159
1182
1206

1338
1365
1393
1421

1534
1564
1595
1627

1721
1755
1790
1826

1902
1939
1977
2016

2075
2115
2157
2199

10400
10300
10200
10100

1004

1231

1449

1660

1862

2056

2242

10000

1025
1046
1069
1092

1256
1282
1309
1337

1479
1509
1540
1572

1693
1727
1762
1798

1899
1936
1975
2015

2096
2138
2180
2223

2286
2330
2376
2423

9900
9800
9700
9600

1116

1365

1605

1835

2056

2267

2470

9500

1140
1166
1192
1220

1395
1425
1456
1489

1639
1673
1709
1746

1873
1912
1952
1993

2097
2140
2184
2230

2313
2359
2407
2456

2519
2569
2621
2673

9400
9300
9200
9100

1248

1522

1785

2036

2276

2507

2727

9000

1278
1308
1340
1374

1557
1593
1631
1669

1824
1865
1907
1951

2080
2125
2172
2220

2324
2374
2425
2477

2559
2612
2667
2723

2783
2840
2898
2958

8900
8800
8700
8600

1408

1710

1997

2271

2532

2781

3020

8500

1445
1483
1522
1564

1752
1796
1841
1889

2044
2093
2144
2197

2323
2376
2432
2489

2588
2646
2706
2768

2842
2904
2967
3033

3084
3149
3217
3286

8400
8300
8200
8100

1607

1939

2252

2549

2832

3102

3358

8000

9

10

10

95

CHARGE
3H
M23 2

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

10

8000

HE I GH T OF TARGE T ABOVE GUN
400

300

200

100

7900
7800

10

96

ME TERS

0

100

200

300

0

462

875

1254

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
3H
M23 2

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

1607

1939

2252

2549

2832

3102

3358

8000

1990

2309

2611

2899

3172

3432
3508

7900
7800

10

10

97

CHARGE
3H
M23 2

TABLE C

F T 1 5 5 AM 3

W I ND COMPONEN TS

PROJ , HE , M10 7
FUZE , PD , M739 A1

COMPONEN TS OF A ONE KNO T W I ND
CHAR T
D I REC T I ON
OF W I ND

CROSS
W I ND

RANGE
W I ND

CHAR T
D I REC T I ON
OF W I ND

CROSS
W I ND

RANGE
W I ND

MIL

KNO T

KNO T

MIL

KNO T

KNO T

0

H1 . 00

3200

0

T1 . 00

100
200
300

R. 10
R. 20
R. 29

H. 99
H. 98
H. 96

3300
3400
3500

L . 10
L . 20
L . 29

T. 99
T. 98
T. 96

400

R. 38

H. 92

3600

L . 38

T. 92

500
600
700

R. 47
R. 56
R. 63

H. 88
H. 83
H. 77

3700
3800
3900

L . 47
L . 56
L . 63

T. 88
T. 83
T. 77

800

R. 71

H. 71

4000

L . 71

T. 71

900
1000
1100

R. 77
R. 83
R. 88

H. 63
H. 56
H. 47

4100
4200
4300

L . 77
L . 83
L . 88

T. 63
T. 56
T. 47

1200

R. 92

H. 38

4400

L . 92

T. 38

1300
1400
1500

R. 96
R. 98
R. 99

H. 29
H. 20
H. 10

4500
4600
4700

L . 96
L . 98
L . 99

T. 29
T. 20
T. 10

1600

R1 . 00

0

4800

L 1 . 00

0

1700
1800
1900

R. 99
R. 98
R. 96

T. 10
T. 20
T. 29

4900
5000
5100

L . 99
L . 98
L . 96

H. 10
H. 20
H. 29

2000

R. 92

T. 38

5200

L . 92

H. 38

2100
2200
2300

R. 88
R. 83
R. 77

T. 47
T. 56
T. 63

5300
5400
5500

L . 88
L . 83
L . 77

H. 47
H. 56
H. 63

2400

R. 71

T. 71

5600

L . 71

H. 71

2500
2600
2700

R. 63
R. 56
R. 47

T. 77
T. 83
T. 88

5700
5800
5900

L . 63
L . 56
L . 47

H. 77
H. 83
H. 88

2800

R. 38

T. 92

6000

L . 38

H. 92

2900
3000
3100

R. 29
R. 20
R. 10

T. 96
T. 98
T. 99

6100
6200
6300

L . 29
L . 20
L . 10

H. 96
H. 98
H. 99

3200

0

T1 . 00

6400

0

H1 . 00

0

98

F T 1 5 5 AM 3

TABLE D

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
3H
M23 2

TEMPERA TURE
AND DENS I TY CORREC T I ONS

CORREC T I ONS TO TEMPERA TURE ( D T) AND DENS I TY ( DD ) , I N PERCEN T ,
TO COMPENSA TE FOR THE D I FFERENCE I N AL T I TUDE ,
I N ME TERS , BE TWEEN THE BA TTERY AND THE MDP
DH

0

+10

+20

+30

+40

+50

+60

+70

+80

+9 0

0

DT
DD

0.0
0.0

0.0
0 . 1+

0.0
0 . 2+

0 . 1+
0 . 3+

0 . 1+
0 . 4+

0 . 1+
0 . 5+

0 . 1+
0 . 6+

0 . 2+
0 . 7+

0 . 2+
0 . 8+

0 . 2+
0.9+

+100

DT
DD

0 . 2+
1 . 0+

0 . 2+
1 . 1+

0 . 2+
1 . 2+

0 . 3+
1 . 3+

0 . 3+
1 . 4+

0 . 3+
1 . 5+

0 . 3+
1 . 6+

0 . 4+
1 . 7+

0 . 4+
1 . 8+

0 . 4+
1.9+

+200

DT
DD

0 . 5+
2 . 0+

0 . 5+
2 . 1+

0 . 5+
2 . 2+

0 . 6+
2 . 3+

0 . 6+
2 . 4+

0 . 6+
2 . 5+

0 . 6+
2 . 6+

0 . 7+
2 . 7+

0 . 7+
2 . 8+

0 . 7+
2.9+

+300

DT
DD

0 . 7+
3 . 0+

0 . 7+
3 . 1+

0 . 7+
3 . 2+

0 . 8+
3 . 3+

0 . 8+
3 . 4+

0 . 8+
3 . 5+

0 . 8+
3 . 6+

0.9+
3 . 7+

0.9+
3 . 8+

0.9+
3.9+

NO TES

1 . DH I S BA TTERY HE I GH T ABOVE OR BELOW THE MDP .
2 . I F ABOVE THE MDP , USE THE S I GN BEFORE THE NUMBER .
3 . I F BELOW THE MDP , USE THE S I GN AF TER THE NUMBER .

TABLE E
PROPELLAN T TEMPERA TURE
EFFEC TS ON MUZZLE VELOC I TY DUE TO PROPELLAN T TEMPERA TURE
TEMPERA TURE
OF
PROPELLAN T

EFFEC T
ON
VELOC I TY

TEMPERA TURE
OF
PROPELLAN T

DEGREES F

M/S

DEGREES C

40
30
20
10

14 . 2
13 . 8
13 . 2
12 . 4

40 . 0
34 . 4
28 . 9
23 . 3

0

11 . 5

17 . 8

10
20
30
40

10 . 3
9.0
7. 5
5. 8

12 . 2
6. 7
1. 1
4. 4

50

4. 0

10 . 0

60
70
80
90

2. 1
0. 0
2. 2
4. 6

15 . 6
21 . 1
26 . 7
32 . 2

100

7. 0

37 . 8

110
120
130

9.6
12 . 3
15 . 1

43 . 3
48 . 9
54 . 4

99

CHARGE
3H
M23 2

100

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

M

MIL

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
6

7

8

9

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

SEC

MIL

MIL

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

0

0. 0

63

1

0. 0

0. 0

0 . 00

100
200
300
400

1. 7
3. 2
4. 8
6. 5

63
63
61
60

1
1
1
1

0. 2
0. 4
0. 5
0. 7

0. 0
0. 1
0. 1
0. 2

0 . 00
0 . 01
0 . 01
0 . 02

500

8. 2

60

1

0. 9

0. 2

0 . 02

600
700
800
900

9.8
11 . 6
13 . 3
15 . 0

59
58
57
57

1
1
1
1

1. 1
1. 3
1. 5
1. 7

0. 3
0. 3
0. 4
0. 4

0 . 03
0 . 03
0 . 03
0 . 04

1000

16 . 8

1. 9

1 . 11

56

1

1. 9

0. 5

0 . 04

1100
1200
1300
1400

18 . 6
20 . 4
22 . 2
24 . 1

2. 1
2. 3
2. 5
2. 7

1 . 01
0 . 92
0 . 85
0 . 78

55
55
54
53

1
1
1
1

2. 1
2. 3
2. 5
2. 7

0. 6
0. 6
0. 7
0. 7

0 . 05
0 . 05
0 . 06
0 . 06

1500

26 . 0

2. 9

0 . 73

53

1

2. 9

0. 8

0 . 07

1600
1700
1800
1900

27 . 9
29 . 8
31 . 8
33 . 8

3. 1
3. 3
3. 5
3. 7

0 . 68
0 . 64
0 . 60
0 . 57

52
51
51
50

1
1
1
1

3. 1
3. 3
3. 5
3. 7

0. 8
0. 9
1. 0
1. 0

0 . 07
0 . 08
0 . 08
0 . 09

2000

35 . 8

3. 9

0 . 54

49

1

3. 9

1. 1

0 . 09

2100
2200
2300
2400

37 . 8
39 . 9
42 . 0
44 . 1

4. 1
4. 4
4. 6
4. 8

0 . 51
0 . 49
0 . 46
0 . 44

49
48
47
47

1
1
1
1

4. 1
4. 4
4. 6
4. 8

1. 1
1. 2
1. 3
1. 3

0 . 10
0 . 10
0 . 11
0 . 11

2500

46 . 3

5. 0

0 . 42

46

1

5. 0

1. 4

0 . 12

2600
2700
2800
2900

48 . 4
50 . 7
52 . 9
55 . 2

5. 3
5. 5
5. 7
5. 9

0 . 40
0 . 39
0 . 37
0 . 36

46
45
44
44

1
1
1
1

5. 3
5. 5
5. 7
5. 9

1. 5
1. 5
1. 6
1. 7

0 . 12
0 . 13
0 . 13
0 . 14

3000

57 . 5

6. 2

0 . 35

43

1

6. 2

1. 7

0 . 14

3100
3200
3300
3400

59 . 8
62 . 2
64 . 6
67 . 0

6. 4
6. 7
6. 9
7. 2

0 . 33
0 . 32
0 . 31
0 . 30

42
42
41
41

1
1
1
1

6. 4
6. 7
6. 9
7. 2

1. 8
1. 9
1. 9
2. 0

0 . 15
0 . 15
0 . 16
0 . 16

3500

69 . 5

7. 4

0 . 29

40

2

7. 4

2. 1

0 . 17

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1

10

R
A
N
G
E

CHARGE
3H
M23 2

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0

0

100
200
300
400

0. 4
0. 7
1. 1
1. 5

0. 4
0. 7
1. 0
1. 4

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 1

0. 0
0. 0
0. 0
0. 1

1
2
3
4

1
2
3
4

500

1. 8

1. 7

0. 0

0. 0

0. 0

0. 0

0. 1

0. 1

5

5

600
700
800
900

2. 2
2. 5
2. 9
3. 2

2. 1
2. 4
2. 7
3. 0

0. 0
0. 0
0. 1
0. 1

0. 0
0. 0
0. 0
0. 1

0. 0
0. 1
0. 1
0. 1

0. 0
0. 1
0. 1
0. 1

0. 2
0. 3
0. 3
0. 5

0. 2
0. 3
0. 3
0. 4

5
6
7
8

5
6
7
8

1000

3. 5

3. 4

0. 1

0. 1

0. 1

0. 1

0. 6

0. 6

8

9

1100
1200
1300
1400

3. 9
4. 2
4. 5
4. 8

3. 7
4. 0
4. 3
4. 6

0. 1
0. 1
0. 1
0. 2

0. 1
0. 1
0. 1
0. 1

0. 2
0. 2
0. 3
0. 3

0. 2
0. 2
0. 3
0. 3

0. 7
0. 8
1. 0
1. 1

0. 7
0. 8
1. 0
1. 1

9
10
10
11

9
10
11
11

1500

5. 2

4.9

0. 2

0. 2

0. 3

0. 3

1. 3

1. 3

12

12

1600
1700
1800
1900

5. 5
5. 8
6. 1
6. 4

5. 2
5. 5
5. 8
6. 1

0. 2
0. 2
0. 2
0. 3

0. 2
0. 2
0. 2
0. 3

0. 4
0. 4
0. 5
0. 5

0. 4
0. 4
0. 5
0. 5

1. 4
1. 6
1. 8
2. 0

1. 5
1. 7
1. 9
2. 1

12
13
14
14

13
13
14
15

2000

6. 7

6. 4

0. 3

0. 3

0. 6

0. 6

2. 3

2. 3

15

15

2100
2200
2300
2400

7. 0
7. 3
7. 6
7. 9

6. 7
7. 0
7. 3
7. 6

0. 3
0. 4
0. 4
0. 4

0. 3
0. 3
0. 4
0. 4

0. 7
0. 7
0. 8
0.9

0. 7
0. 7
0. 8
0. 8

2. 5
2. 7
3. 0
3. 3

2. 6
2. 8
3. 1
3. 4

15
16
16
16

16
16
17
17

2500

8. 2

7. 8

0. 5

0. 5

0.9

0. 9

3. 5

3. 6

17

18

2600
2700
2800
2900

8. 5
8. 8
9.1
9.3

8. 1
8. 4
8. 7
8.9

0. 5
0. 6
0. 6
0. 7

0. 5
0. 5
0. 6
0. 6

1. 0
1. 1
1. 2
1. 3

1. 0
1. 1
1. 1
1. 2

3. 8
4. 1
4. 4
4. 7

3. 9
4. 2
4. 5
4. 9

17
18
18
18

18
18
19
19

3000

9.6

9.2

0. 7

0. 7

1. 3

1. 3

5. 1

5. 2

19

19

3100
3200
3300
3400

9.9
10 . 1
10 . 4
10 . 7

9.5
9.7
10 . 0
10 . 2

0. 8
0. 8
0. 9
0. 9

0. 7
0. 7
0. 8
0. 8

1. 4
1. 5
1. 6
1. 7

1. 4
1. 5
1. 5
1. 6

5. 4
5. 7
6. 1
6. 5

5. 6
5. 9
6. 3
6. 7

19
19
20
20

20
20
20
21

3500

10 . 9

10 . 5

1. 0

0.9

1. 8

1. 7

6. 8

7. 1

20

21

M

101

CHARGE
3H
M23 2

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

M

MIL

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
6

7

8

9

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

SEC

MIL

MIL

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

3500

69 . 5

7. 4

0 . 29

40

2

7. 4

2. 1

0 . 17

3600
3700
3800
3900

72 . 0
74 . 5
77 . 1
79 . 8

7. 7
7. 9
8. 2
8. 4

0 . 28
0 . 27
0 . 27
0 . 26

40
39
38
38

2
2
2
2

7. 7
7. 9
8. 2
8. 4

2. 2
2. 3
2. 3
2. 4

0 . 18
0 . 18
0 . 19
0 . 19

4000

82 . 4

8. 7

0 . 25

37

2

8. 7

2. 5

0 . 20

4100
4200
4300
4400

85 . 1
87 . 9
90 . 6
93 . 5

9.0
9.2
9.5
9.8

0 . 24
0 . 24
0 . 23
0 . 22

37
36
36
35

2
2
2
2

9.0
9.2
9.5
9.8

2. 6
2. 7
2. 7
2. 8

0 . 21
0 . 21
0 . 22
0 . 22

4500

96 . 3

10 . 1

0 . 22

35

2

10 . 1

2. 9

0 . 23

4600
4700
4800
4900

99 . 3
102 . 2
105 . 2
108 . 3

10 . 3
10 . 6
10 . 9
11 . 2

0 . 21
0 . 21
0 . 20
0 . 20

34
33
33
32

2
2
2
2

10 . 3
10 . 6
10 . 9
11 . 2

3. 0
3. 1
3. 2
3. 3

0 . 24
0 . 24
0 . 25
0 . 26

5000

111 . 4

11 . 5

0 . 19

32

2

11 . 5

3. 4

0 . 26

5100
5200
5300
5400

114 . 6
117 . 8
121 . 0
124 . 3

11 . 8
12 . 1
12 . 4
12 . 7

0 . 19
0 . 18
0 . 18
0 . 17

31
31
30
30

2
3
3
3

11 . 8
12 . 1
12 . 4
12 . 7

3. 5
3. 6
3. 7
3. 8

0 . 27
0 . 28
0 . 28
0 . 29

5500

127 . 7

13 . 0

0 . 17

30

3

13 . 0

3. 9

0 . 30

5600
5700
5800
5900

131 . 1
134 . 6
138 . 1
141 . 6

13 . 3
13 . 6
14 . 0
14 . 3

0 . 16
0 . 16
0 . 16
0 . 15

29
29
28
28

3
3
3
3

13 . 3
13 . 6
14 . 0
14 . 3

4. 0
4. 1
4. 2
4. 3

0 . 30
0 . 31
0 . 32
0 . 32

6000

145 . 3

14 . 6

0 . 15

27

3

14 . 6

4. 4

0 . 33

6100
6200
6300
6400

148 . 9
152 . 6
156 . 4
160 . 2

14 . 9
15 . 2
15 . 6
15 . 9

0 . 15
0 . 14
0 . 14
0 . 14

27
27
26
26

3
3
3
4

14 . 9
15 . 2
15 . 6
15 . 9

4. 5
4. 6
4. 8
4. 9

0 . 34
0 . 34
0 . 35
0 . 35

6500

164 . 1

16 . 2

0 . 13

26

4

16 . 2

5. 0

0 . 36

6600
6700
6800
6900

168 . 1
172 . 0
176 . 1
180 . 1

16 . 6
16 . 9
17 . 2
17 . 6

0 . 13
0 . 13
0 . 12
0 . 12

25
25
25
24

4
4
4
4

16 . 6
16 . 9
17 . 2
17 . 6

5. 1
5. 2
5. 3
5. 4

0 . 37
0 . 37
0 . 38
0 . 38

7000

184 . 3

17 . 9

0 . 12

24

4

17 . 9

5. 6

0 . 39

102

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
3H
M23 2

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

3500

10 . 9

10 . 5

1. 0

0.9

1. 8

1. 7

6. 8

7. 1

20

21

3600
3700
3800
3900

11 . 2
11 . 4
11 . 7
11 . 9

10 . 7
11 . 0
11 . 2
11 . 5

1. 0
1. 1
1. 2
1. 2

1. 0
1. 0
1. 1
1. 1

1.9
2. 0
2. 1
2. 2

1. 8
1. 9
2. 0
2. 1

7. 2
7. 6
8. 0
8. 4

7. 5
7. 9
8. 3
8. 8

20
20
21
21

21
21
21
22

4000

12 . 2

11 . 7

1. 3

1. 2

2. 3

2. 2

8.9

9.2

21

22

4100
4200
4300
4400

12 . 4
12 . 7
12 . 9
13 . 1

11 . 9
12 . 2
12 . 4
12 . 6

1. 4
1. 4
1. 5
1. 6

1. 3
1. 3
1. 4
1. 4

2. 4
2. 6
2. 7
2. 8

2. 3
2. 4
2. 5
2. 6

9.3
9.7
10 . 2
10 . 7

9.7
10 . 2
10 . 6
11 . 1

21
21
21
21

22
22
22
22

4500

13 . 4

12 . 8

1. 7

1. 5

2.9

2. 8

11 . 1

11 . 6

21

22

4600
4700
4800
4900

13 . 6
13 . 8
14 . 0
14 . 3

13 . 1
13 . 3
13 . 5
13 . 7

1. 7
1. 8
1. 9
2. 0

1. 6
1. 7
1. 7
1. 8

3. 0
3. 2
3. 3
3. 4

2. 9
3. 0
3. 1
3. 2

11 . 6
12 . 1
12 . 6
13 . 1

12 . 1
12 . 7
13 . 2
13 . 7

21
21
21
21

22
22
22
22

5000

14 . 5

13 . 9

2. 1

1.9

3. 6

3. 3

13 . 6

14 . 2

21

22

5100
5200
5300
5400

14 . 7
14 . 9
15 . 1
15 . 3

14 . 1
14 . 4
14 . 6
14 . 8

2. 2
2. 3
2. 4
2. 5

2. 0
2. 1
2. 2
2. 3

3. 7
3. 8
3.9
4. 1

3. 3
3. 4
3. 4
3. 5

14 . 2
14 . 7
15 . 2
15 . 8

14 . 8
15 . 3
15 . 8
16 . 3

21
21
21
21

22
22
22
22

5500

15 . 5

15 . 0

2. 6

2. 3

4. 2

3. 5

16 . 3

16 . 8

21

22

5600
5700
5800
5900

15 . 7
15 . 9
16 . 0
16 . 2

15 . 2
15 . 3
15 . 5
15 . 7

2. 7
2. 8
3. 0
3. 1

2. 4
2. 5
2. 7
2. 8

4. 3
4. 4
4. 5
4. 5

3. 5
3. 5
3. 4
3. 4

16 . 9
17 . 4
18 . 0
18 . 5

17 . 3
17 . 9
18 . 3
18 . 8

20
20
20
20

22
22
22
22

6000

16 . 4

15 . 9

3. 2

2.9

4. 6

3. 3

19 . 1

19 . 3

20

21

6100
6200
6300
6400

16 . 5
16 . 7
16 . 9
17 . 0

16 . 1
16 . 2
16 . 4
16 . 6

3. 3
3. 5
3. 6
3. 8

3. 0
3. 1
3. 2
3. 4

4. 6
4. 7
4. 7
4. 7

3. 2
3. 1
3. 0
2. 9

19 . 6
20 . 2
20 . 7
21 . 3

19 . 8
20 . 3
20 . 7
21 . 2

20
20
19
19

21
21
21
21

6500

17 . 2

16 . 7

3. 9

3. 5

4. 6

2. 7

21 . 8

21 . 6

19

21

6600
6700
6800
6900

17 . 3
17 . 5
17 . 6
17 . 7

16 . 9
17 . 0
17 . 2
17 . 3

4. 1
4. 2
4. 4
4. 6

3. 6
3. 7
3.9
4. 0

4. 6
4. 5
4. 4
4. 3

2. 5
2. 4
2. 2
1. 9

22 . 3
22 . 8
23 . 3
23 . 8

22 . 0
22 . 5
22 . 9
23 . 3

19
19
19
18

21
21
20
20

7000

17 . 9

17 . 5

4. 8

4. 2

4. 2

1. 7

24 . 3

23 . 7

18

20

103

CHARGE
3H
M23 2

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

MIL

7000

184 . 3

17 . 9

0 . 12

24

4

17 . 9

5. 6

0 . 39

7100
7200
7300
7400

188 . 4
192 . 7
196 . 9
201 . 3

18 . 3
18 . 6
19 . 0
19 . 3

0 . 12
0 . 11
0 . 11
0 . 11

24
24
23
23

4
4
4
4

18 . 3
18 . 6
19 . 0
19 . 3

5. 7
5. 8
5. 9
6. 0

0 . 40
0 . 40
0 . 41
0 . 41

7500

205 . 6

19 . 7

0 . 11

23

5

19 . 7

6. 2

0 . 42

7600
7700
7800
7900

210 . 1
214 . 5
219 . 0
223 . 6

20 . 0
20 . 4
20 . 7
21 . 1

0 . 11
0 . 10
0 . 10
0 . 10

23
22
22
22

5
5
5
5

20 . 0
20 . 4
20 . 7
21 . 1

6. 3
6. 4
6. 6
6. 7

0 . 42
0 . 43
0 . 43
0 . 44

8000

228 . 2

21 . 4

0 . 10

22

5

21 . 4

6. 8

0 . 44

8100
8200
8300
8400

232 . 9
237 . 6
242 . 3
247 . 1

21 . 8
22 . 2
22 . 5
22 . 9

0 . 10
0 . 10
0 . 09
0 . 09

21
21
21
21

5
5
5
5

21 . 8
22 . 2
22 . 5
22 . 9

6. 9
7. 1
7. 2
7. 4

0 . 45
0 . 45
0 . 46
0 . 46

8500

252 . 0

23 . 3

0 . 09

20

5

23 . 3

7. 5

0 . 47

8600
8700
8800
8900

256 . 9
261 . 9
266 . 9
271 . 9

23 . 6
24 . 0
24 . 4
24 . 8

0 . 09
0 . 09
0 . 09
0 . 09

20
20
20
20

6
6
6
6

23 . 6
24 . 0
24 . 4
24 . 8

7. 6
7. 8
7. 9
8. 1

0 . 47
0 . 48
0 . 48
0 . 49

9000

277 . 0

25 . 2

0 . 08

19

6

25 . 2

8. 2

0 . 49

9100
9200
9300
9400

282 . 2
287 . 4
292 . 6
297 . 9

25 . 5
25 . 9
26 . 3
26 . 7

0 . 08
0 . 08
0 . 08
0 . 08

19
19
19
19

6
6
6
6

25 . 5
25 . 9
26 . 3
26 . 7

8. 4
8. 5
8. 7
8. 8

0 . 50
0 . 50
0 . 51
0 . 51

9500

303 . 3

27 . 1

0 . 08

19

6

27 . 1

9.0

0 . 51

9600
9700
9800
9900

308 . 7
314 . 2
319 . 7
325 . 3

27 . 5
27 . 9
28 . 3
28 . 7

0 . 08
0 . 08
0 . 07
0 . 07

18
18
18
18

7
7
7
7

27 . 5
27 . 9
28 . 3
28 . 7

9.1
9.3
9.5
9.6

0 . 52
0 . 52
0 . 53
0 . 53

10000

331 . 0

29 . 1

0 . 07

18

7

29 . 1

9.8

0 . 54

10100
10200
10300
10400

336 . 7
342 . 4
348 . 3
354 . 2

29 . 5
29 . 9
30 . 3
30 . 7

0 . 07
0 . 07
0 . 07
0 . 07

17
17
17
17

7
7
7
8

29 . 5
29 . 9
30 . 3
30 . 7

10 . 0
10 . 2
10 . 3
10 . 5

0 . 54
0 . 54
0 . 55
0 . 55

10500

360 . 1

31 . 2

0 . 07

17

8

31 . 2

10 . 7

0 . 56

104

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
3H
M23 2

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

7000

17 . 9

17 . 5

4. 8

4. 2

4. 2

1. 7

24 . 3

23 . 7

18

20

7100
7200
7300
7400

18 . 0
18 . 1
18 . 3
18 . 4

17 . 6
17 . 8
17 . 9
18 . 0

4. 9
5. 1
5. 3
5. 5

4. 3
4. 5
4. 6
4. 8

4. 0
3.9
3. 7
3. 5

1. 5
1. 2
1. 0
0. 7

24 . 8
25 . 3
25 . 8
26 . 3

24 . 1
24 . 5
24 . 9
25 . 3

18
18
18
18

20
20
20
20

7500

18 . 5

18 . 1

5. 7

4.9

3. 2

0. 4

26 . 7

25 . 7

18

19

7600
7700
7800
7900

18 . 6
18 . 7
18 . 9
19 . 0

18 . 3
18 . 4
18 . 5
18 . 6

5. 9
6. 1
6. 3
6. 5

5. 1
5. 2
5. 4
5. 6

3. 0
2. 7
2. 5
2. 2

0. 1
0. 2
0. 5
0.9

27 . 2
27 . 6
28 . 1
28 . 5

26 . 1
26 . 5
26 . 8
27 . 2

17
17
17
17

19
19
19
19

8000

19 . 1

18 . 7

6. 7

5. 7

1.9

1. 2

28 . 9

27 . 6

17

19

8100
8200
8300
8400

19 . 2
19 . 3
19 . 4
19 . 5

18 . 8
19 . 0
19 . 1
19 . 2

6. 9
7. 1
7. 3
7. 5

5.9
6. 1
6. 2
6. 4

1. 5
1. 2
0.9
0. 5

1. 5
1.9
2. 2
2. 6

29 . 3
29 . 8
30 . 2
30 . 6

27 . 9
28 . 3
28 . 7
29 . 0

17
16
16
16

19
19
18
18

8500

19 . 6

19 . 3

7. 7

6. 6

0. 1

3. 0

31 . 0

29 . 4

16

18

8600
8700
8800
8900

19 . 7
19 . 8
19 . 9
20 . 0

19 . 4
19 . 5
19 . 6
19 . 7

8. 0
8. 2
8. 4
8. 6

6. 8
6.9
7. 1
7. 3

0. 3
0. 6
1. 0
1. 5

3. 3
3. 7
4. 1
4. 5

31 . 4
31 . 8
32 . 2
32 . 6

29 . 7
30 . 1
30 . 4
30 . 8

16
16
15
15

18
18
18
18

9000

20 . 1

19 . 8

8. 9

7. 5

1. 9

4.9

32 . 9

31 . 2

15

17

9100
9200
9300
9400

20 . 2
20 . 3
20 . 4
20 . 4

19 . 9
20 . 0
20 . 1
20 . 2

9.1
9.3
9.6
9.8

7. 7
7.9
8. 0
8. 2

2. 3
2. 7
3. 2
3. 6

5. 3
5. 7
6. 1
6. 5

33 . 3
33 . 7
34 . 1
34 . 5

31 . 5
31 . 9
32 . 2
32 . 6

15
15
15
14

17
17
17
17

9500

20 . 5

20 . 2

10 . 1

8. 4

4. 1

6.9

34 . 8

33 . 0

14

17

9600
9700
9800
9900

20 . 6
20 . 7
20 . 8
20 . 9

20 . 3
20 . 4
20 . 5
20 . 6

10 . 3
10 . 5
10 . 8
11 . 0

8. 6
8. 8
9.0
9.2

4. 6
5. 0
5. 5
6. 0

7. 3
7. 7
8. 1
8. 6

35 . 2
35 . 6
36 . 0
36 . 3

33 . 3
33 . 7
34 . 1
34 . 4

14
14
14
13

16
16
16
16

10000

20 . 9

20 . 7

11 . 3

9.4

6. 4

9.0

36 . 7

34 . 8

13

16

10100
10200
10300
10400

21 . 0
21 . 1
21 . 2
21 . 3

20 . 7
20 . 8
20 . 9
21 . 0

11 . 6
11 . 8
12 . 1
12 . 3

9.6
9.8
10 . 0
10 . 2

6. 9
7. 4
7. 9
8. 4

9.4
9.8
10 . 2
10 . 6

37 . 1
37 . 4
37 . 8
38 . 2

35 . 2
35 . 6
36 . 0
36 . 4

13
13
13
12

16
15
15
15

10500

21 . 4

21 . 1

12 . 6

10 . 4

8. 9

11 . 0

38 . 6

36 . 8

12

15

105

CHARGE
3H
M23 2

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

10500

360 . 1

31 . 2

0 . 07

17

8

31 . 2

10 . 7

0 . 56

10600
10700
10800
10900

366 . 2
372 . 2
378 . 4
384 . 7

31 . 6
32 . 0
32 . 5
32 . 9

0 . 07
0 . 07
0 . 07
0 . 06

16
16
16
16

8
8
8
8

31 . 6
32 . 0
32 . 5
32 . 9

10 . 9
11 . 1
11 . 3
11 . 5

0 . 56
0 . 57
0 . 57
0 . 57

11000

391 . 0

33 . 3

0 . 06

16

8

33 . 3

11 . 7

0 . 58

11100
11200
11300
11400

397 . 4
403 . 9
410 . 5
417 . 1

33 . 8
34 . 2
34 . 7
35 . 1

0 . 06
0 . 06
0 . 06
0 . 06

16
15
15
15

9
9
9
9

33 . 8
34 . 2
34 . 7
35 . 1

11 . 9
12 . 1
12 . 3
12 . 6

0 . 58
0 . 59
0 . 59
0 . 59

11500

423 . 9

35 . 6

0 . 06

15

9

35 . 6

12 . 8

0 . 60

11600
11700
11800
11900

430 . 7
437 . 7
444 . 8
452 . 0

36 . 1
36 . 6
37 . 0
37 . 5

0 . 06
0 . 06
0 . 06
0 . 06

14
14
14
14

9
10
10
10

36 . 1
36 . 6
37 . 0
37 . 5

13 . 0
13 . 3
13 . 5
13 . 8

0 . 60
0 . 61
0 . 61
0 . 62

12000

459 . 3

38 . 0

0 . 06

14

10

38 . 0

14 . 0

0 . 62

12100
12200
12300
12400

466 . 7
474 . 3
482 . 0
489 . 9

38 . 5
39 . 0
39 . 6
40 . 1

0 . 06
0 . 05
0 . 05
0 . 05

13
13
13
13

11
11
11
11

38 . 5
39 . 0
39 . 6
40 . 1

14 . 3
14 . 6
14 . 9
15 . 2

0 . 62
0 . 63
0 . 63
0 . 64

12500

497 . 9

40 . 6

0 . 05

12

12

40 . 6

15 . 5

0 . 64

12600
12700
12800
12900

506 . 2
514 . 6
523 . 2
532 . 0

41 . 2
41 . 7
42 . 3
42 . 9

0 . 05
0 . 05
0 . 05
0 . 05

12
12
11
11

12
12
13
13

41 . 2
41 . 7
42 . 3
42 . 9

15 . 8
16 . 2
16 . 5
16 . 9

0 . 65
0 . 65
0 . 66
0 . 66

13000

541 . 1

43 . 5

0 . 05

11

14

43 . 5

17 . 2

0 . 66

13100
13200
13300
13400

550 . 5
560 . 1
570 . 1
580 . 5

44 . 1
44 . 7
45 . 4
46 . 0

0 . 05
0 . 05
0 . 05
0 . 05

11
10
10
9

14
15
16
16

44 . 1
44 . 7
45 . 4
46 . 0

17 . 6
18 . 0
18 . 5
18 . 9

0 . 67
0 . 67
0 . 68
0 . 69

13500

591 . 3

46 . 7

0 . 05

9

17

46 . 7

19 . 4

0 . 69

13600
13700
13800
13900

602 . 6
614 . 6
627 . 2
640 . 8

47 . 4
48 . 2
49 . 0
49 . 9

0 . 05
0 . 05
0 . 04
0 . 04

9
8
8
7

18
19
21
23

47 . 4
48 . 2
49 . 0
49 . 9

20 . 0
20 . 5
21 . 2
21 . 8

0 . 70
0 . 70
0 . 71
0 . 72

14000

655 . 4

50 . 8

0 . 04

6

25

50 . 8

22 . 6

0 . 72

106

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
3H
M23 2

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

10500

21 . 4

21 . 1

12 . 6

10 . 4

8. 9

11 . 0

38 . 6

36 . 8

12

15

10600
10700
10800
10900

21 . 4
21 . 5
21 . 6
21 . 7

21 . 1
21 . 2
21 . 3
21 . 4

12 . 8
13 . 1
13 . 4
13 . 6

10 . 6
10 . 8
11 . 0
11 . 2

9.4
9.9
10 . 4
10 . 9

11 . 4
11 . 9
12 . 3
12 . 7

38 . 9
39 . 3
39 . 7
40 . 0

37 . 2
37 . 6
38 . 0
38 . 5

12
12
12
11

15
14
14
14

11000

21 . 8

21 . 5

13 . 9

11 . 4

11 . 4

13 . 0

40 . 4

38 . 9

11

14

11100
11200
11300
11400

21 . 9
22 . 0
22 . 1
22 . 1

21 . 6
21 . 7
21 . 7
21 . 8

14 . 1
14 . 4
14 . 7
15 . 0

11 . 6
11 . 8
12 . 0
12 . 2

11 . 9
12 . 4
12 . 9
13 . 3

13 . 4
13 . 8
14 . 2
14 . 6

40 . 8
41 . 2
41 . 6
42 . 0

39 . 3
39 . 7
40 . 2
40 . 6

11
10
10
10

13
13
13
13

11500

22 . 2

21 . 9

15 . 2

12 . 5

13 . 8

15 . 0

42 . 3

41 . 1

10

12

11600
11700
11800
11900

22 . 3
22 . 4
22 . 5
22 . 6

22 . 0
22 . 1
22 . 2
22 . 3

15 . 5
15 . 8
16 . 1
16 . 4

12 . 7
12 . 9
13 . 1
13 . 3

14 . 3
14 . 7
15 . 1
15 . 6

15 . 4
15 . 8
16 . 2
16 . 5

42 . 8
43 . 2
43 . 6
44 . 0

41 . 5
42 . 0
42 . 4
42 . 9

9
9
9
8

12
12
12
11

12000

22 . 7

22 . 4

16 . 6

13 . 5

16 . 0

16 . 9

44 . 4

43 . 3

8

11

12100
12200
12300
12400

22 . 8
22 . 8
22 . 9
23 . 0

22 . 4
22 . 5
22 . 6
22 . 7

16 . 9
17 . 2
17 . 5
17 . 8

13 . 7
13 . 9
14 . 1
14 . 4

16 . 4
16 . 8
17 . 1
17 . 5

17 . 3
17 . 7
18 . 1
18 . 4

44 . 9
45 . 3
45 . 8
46 . 3

43 . 8
44 . 2
44 . 7
45 . 2

8
7
7
7

11
11
10
10

12500

23 . 0

22 . 7

18 . 1

14 . 6

17 . 9

18 . 8

46 . 8

45 . 8

7

10

12600
12700
12800
12900

23 . 1
23 . 2
23 . 3
23 . 4

22 . 8
22 . 9
23 . 0
23 . 1

18 . 4
18 . 7
19 . 0
19 . 3

14 . 8
15 . 0
15 . 2
15 . 4

18 . 3
18 . 7
19 . 1
19 . 5

19 . 2
19 . 5
19 . 9
20 . 3

47 . 2
47 . 7
48 . 2
48 . 7

46 . 3
46 . 9
47 . 6
48 . 2

7
6
6
6

9
9
9
8

13000

23 . 5

23 . 2

19 . 6

15 . 7

19 . 9

20 . 6

49 . 2

48 . 9

5

8

13100
13200
13300
13400

23 . 7
23 . 8
23 . 9
24 . 1

23 . 3
23 . 5
23 . 6
23 . 7

19 . 9
20 . 3
20 . 7
21 . 2

15 . 9
16 . 1
16 . 3
16 . 5

20 . 3
20 . 7
21 . 0
21 . 2

20 . 9
21 . 2
21 . 5
21 . 8

49 . 7
50 . 2
50 . 7
51 . 2

49 . 5
50 . 2
50 . 9
51 . 6

5
5
4
4

8
7
7
6

13500

24 . 2

23 . 8

16 . 8

21 . 5

22 . 0

51 . 7

52 . 3

3

6

13600
13700
13800
13900

24 . 4
24 . 5
24 . 6
24 . 7

23 . 9
24 . 1
24 . 2
24 . 4

17 . 0
17 . 2
17 . 4
17 . 6

21 . 7
21 . 9
22 . 1
22 . 3

22 . 3
22 . 5
22 . 8
23 . 0

52 . 3
52 . 8
53 . 3
53 . 9

53 . 0
53 . 8
54 . 6
56 . 0

3
2
2
1

5
4
4
4

14000

24 . 8

24 . 5

17 . 8

22 . 5

23 . 2

54 . 5

1

4

107

CHARGE
3H
M23 2

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

M

MIL

14000

655 . 4

50 . 8

0 . 04

14100
14200
14300
14400

671 . 6
690 . 0
711 . 7
740 . 0

51 . 8
52 . 9
54 . 2
55 . 9

0 . 04
0 . 04
0 . 04
0 . 04

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
6

7

8

9

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

SEC

MIL

6

25

50 . 8

22 . 6

0 . 72

6
5
4

28
33
41

51 . 8
52 . 9
54 . 2
55 . 9

23 . 5
24 . 5
25 . 8
27 . 4

0 . 73
0 . 74
0 . 75
0 . 77

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

**********************************************************************
14400
14300
14200
14100

862 . 0
889 . 3
909 . 6
926 . 5

62 . 9
64 . 3
65 . 4
66 . 3

0 . 04
0 . 04
0 . 04
0 . 04

4
5
6

42
33
28

62 . 9
64 . 3
65 . 4
66 . 3

36 . 0
38 . 2
40 . 0
41 . 6

0 . 90
0 . 92
0 . 94
0 . 95

14000

941 . 3

67 . 0

0 . 04

7

24

67 . 0

43 . 0

0 . 97

13900
13800
13700
13600

954 . 6
966 . 9
978 . 2
988 . 9

67 . 7
68 . 3
68 . 9
69 . 4

0 . 03
0 . 03
0 . 03
0 . 03

8
8
9
10

22
20
19
18

67 . 7
68 . 3
68 . 9
69 . 4

44 . 4
45 . 7
46 . 9
48 . 1

0 . 99
1 . 00
1 . 01
1 . 03

13500

998 . 9

69 . 9

0 . 03

10

16

69 . 9

49 . 3

1 . 04

13400
13300
13200
13100

1008 . 4
1017 . 5
1026 . 2
1034 . 5

70 . 3
70 . 7
71 . 1
71 . 5

0 . 03
0 . 03
0 . 03
0 . 03

11
11
12
12

16
15
14
13

70 . 3
70 . 7
71 . 1
71 . 5

50 . 5
51 . 6
52 . 7
53 . 9

1 . 06
1 . 07
1 . 08
1 . 10

13000

1042 . 6

71 . 9

0 . 03

13

13

71 . 9

55 . 0

1 . 11

12900
12800
12700
12600

1050 . 4
1057 . 9
1065 . 1
1072 . 2

72 . 2
72 . 6
72 . 9
73 . 2

0 . 03
0 . 03
0 . 03
0 . 03

13
14
14
14

12
12
11
11

72 . 2
72 . 6
72 . 9
73 . 2

56 . 1
57 . 3
58 . 4
59 . 6

1 . 13
1 . 14
1 . 15
1 . 17

12500

1079 . 1

73 . 5

0 . 03

15

11

73 . 5

60 . 7

1 . 18

12400
12300
12200
12100

1085 . 8
1092 . 3
1098 . 6
1104 . 8

73 . 8
74 . 0
74 . 3
74 . 6

0 . 03
0 . 03
0 . 03
0 . 03

15
16
16
16

10
10
10
9

73 . 8
74 . 0
74 . 3
74 . 6

61 . 9
63 . 1
64 . 3
65 . 5

1 . 20
1 . 21
1 . 23
1 . 24

12000

1110 . 9

74 . 8

0 . 03

17

9

74 . 8

66 . 8

1 . 26

108

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
3H
M23 2

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

14000

24 . 8

24 . 5

17 . 8

22 . 5

23 . 2

54 . 5

1

4

14100
14200
14300
14400

24 . 9
25 . 2

24 . 6
24 . 7
24 . 8
25 . 0

18 . 1
18 . 3
18 . 5
18 . 7

22 . 6
22 . 7

23 . 4
23 . 6
23 . 8
24 . 0

55 . 2
55 . 8
56 . 5
57 . 2

0
0
0
1

3
2
1
1

**********************************************************************
14400
14300
14200
14100

22 . 1
21 . 8

22 . 8
22 . 6
22 . 4
22 . 2

63 . 2
62 . 9
62 . 6
62 . 2

5
6
7
7

1
1
1
1

20 . 2

21 . 5

22 . 0

61 . 8

6

2

24 . 8
24 . 6
24 . 5
24 . 3

20 . 1
19 . 9
19 . 8
19 . 7

21 . 2
20 . 8
20 . 5
20 . 3

21 . 8
21 . 6
21 . 4
21 . 2

61 . 4
61 . 0
60 . 6
60 . 1

57 . 2
57 . 6
57 . 6
57 . 5

6
6
6
6

2
2
2
3

24 . 8

24 . 2

19 . 6

20 . 1

21 . 1

59 . 7

57 . 2

6

3

13400
13300
13200
13100

24 . 6
24 . 5
24 . 3
24 . 2

24 . 0
23 . 9
23 . 7
23 . 6

21 . 6
21 . 8
21 . 8
21 . 8

19 . 4
19 . 3
19 . 2
19 . 0

19 . 9
19 . 7
19 . 5
19 . 4

20 . 9
20 . 7
20 . 5
20 . 4

59 . 2
58 . 8
58 . 4
57 . 9

56 . 9
56 . 6
56 . 2
55 . 9

7
7
7
7

3
3
3
3

13000

24 . 1

23 . 4

21 . 7

18 . 9

19 . 2

20 . 2

57 . 4

55 . 5

7

3

12900
12800
12700
12600

23 . 9
23 . 8
23 . 6
23 . 4

23 . 2
23 . 1
22 . 9
22 . 7

21 . 7
21 . 6
21 . 5
21 . 4

18 . 7
18 . 6
18 . 4
18 . 3

19 . 0
18 . 9
18 . 7
18 . 5

20 . 1
19 . 9
19 . 7
19 . 6

57 . 0
56 . 5
56 . 0
55 . 6

55 . 1
54 . 8
54 . 4
54 . 0

8
8
8
8

4
4
4
4

12500

23 . 3

22 . 5

21 . 3

18 . 1

18 . 4

19 . 4

55 . 1

53 . 5

8

4

12400
12300
12200
12100

23 . 1
22 . 9
22 . 8
22 . 6

22 . 3
22 . 2
22 . 0
21 . 8

21 . 3
21 . 2
21 . 1
21 . 0

17 . 9
17 . 8
17 . 6
17 . 4

18 . 2
18 . 1
17 . 9
17 . 8

19 . 3
19 . 1
19 . 0
18 . 8

54 . 6
54 . 1
53 . 6
53 . 2

53 . 1
52 . 7
52 . 3
51 . 9

8
9
9
9

4
4
4
5

12000

22 . 4

21 . 6

20 . 9

17 . 2

17 . 7

18 . 7

52 . 7

51 . 4

9

5

25 . 6
25 . 7

25 . 3
25 . 2
25 . 1
25 . 0

20 . 6
20 . 5
20 . 4
20 . 3

14000

25 . 7

24 . 9

13900
13800
13700
13600

25 . 5
25 . 3
25 . 1
25 . 0

13500

1 09

CHARGE
3H
M23 2

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

12000

1110 . 9

74 . 8

0 . 03

17

9

74 . 8

66 . 8

1 . 26

11900
11800
11700
11600

1116 . 9
1122 . 7
1128 . 4
1133 . 9

75 . 1
75 . 3
75 . 5
75 . 7

0 . 03
0 . 03
0 . 03
0 . 03

17
17
18
18

9
8
8
8

75 . 1
75 . 3
75 . 5
75 . 7

68 . 0
69 . 3
70 . 6
72 . 0

1 . 27
1 . 29
1 . 31
1 . 32

11500

1139 . 4

76 . 0

0 . 03

18

8

76 . 0

73 . 4

1 . 34

11400
11300
11200
11100

1144 . 8
1150 . 0
1155 . 2
1160 . 3

76 . 2
76 . 4
76 . 6
76 . 8

0 . 03
0 . 03
0 . 03
0 . 03

19
19
20
20

8
7
7
7

76 . 2
76 . 4
76 . 6
76 . 8

74 . 8
76 . 3
77 . 8
79 . 4

1 . 36
1 . 38
1 . 40
1 . 42

11000

1165 . 2

77 . 0

0 . 03

20

7

77 . 0

81 . 0

1 . 44

10900
10800
10700
10600

1170 . 1
1175 . 0
1179 . 7
1184 . 3

77 . 2
77 . 3
77 . 5
77 . 7

0 . 03
0 . 03
0 . 03
0 . 03

21
21
21
22

7
6
6
6

77 . 2
77 . 3
77 . 5
77 . 7

82 . 7
84 . 4
86 . 2
88 . 1

1 . 46
1 . 48
1 . 50
1 . 52

10500

1188 . 9

77 . 9

0 . 03

22

6

77 . 9

90 . 1

1 . 55

10400
10300
10200
10100

1193 . 4
1197 . 8
1202 . 2
1206 . 4

78 . 0
78 . 2
78 . 4
78 . 5

0 . 03
0 . 03
0 . 03
0 . 03

22
23
23
24

6
6
5
5

78 . 0
78 . 2
78 . 4
78 . 5

92 . 1
94 . 3
96 . 6
98 . 9

1 . 57
1 . 60
1 . 62
1 . 65

10000

1210 . 6

78 . 7

0 . 03

24

5

78 . 7

101 . 4

1 . 68

9900
9800
9700
9600

1214 . 8
1218 . 8
1222 . 8
1226 . 7

78 . 8
79 . 0
79 . 1
79 . 3

0 . 03
0 . 03
0 . 03
0 . 03

24
25
25
26

5
5
5
4

78 . 8
79 . 0
79 . 1
79 . 3

104 . 1
106 . 9
109 . 8
112 . 9

1 . 71
1 . 74
1 . 78
1 . 81

9500

1230 . 6

79 . 4

0 . 03

26

4

79 . 4

116 . 2

1 . 85

9400
9300
9200
9100

1234 . 4
1238 . 1
1241 . 7
1245 . 3

79 . 6
79 . 7
79 . 9
80 . 0

0 . 03
0 . 03
0 . 03
0 . 03

27
27
28
28

4
4
4
4

79 . 6
79 . 7
79 . 9
80 . 0

119 . 8
123 . 5
127 . 5
131 . 8

1 . 89
1 . 94
1 . 99
2 . 04

9000

1248 . 8

80 . 2

0 . 03

29

80 . 2

136 . 3

2 . 09

8900
8800
8700
8600

1252 . 2
1255 . 5
1258 . 8
1262 . 0

80 . 3
80 . 5
80 . 6
80 . 8

0 . 03
0 . 03
0 . 03
0 . 03

30
30
31
32

80 . 3
80 . 5
80 . 6
80 . 8

141 . 2
146 . 4
152 . 0
158 . 0

2 . 15
2 . 22
2 . 29
2 . 36

8500

1265 . 1

80 . 9

0 . 03

32

80 . 9

164 . 4

2 . 45

110

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
3H
M23 2

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

12000

22 . 4

21 . 6

20 . 9

17 . 2

17 . 7

18 . 7

52 . 7

51 . 4

9

5

11900
11800
11700
11600

22 . 2
22 . 1
21 . 9
21 . 7

21 . 4
21 . 2
21 . 1
20 . 9

20 . 8
20 . 7
20 . 6
20 . 5

17 . 0
16 . 8
16 . 6
16 . 4

17 . 5
17 . 4
17 . 2
17 . 1

18 . 6
18 . 4
18 . 3
18 . 2

52 . 2
51 . 7
51 . 2
50 . 7

51 . 0
50 . 6
50 . 1
49 . 7

9
10
10
10

5
5
5
6

11500

21 . 5

20 . 7

20 . 4

16 . 2

17 . 0

18 . 1

50 . 2

49 . 3

10

6

11400
11300
11200
11100

21 . 3
21 . 1
20 . 9
20 . 7

20 . 5
20 . 3
20 . 1
19 . 9

20 . 3
20 . 2
20 . 1
19 . 9

15 . 9
15 . 7
15 . 4
15 . 2

16 . 9
16 . 7
16 . 6
16 . 5

17 . 9
17 . 8
17 . 7
17 . 6

49 . 6
49 . 1
48 . 6
48 . 1

48 . 8
48 . 3
47 . 9
47 . 4

10
11
11
11

6
6
6
7

11000

20 . 5

19 . 6

19 . 8

14 . 9

16 . 4

17 . 5

47 . 6

46 . 9

12

7

10900
10800
10700
10600

20 . 3
20 . 1
19 . 9
19 . 7

19 . 4
19 . 2
19 . 0
18 . 8

19 . 7
19 . 6
19 . 4
19 . 3

14 . 6
14 . 3
13 . 9
13 . 6

16 . 3
16 . 2
16 . 1
16 . 0

17 . 4
17 . 3
17 . 2
17 . 1

47 . 0
46 . 5
45 . 9
45 . 4

46 . 5
46 . 0
45 . 5
45 . 0

12
12
12
13

7
7
8
8

10500

19 . 5

18 . 6

19 . 2

13 . 2

15 . 9

17 . 0

44 . 8

44 . 5

13

8

10400
10300
10200
10100

19 . 3
19 . 1
18 . 9
18 . 6

18 . 3
18 . 1
17 . 9
17 . 6

19 . 0
18 . 9
18 . 8
18 . 6

12 . 8

15 . 8
15 . 7
15 . 6
15 . 5

16 . 9
16 . 8
16 . 7
16 . 6

44 . 2
43 . 6
43 . 1
42 . 5

44 . 0
43 . 5
43 . 0
42 . 5

14
14
14
15

9
9
9
10

10000

18 . 4

17 . 4

18 . 4

15 . 4

16 . 6

41 . 9

41 . 9

15

10

9900
9800
9700
9600

18 . 2
18 . 0
17 . 7
17 . 5

17 . 2
16 . 9
16 . 7
16 . 4

18 . 3
18 . 1
18 . 0
17 . 8

15 . 4
15 . 3
15 . 3
15 . 2

16 . 5
16 . 4
16 . 4
16 . 3

41 . 2
40 . 6
40 . 0
39 . 4

41 . 4
40 . 9
40 . 4
39 . 8

16
17
17
18

11
11
12
12

9500

17 . 2

16 . 2

17 . 6

15 . 2

16 . 3

38 . 7

39 . 3

18

13

9400
9300
9200
9100

17 . 0
16 . 8
16 . 5
16 . 3

15 . 9
15 . 6
15 . 4
15 . 1

17 . 4
17 . 2
17 . 0
16 . 8

15 . 1
15 . 1
15 . 1
15 . 1

16 . 3
16 . 2
16 . 2
16 . 2

38 . 0
37 . 3
36 . 7
36 . 0

38 . 7
38 . 2
37 . 6
37 . 1

19
20
21
22

14
14
15
16

9000

16 . 0

14 . 8

16 . 6

15 . 1

16 . 2

36 . 5

23

17

8900
8800
8700
8600

15 . 7
15 . 5
15 . 2
14 . 9

14 . 5
14 . 2
14 . 0
13 . 7

16 . 3
16 . 1
15 . 8
15 . 6

15 . 1
15 . 1
15 . 1
15 . 2

16 . 2
16 . 3
16 . 3
16 . 4

35 . 9
35 . 3
34 . 7
34 . 0

24
25
26
27

18
19
20
22

8500

14 . 6

13 . 4

15 . 3

15 . 2

16 . 5

33 . 4

29

23

111

CHARGE
3H
M23 2

TABLE F
BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

M

MIL

8500

1265 . 1

80 . 9

0 . 03

8400
8300
8200
8100

1268 . 2
1271 . 1
1274 . 0
1276 . 9

81 . 1
81 . 3
81 . 5
81 . 7

0 . 03
0 . 03
0 . 03
0 . 03

8000

1279 . 6

81 . 9

0 . 03

7985

1280 . 0

112

F T 1 5 5 AM 3

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
6

7

8

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

SEC

MIL

32

80 . 9

164 . 4

33
34
35
36

81 . 1
81 . 3
81 . 5
81 . 7

171 . 3
178 . 6
186 . 5
194 . 8

81 . 9

203 . 7

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

2 . 45

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
3H
M23 2

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

8500

14 . 6

13 . 4

15 . 3

15 . 2

16 . 5

33 . 4

29

23

8400
8300
8200
8100

14 . 3
13 . 9
13 . 6
13 . 3

13 . 1
12 . 7
12 . 4

15 . 0
14 . 6
14 . 3
13 . 9

15 . 3
15 . 3
15 . 4
15 . 5

16 . 6
16 . 7
16 . 8

32 . 7
32 . 0
31 . 3
30 . 6

30
31
33
35

24
26
28
29

8000

12 . 9

13 . 5

15 . 7

29 . 8

37

113

CHARGE
3H
M23 2

TABLE G

F T 1 5 5 AM 3

SUPPLEMEN TARY DA TA

1

2

R
A
N
G
E

E
L
E
V

M

MIL

3

4

5

6

7

PROBABLE ERRORS

8

PROJ , HE , M10 7
FUZE , PD , M739 A1
9

10

ANGLE CO T TML
OF
ANGLE VEL
FALL
OF
FALL

FUZE M58 2
R

D

HB

TB

RB

M

M

M

SEC

M

MIL

M/S

0

560

11

12

MO

13

COMP S I TE
FOR
ANGLE OF S I TE
+1 M I L 1 M I L
S I TE
S I TE

M

MIL

MIL

0

0 . 000

0 . 00

0

0. 0

12

0

1000
2000
3000
4000

16 . 8
35 . 8
57 . 5
82 . 4

12
12
14
16

0
1
1
2

1 0 . 04
1 0 . 04
2 0 . 04

19
18
18

18
41
70
107

56 . 8
25 . 0
14 . 6
9.5

512
466
423
382

4
19
46
92

0 . 000
0 . 001
0 . 003
0 . 007

0 . 00
0 . 001
0 . 003
0 . 005

5000

111 . 4

19

2

3 0 . 04

18

154

6. 5

345

161

0 . 012

0 . 009

6000
7000
8000
9000

145 . 3
184 . 3
228 . 2
277 . 0

22
25
27
29

2
3
3
4

4
5
6
8

0 . 04
0 . 04
0 . 04
0 . 04

18
19
20
20

213
277
345
415

4. 7
3. 6
2. 8
2. 3

322
311
305
302

261
399
580
808

0 . 019
0 . 029
0 . 042
0 . 061

0 . 015
0 . 023
0 . 034
0 . 049

10000

331 . 0

31

5

10 0 . 05

21

487

1. 9

301

1089

0 . 089

0 . 071

11000
12000
13000
14000

391 . 0
459 . 3
541 . 1
655 . 4

33
35
37
40

5
6
7
8

12
15
19
25

22
24
26
28

561
641
730
845

1. 6
1. 4
1. 1
0. 9

301
303
307
313

1435
1864
2425
3280

0 . 136
0 . 224
0 . 426

0 . 107
0 . 172
0 . 301
0 . 69 3

0 . 05
0 . 05
0 . 06
0 . 07

************************************************************************
14000 941 . 3
13000 1042 . 6
12000 1110 . 9
11000 1165 . 2

43
41
37
34

10000 1210 . 6

30 10

9000 1248 . 8
8000 1279 . 6

9
9

114

10
10
10
10

42
49
53
57

0 . 10
0 . 11
0 . 12
0 . 12

31
30
28
25

1096
1178
1234
1280

0. 5
0. 4
0. 4
0. 3

325
327
329
330

5581
6363
6854
7215

1 . 514
1 . 29 1
1 . 186

1 . 80
1 . 39
1 . 24
1 . 16

60 0 . 13

23 1321

0. 3

330

7493

1 . 121

1 . 10

63 0 . 13

20 1360
1398

0. 2
0. 2

331
331

7708
7869

1 . 076

1 . 06

F T 1 5 5 AM 3

TABLE H

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
3H
M23 2

RANGE

CORREC T I ONS TO RANGE , I N ME TERS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
M I LS

AZ I MU TH OF TARGE T
RANGE
ME TERS

0
3200

200
3000

400
2800

600
2600

800
2400

1000
2200

1200
2000

1400
1800

1600
1600

1000
2000
3000
4000

0
0
0
0

1+
3+
4+
4+

3+
5+
7+
9+

4+
8+
10+
13+

5+
10+
13+
16+

6+
12+
16+
19+

7+
13+
17+
21+

8+
14+
18+
22+

8+
14+
19+
23+

5000

0

5+

10+

14+

18+

21+

23+

25+

25+

6000
7000
8000
9000

0
0
0
0

5+
6+
6+
7+

10+
11+
12+
13+

15+
16+
17+
19+

19+
21+
22+
24+

23+
24+
26+
28+

25+
27+
29+
31+

27+
29+
31+
33+

27+
29+
31+
34+

10000

0

7+

14+

20+

25+

30+

33+

35+

36+

11000
12000
13000
14000

0
0
0
0

7+
8+
8+
7+

15+
15+
15+
14+

21+
22+
22+
21+

27+
28+
28+
26+

32+
33+
33+
31+

35+
37+
37+
34+

37+
39+
39+
36+

38+
40+
40+
37+

**********************************************************************
14000
13000
12000
11000

0
0
0
0

2+
0
+2
+5

10000

0

+7

9000
8000

0
0
3200
6400

5+
+1
+5
+9

7+
+1
+7
+13

9+
+1
+9
+16

10+
+1
+11
+19

11+
+2
+12
+21

12+
+2
+12
+23

12+
+2
+13
+23

+13

+19

+24

+29

+32

+34

+34

+10
+14

+19
+28

+27
+40

+35
+51

+41
+60

+45
+67

+48
+71

+49
+72

3400
6200

3600
6000

3800
5800

4000
5600

4200
5400

4400
5200

4600
5000

4800
4800

AZ I MU TH OF TARGE T
NO TES

1.
2.
3.
4.

M I LS

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .
CORREC T I ONS ARE FOR 0 DEGREES LA T I TUDE . FOR O THER LA T I TUDES
MUL T I PLY CORREC T I ONS BY THE FAC TOR G I VEN BELOW.
LA T I TUDE ( DEG)
MUL T I PLY BY

10

20

30

40

50

60

70

.98

.94

. 87

. 77

. 64

. 50

. 34

115

CHARGE
3H
M23 2

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
0 DEGREES LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

5000

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

6000
7000
8000
9000

0. 0
0. 0
0. 0
0. 0
R0 . 1 L R0 . 1 L R0 . 1 L
0. 0
R0 . 1 L R0 . 1 L R0 . 1 L
0. 0
R0 . 1 L R0 . 1 L R0 . 1 L R0 . 1 L

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0
0. 0
L 0 . 1R L 0 . 1R L 0 . 1R
0. 0
L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R

10000

R0 . 2 L R0 . 2 L R0 . 1 L R0 . 1 L

0. 0

L 0 . 1R L 0 . 1R L 0 . 2R L 0 . 2R

11000
12000
13000
14000

R0 . 3 L
R0 . 4 L
R0 . 5 L
R0 . 8 L

0. 0
0. 0
0. 0
0. 0

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

R0 . 3 L
R0 . 4 L
R0 . 5 L
R0 . 8 L

R0 . 2 L
R0 . 3 L
R0 . 4 L
R0 . 6 L

R0 . 1 L
R0 . 2 L
R0 . 2 L
R0 . 3 L

L 0 . 2R
L 0 . 3R
L 0 . 4R
L 0 . 6R

L 0 . 3R
L 0 . 4R
L 0 . 5R
L 0 . 8R

L 0 . 3R
L 0 . 4R
L 0 . 5R
L 0 . 8R

**********************************************************************
14000
13000
12000
11000

R1 . 9 L
R2 . 6 L
R3 . 2 L
R3 . 7 L

R0 . 7 L
R1 . 0 L
R1 . 2 L
R1 . 4 L

0. 0
0. 0
0. 0
0. 0

L 0 . 7R
L 1 . 0R
L 1 . 2R
L 1 . 4R

10000

R4 . 2 L R3 . 9 L R3 . 0 L R1 . 6 L

0. 0

L 1 . 6R L 3 . 0R L 3 . 9 R L 4 . 2R

9000
8000

R4 . 8 L R4 . 4 L R3 . 4 L R1 . 8 L
R5 . 2 L R4 . 8 L R3 . 7 L R2 . 0 L

0. 0
0. 0

L 1 . 8R L 3 . 4R L 4 . 4R L 4 . 8R
L 2 . 0R L 3 . 7R L 4 . 8R L 5 . 2R

3200
3200

R1 . 8 L
R2 . 4 L
R2 . 9 L
R3 . 4 L

2800
3600

R1 . 4 L
R1 . 8 L
R2 . 2 L
R2 . 6 L

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

L 1 . 4R
L 1 . 8R
L 2 . 2R
L 2 . 6R

800
5600

L 1 . 8R
L 2 . 4R
L2. 9R
L 3 . 4R

400
6000

L1. 9R
L 2 . 6R
L 3 . 2R
L 3 . 7R

0
6400

M I LS

0 DEGREES LA T I TUDE
NO TES

116

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
3H
M23 2

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
1 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

0
6400

400
6000

800
5600

1200
5200

1600
4800

M I LS
2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R

5000

L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 2R L 0 . 2R L 0 . 2R

6000
7000
8000
9000

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 1R

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 2R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 2R

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 2R

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 2R
L 0 . 2R
L 0 . 3R
L 0 . 3R

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 4R

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 4R

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 4R

10000

L 0 . 1R L 0 . 1R L 0 . 2R L 0 . 3R L 0 . 3R L 0 . 4R L 0 . 5R L 0 . 5R L 0 . 5R

11000
12000
13000
14000

L 0 . 1R L 0 . 1R L 0 . 2R
0. 0
L 0 . 1R L 0 . 2R
0. 0
0. 0
L 0 . 1R
R0 . 2 L R0 . 2 L
0. 0

L 0 . 3R
L 0 . 3R
L 0 . 3R
L 0 . 3R

L 0 . 4R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L0. 9R

L 0 . 6R
L 0 . 7R
L0. 9R
L 1 . 2R

L 0 . 6R
L 0 . 8R
L 1 . 0R
L 1 . 3R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 4R

**********************************************************************
14000
13000
12000
11000

R1 . 1 L
R1 . 7 L
R2 . 2 L
R2 . 8 L

10000

R3 . 3 L R3 . 0 L R2 . 1 L R0 . 7 L L 0 . 9 R L 2 . 5R L 3 . 8R L 4 . 8R L 5 . 1R

9000
8000

R3 . 8 L R3 . 4 L R2 . 4 L R0 . 9 L L 0 . 9 R L 2 . 7R L 4 . 2R L 5 . 2R L 5 . 6R
R4 . 2 L R3 . 8 L R2 . 7 L R1 . 1 L L 0 . 9 R L 2 . 8R L 4 . 5R L 5 . 6R L 6 . 0R
3200
3200

R1 . 0 L
R1 . 5 L
R2 . 0 L
R2 . 5 L

2800
3600

R0 . 6 L
0. 0
R1 . 0 L R0 . 1 L
R1 . 3 L R0 . 3 L
R1 . 7 L R0 . 5 L

2400
4000

2000
4400

L 0 . 8R
L 0 . 8R
L0. 9R
L0. 9R

1600
4800

AZ I MU TH OF TARGE T

L 1 . 5R
L 1 . 8R
L 2 . 1R
L 2 . 3R

1200
5200

L 2 . 1R
L 2 . 6R
L 3 . 1R
L 3 . 5R

800
5600

L 2 . 6R
L 3 . 2R
L 3 . 7R
L 4 . 3R

400
6000

L 2 . 7R
L 3 . 4R
L 4 . 0R
L 4 . 5R

0
6400

M I LS

1 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

117

CHARGE
3H
M23 2

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
2 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

0
6400

400
6000

800
5600

1200
5200

1600
4800

M I LS
2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R
L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R

5000

L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R

6000
7000
8000
9000

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 4R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 4R

L 0 . 3R
L 0 . 4R
L 0 . 4R
L 0 . 5R

L 0 . 3R
L 0 . 4R
L 0 . 4R
L 0 . 5R

L 0 . 3R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 3R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

10000

L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 6R L 0 . 7R L 0 . 7R L 0 . 8R L 0 . 8R L 0 . 8R

11000
12000
13000
14000

L 0 . 5R
L 0 . 5R
L 0 . 5R
L 0 . 4R

L 0 . 5R
L 0 . 5R
L 0 . 5R
L 0 . 4R

L 0 . 6R
L 0 . 6R
L 0 . 6R
L 0 . 6R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L0. 9R
L 1 . 0R
L 1 . 2R
L 1 . 5R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 7R

L 1 . 0R
L 1 . 2R
L 1 . 5R
L1. 9R

L 1 . 0R
L 1 . 2R
L 1 . 5R
L1. 9R

**********************************************************************
14000
13000
12000
11000

R0 . 3 L
R0 . 8 L
R1 . 3 L
R1 . 7 L

10000

R2 . 2 L R1 . 9 L R1 . 0 L L 0 . 2R L 1 . 8R L 3 . 3R L 4 . 6R L 5 . 4R L 5 . 7R

9000
8000

R2 . 7 L R2 . 4 L R1 . 4 L L 0 . 1R L 1 . 8R L 3 . 5R L 4 . 9 R L 5 . 9 R L 6 . 2R
R3 . 1 L R2 . 8 L R1 . 7 L R0 . 1 L L 1 . 8R L 3 . 6R L 5 . 2R L 6 . 3R L 6 . 6R
3200
3200

R0 . 2 L
R0 . 6 L
R1 . 0 L
R1 . 5 L

2800
3600

L 0 . 2R
R0 . 1 L
R0 . 4 L
R0 . 7 L

2400
4000

L 0 . 8R
L 0 . 7R
L 0 . 6R
L 0 . 4R

2000
4400

L 1 . 5R
L 1 . 6R
L 1 . 7R
L 1 . 7R

1600
4800

AZ I MU TH OF TARGE T

L 2 . 2R
L 2 . 6R
L 2 . 8R
L 3 . 1R

1200
5200

L 2 . 8R
L 3 . 4R
L 3 . 8R
L 4 . 2R

800
5600

L 3 . 2R
L3. 9R
L 4 . 4R
L 5 . 0R

400
6000

L 3 . 4R
L 4 . 1R
L 4 . 7R
L 5 . 2R

0
6400

M I LS

2 0 DEGREES SOU TH LA T I TUDE
NO TES

118

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
3H
M23 2

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
3 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

5000

L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R

6000
7000
8000
9000

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 5R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 5R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L0. 9R

L 0 . 5R
L 0 . 6R
L 0 . 8R
L0. 9R

L 0 . 5R
L 0 . 6R
L 0 . 8R
L0. 9R

L 0 . 5R
L 0 . 7R
L 0 . 8R
L 1 . 0R

10000

L 0 . 8R L 0 . 8R L 0 . 8R L 0 . 9 R L 1 . 0R L 1 . 0R L 1 . 1R L 1 . 1R L 1 . 1R

11000
12000
13000
14000

L 0 . 8R
L0. 9R
L 1 . 0R
L 1 . 0R

L0. 9R
L0. 9R
L 1 . 0R
L 1 . 0R

L0. 9R
L 1 . 0R
L 1 . 1R
L 1 . 2R

L 1 . 0R
L 1 . 1R
L 1 . 3R
L 1 . 4R

L 1 . 1R
L 1 . 3R
L 1 . 4R
L 1 . 7R

L 1 . 2R
L 1 . 4R
L 1 . 6R
L 2 . 0R

L 1 . 3R
L 1 . 5R
L 1 . 8R
L 2 . 2R

L 1 . 3R
L 1 . 6R
L1. 9R
L 2 . 3R

L 1 . 3R
L 1 . 6R
L1. 9R
L 2 . 4R

**********************************************************************
14000
13000
12000
11000

L 0 . 6R L 0 . 7R
L 0 . 2R L 0 . 3R
R0 . 2 L
0. 0
R0 . 6 L R0 . 4 L

L 1 . 1R
L 0 . 8R
L 0 . 6R
L 0 . 3R

10000

R1 . 1 L R0 . 8 L

0. 0

9000
8000

L 1 . 6R
L 1 . 5R
L 1 . 5R
L 1 . 3R

L 2 . 2R
L 2 . 4R
L 2 . 5R
L 2 . 6R

L2. 9R
L 3 . 3R
L 3 . 5R
L 3 . 8R

L 3 . 4R
L 4 . 0R
L 4 . 4R
L 4 . 8R

L 3 . 8R
L 4 . 5R
L 5 . 0R
L 5 . 5R

L3. 9R
L 4 . 7R
L 5 . 2R
L 5 . 8R

L 1 . 2R L 2 . 6R L 4 . 0R L 5 . 2R L 6 . 0R L 6 . 3R

R1 . 5 L R1 . 2 L R0 . 3 L L 1 . 0R L 2 . 6R L 4 . 2R L 5 . 5R L 6 . 4R L 6 . 7R
R1 . 9 L R1 . 6 L R0 . 6 L L 0 . 8R L 2 . 6R L 4 . 3R L 5 . 7R L 6 . 7R L 7 . 1R
3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

800
5600

400
6000

0
6400

M I LS

3 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

1 19

CHARGE
3H
M23 2

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
4 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

5000

L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R

6000
7000
8000
9000

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L0. 9R
L 1 . 0R

L 0 . 6R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 6R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 2R

10000

L 1 . 1R L 1 . 1R L 1 . 1R L 1 . 2R L 1 . 2R L 1 . 3R L 1 . 3R L 1 . 4R L 1 . 4R

11000
12000
13000
14000

L 1 . 2R
L 1 . 3R
L 1 . 4R
L 1 . 5R

L 1 . 2R
L 1 . 3R
L 1 . 5R
L 1 . 6R

L 1 . 3R
L 1 . 4R
L 1 . 6R
L 1 . 7R

L 1 . 3R
L 1 . 5R
L 1 . 7R
L1. 9R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 2R

L 1 . 5R
L 1 . 7R
L 2 . 0R
L 2 . 4R

L 1 . 6R
L 1 . 8R
L 2 . 1R
L 2 . 6R

L 1 . 6R
L1. 9R
L 2 . 2R
L 2 . 8R

L 1 . 6R
L1. 9R
L 2 . 3R
L 2 . 8R

**********************************************************************
14000
13000
12000
11000

L 1 . 4R
L 1 . 1R
L 0 . 8R
L 0 . 5R

10000

L 0 . 1R L 0 . 3R L 1 . 0R L 2 . 1R L 3 . 3R L 4 . 6R L 5 . 6R L 6 . 3R L 6 . 6R

9000
8000

R0 . 3 L
0. 0
L 0 . 8R L 1 . 9 R L 3 . 3R L 4 . 7R L 5 . 9 R L 6 . 7R L 7 . 0R
R0 . 7 L R0 . 4 L L 0 . 5R L 1 . 8R L 3 . 3R L 4 . 8R L 6 . 1R L 7 . 0R L 7 . 3R
3200
3200

L 1 . 5R
L 1 . 3R
L 1 . 0R
L 0 . 7R

2800
3600

L 1 . 8R
L 1 . 7R
L 1 . 5R
L 1 . 3R

2400
4000

L 2 . 3R
L 2 . 3R
L 2 . 3R
L 2 . 2R

2000
4400

L2. 9R
L 3 . 1R
L 3 . 2R
L 3 . 3R

1600
4800

AZ I MU TH OF TARGE T

L 3 . 5R
L3. 9R
L 4 . 1R
L 4 . 4R

1200
5200

L3. 9R
L 4 . 5R
L4. 9R
L 5 . 3R

800
5600

L 4 . 3R
L4. 9R
L 5 . 4R
L5. 9R

400
6000

L 4 . 4R
L 5 . 1R
L 5 . 6R
L 6 . 1R

0
6400

M I LS

4 0 DEGREES SOU TH LA T I TUDE
NO TES

120

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
3H
M23 2

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
5 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

5000

L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R

6000
7000
8000
9000

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 1R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 1R
L 1 . 3R

L 0 . 8R
L0. 9R
L 1 . 1R
L 1 . 3R

L 0 . 8R
L0. 9R
L 1 . 1R
L 1 . 3R

L 0 . 8R
L0. 9R
L 1 . 1R
L 1 . 4R

L 0 . 8R
L 1 . 0R
L 1 . 1R
L 1 . 4R

10000

L 1 . 3R L 1 . 3R L 1 . 4R L 1 . 4R L 1 . 5R L 1 . 5R L 1 . 6R L 1 . 6R L 1 . 6R

11000
12000
13000
14000

L 1 . 5R
L 1 . 7R
L1. 9R
L 2 . 1R

L 1 . 5R
L 1 . 7R
L1. 9R
L 2 . 1R

L 1 . 5R
L 1 . 7R
L 2 . 0R
L 2 . 2R

L 1 . 6R
L 1 . 8R
L 2 . 1R
L 2 . 4R

L 1 . 7R
L1. 9R
L 2 . 2R
L 2 . 6R

L 1 . 7R
L 2 . 0R
L 2 . 3R
L 2 . 8R

L 1 . 8R
L 2 . 1R
L 2 . 5R
L 3 . 0R

L 1 . 8R
L 2 . 2R
L 2 . 5R
L 3 . 1R

L1. 9R
L 2 . 2R
L 2 . 6R
L 3 . 1R

**********************************************************************
14000
13000
12000
11000

L 2 . 2R
L 2 . 0R
L 1 . 8R
L 1 . 5R

10000

L 1 . 2R L 1 . 4R L 2 . 0R L 2 . 9 R L 4 . 0R L 5 . 0R L 5 . 9 R L 6 . 5R L 6 . 7R

9000
8000

L 0 . 9 R L 1 . 1R L 1 . 8R L 2 . 8R L 4 . 0R L 5 . 1R L 6 . 1R L 6 . 8R L 7 . 0R
L 0 . 6R L 0 . 8R L 1 . 6R L 2 . 7R L 3 . 9 R L 5 . 2R L 6 . 3R L 7 . 0R L 7 . 3R
3200
3200

L 2 . 3R
L 2 . 2R
L 2 . 0R
L 1 . 7R

2800
3600

L 2 . 6R
L 2 . 5R
L 2 . 4R
L 2 . 2R

2400
4000

L 3 . 0R
L 3 . 1R
L 3 . 1R
L 3 . 0R

2000
4400

L 3 . 4R
L 3 . 7R
L 3 . 8R
L3. 9R

1600
4800

AZ I MU TH OF TARGE T

L3. 9R
L 4 . 3R
L 4 . 6R
L 4 . 8R

1200
5200

L 4 . 3R
L4. 9R
L 5 . 3R
L 5 . 6R

800
5600

L 4 . 6R
L 5 . 2R
L 5 . 7R
L 6 . 1R

400
6000

L 4 . 7R
L 5 . 4R
L5. 9R
L 6 . 3R

0
6400

M I LS

5 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

121

CHARGE
3H
M23 2

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
6 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

5000

L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R

6000
7000
8000
9000

L 0 . 8R
L 1 . 0R
L 1 . 2R
L 1 . 4R

L 0 . 8R
L 1 . 0R
L 1 . 2R
L 1 . 4R

L 0 . 8R
L 1 . 0R
L 1 . 2R
L 1 . 4R

L 0 . 8R
L 1 . 0R
L 1 . 2R
L 1 . 4R

L 0 . 8R
L 1 . 0R
L 1 . 2R
L 1 . 4R

L0. 9R
L 1 . 0R
L 1 . 2R
L 1 . 5R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 5R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 5R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 5R

10000

L 1 . 5R L 1 . 6R L 1 . 6R L 1 . 6R L 1 . 7R L 1 . 7R L 1 . 7R L 1 . 7R L 1 . 8R

11000
12000
13000
14000

L 1 . 8R
L 2 . 0R
L 2 . 2R
L 2 . 5R

L 1 . 8R
L 2 . 0R
L 2 . 2R
L 2 . 5R

L 1 . 8R
L 2 . 0R
L 2 . 3R
L 2 . 6R

L 1 . 8R
L 2 . 1R
L 2 . 4R
L 2 . 8R

L1. 9R
L 2 . 2R
L 2 . 5R
L2. 9R

L 2 . 0R
L 2 . 2R
L 2 . 6R
L 3 . 1R

L 2 . 0R
L 2 . 3R
L 2 . 7R
L 3 . 2R

L 2 . 0R
L 2 . 4R
L 2 . 7R
L 3 . 3R

L 2 . 0R
L 2 . 4R
L 2 . 8R
L 3 . 3R

**********************************************************************
14000
13000
12000
11000

L2. 9R
L2. 9R
L 2 . 8R
L 2 . 6R

10000

L 2 . 4R L 2 . 5R L 3 . 0R L 3 . 7R L 4 . 5R L 5 . 3R L 6 . 0R L 6 . 4R L 6 . 6R

9000
8000

L 2 . 1R L 2 . 3R L 2 . 8R L 3 . 6R L 4 . 5R L 5 . 4R L 6 . 2R L 6 . 7R L 6 . 9 R
L 1 . 8R L 2 . 0R L 2 . 6R L 3 . 5R L 4 . 4R L 5 . 4R L 6 . 3R L 6 . 8R L 7 . 0R
3200
3200

L 3 . 0R
L 3 . 0R
L2. 9R
L 2 . 7R

2800
3600

L 3 . 2R
L 3 . 3R
L 3 . 2R
L 3 . 1R

2400
4000

L 3 . 5R
L 3 . 7R
L 3 . 7R
L 3 . 7R

2000
4400

L3. 9R
L 4 . 2R
L 4 . 3R
L 4 . 4R

1600
4800

AZ I MU TH OF TARGE T

L 4 . 3R
L 4 . 7R
L4. 9R
L 5 . 1R

1200
5200

L 4 . 6R
L 5 . 1R
L 5 . 4R
L 5 . 7R

800
5600

L 4 . 8R
L 5 . 4R
L 5 . 8R
L 6 . 1R

400
6000

L4. 9R
L 5 . 5R
L5. 9R
L 6 . 3R

0
6400

M I LS

6 0 DEGREES SOU TH LA T I TUDE
NO TES

122

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
3H
M23 2

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
7 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 6R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 6R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 6R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 6R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 6R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 6R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 6R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 6R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 6R

5000

L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R

6000
7000
8000
9000

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 5R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 5R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 5R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 5R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 6R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 6R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 6R

L0. 9R
L 1 . 1R
L 1 . 4R
L 1 . 6R

L0. 9R
L 1 . 1R
L 1 . 4R
L 1 . 6R

10000

L 1 . 7R L 1 . 7R L 1 . 7R L 1 . 8R L 1 . 8R L 1 . 8R L 1 . 8R L 1 . 9 R L 1 . 9 R

11000
12000
13000
14000

L 2 . 0R
L 2 . 2R
L 2 . 5R
L2. 9R

L 2 . 0R
L 2 . 2R
L 2 . 5R
L2. 9R

L 2 . 0R
L 2 . 3R
L 2 . 6R
L 3 . 0R

L 2 . 0R
L 2 . 3R
L 2 . 6R
L 3 . 1R

L 2 . 1R
L 2 . 4R
L 2 . 7R
L 3 . 2R

L 2 . 1R
L 2 . 4R
L 2 . 8R
L 3 . 3R

L 2 . 1R
L 2 . 5R
L 2 . 8R
L 3 . 4R

L 2 . 2R
L 2 . 5R
L2. 9R
L 3 . 4R

L 2 . 2R
L 2 . 5R
L2. 9R
L 3 . 5R

**********************************************************************
14000
13000
12000
11000

L 3 . 6R
L 3 . 6R
L 3 . 6R
L 3 . 5R

10000

L 3 . 4R L 3 . 5R L 3 . 8R L 4 . 3R L 4 . 9 R L 5 . 4R L 5 . 9 R L 6 . 2R L 6 . 3R

9000
8000

L 3 . 2R L 3 . 4R L 3 . 7R L 4 . 2R L 4 . 9 R L 5 . 5R L 6 . 0R L 6 . 4R L 6 . 5R
L 3 . 0R L 3 . 2R L 3 . 6R L 4 . 1R L 4 . 8R L 5 . 5R L 6 . 1R L 6 . 5R L 6 . 6R
3200
3200

L 3 . 6R
L 3 . 7R
L 3 . 7R
L 3 . 6R

2800
3600

L 3 . 8R
L3. 9R
L3. 9R
L3. 9R

2400
4000

L 4 . 0R
L 4 . 2R
L 4 . 3R
L 4 . 3R

2000
4400

L 4 . 2R
L 4 . 5R
L 4 . 7R
L 4 . 8R

1600
4800

AZ I MU TH OF TARGE T

L 4 . 5R
L4. 9R
L 5 . 1R
L 5 . 3R

1200
5200

L 4 . 7R
L 5 . 2R
L 5 . 5R
L 5 . 7R

800
5600

L 4 . 8R
L 5 . 3R
L 5 . 7R
L 6 . 0R

400
6000

L4. 9R
L 5 . 4R
L 5 . 8R
L 6 . 1R

0
6400

M I LS

7 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

123

CHARGE
3H
M23 2

1

TABLE J

F T 1 5 5 AM 3

FUZE CORREC T I ON FAC TORS

2

3

4

5

FS

6

7

PROJ , HE , M10 7
FUZE , MTSQ , M58 2
8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

I NC

RANGE
W I ND
1 KNO T
HEAD

TA I L

A IR
TEMP
1 PC T
DEC

I NC

A IR
DENS I TY
1 PC T
DEC

I NC

PROJ WT
OF 1 SQ
( 4 SQ S TD )
DEC

I NC

0

124

1
2
3
4

. 004 0 . 004
. 005 0 . 005
. 007 0 . 007

0 . 000 0 . 000
0 . 000 0 . 000
0 . 000 0 . 000

0 . 000 0 . 000
0 . 000 0 . 000
0 . 000 0 . 000

0 . 000 0 . 000
0 . 001 . 001
0 . 001 . 001

0 . 009
0 . 013
0 . 017

. 009
. 013
. 017

5

. 009 0 . 009

0 . 000 0 . 000

0 . 001

. 001

0 . 002

. 002

0 . 021

. 021

6
7
8
9

. 010
. 012
. 013
. 015

0 . 000
0 . 000
0 . 000
0 . 000

0 . 000
0 . 000
0 . 000
0 . 000

0 . 001
0 . 001
0 . 001
0 . 002

. 001
. 001
. 001
. 002

0 . 003
0 . 004
0 . 005
0 . 006

. 003
. 004
. 005
. 006

0 . 024
0 . 027
0 . 030
0 . 033

. 024
. 027
. 030
. 033

0 . 000 0 . 000

0 . 002

. 002

0 . 007

. 007

0 . 035

. 036

0 . 000
0 . 000
0 . 000
0 . 000

0 . 000
0 . 000
0 . 000
0 . 000

0 . 002
0 . 003
0 . 004
0 . 006

. 003
. 004
. 006
. 007

0 . 009
0 . 010
0 . 012
0 . 015

. 008
. 011
. 013
. 016

0 . 037
0 . 039
0 . 040
0 . 041

. 038
. 040
. 042
. 043

0 . 000 0 . 000

0 . 008

. 009

0 . 018

. 018

0 . 042

. 044

0 . 000
0 . 000
0 . 000
0 . 000

0 . 000
0 . 000
0 . 000
0 . 000

0 . 010
0 . 012
0 . 014
0 . 015

. 011
. 012
. 013
. 013

0 . 021
0 . 024
0 . 027
0 . 030

. 021
. 024
. 026
. 029

0 . 042
0 . 042
0 . 042
0 . 042

. 044
. 044
. 045
. 045

0 . 000 0 . 000

0 . 017

. 014

0 . 034

. 031

0 . 042

. 045

0 . 000
. 001
. 001
. 001

0 . 001
0 . 001
0 . 001
0 . 001

0 . 018
0 . 019
0 . 019
0 . 019

. 014
. 014
. 013
. 013

0 . 036
0 . 039
0 . 042
0 . 044

. 034
. 036
. 038
. 040

0 . 042
0 . 042
0 . 043
0 . 043

. 045
. 046
. 046
. 046

. 001 0 . 002

0 . 019

. 012

0 . 046

. 042

0 . 043

. 047

0 . 002
0 . 003
0 . 003
0 . 003

0 . 019
0 . 018
0 . 017
0 . 017

. 011
. 010
. 009
. 008

0 . 048
0 . 051
0 . 053
0 . 055

. 044
. 045
. 047
. 049

0 . 043
0 . 043
0 . 043
0 . 044

. 047
. 047
. 048
. 048

. 003 0 . 004

0 . 016

. 007

0 . 057

. 050

0 . 044

. 048

0 . 004
0 . 005
0 . 005
0 . 006

0 . 015 . 005
0 . 014 . 004
0 . 013 . 002
0 . 011 0 . 000

0 . 059
0 . 061
0 . 062
0 . 064

. 052
. 053
. 055
. 056

0 . 044
0 . 045
0 . 045
0 . 045

. 048
. 049
. 049
. 050

. 005 0 . 006

0 . 010 0 . 001

0 . 066

. 058

0 . 046

. 050

0 . 010
0 . 012
0 . 013
0 . 015

10

. 016 0 . 016

11
12
13
14

. 018
. 019
. 021
. 022

15

. 024 0 . 024

16
17
18
19

. 025
. 027
. 028
. 029

20

. 030 0 . 030

21
22
23
24

. 031
. 032
. 033
. 034

25

. 035 0 . 035

26
27
28
29

. 036
. 037
. 038
. 039

30

. 040 0 . 040

31
32
33
34

. 041
. 041
. 042
. 043

35

. 044 0 . 043

0 . 018
0 . 019
0 . 021
0 . 022

0 . 025
0 . 026
0 . 028
0 . 029

0 . 031
0 . 032
0 . 033
0 . 034

0 . 036
0 . 037
0 . 038
0 . 039

0 . 040
0 . 041
0 . 042
0 . 043

. 002
. 002
. 002
. 003

. 003
. 004
. 004
. 005

F T 1 5 5 AM 3

TABLE J

PROJ , HE , M10 7
FUZE , MTSQ , M58 2
1

2

3

CHARGE
3H
M23 2

FUZE CORREC T I ON FAC TORS

4

5

FS

6

7

8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

I NC

35

. 044 0 . 043

36
37
38
39

. 044
. 045
. 046
. 047

40

. 047 0 . 047

41
42
43
44

. 048
. 049
. 050
. 050

45

. 051 0 . 051

46
47
48
49

. 052
. 053
. 054
. 054

50

. 055 0 . 055

51
52
53
54

. 056
. 057
. 058
. 059

55

. 060 0 . 060

56
57
58
59

. 061
. 062
. 063
. 064

60

. 065 0 . 066

61
62
63
64

. 066
. 068
. 069
. 070

65

. 072 0 . 071

66
67
68
69

. 073
. 074
. 075
. 076

70

. 077 0 . 078

0 . 044
0 . 045
0 . 046
0 . 046

0 . 048
0 . 049
0 . 050
0 . 050

0 . 052
0 . 053
0 . 054
0 . 055

0 . 056
0 . 057
0 . 058
0 . 059

0 . 061
0 . 063
0 . 064
0 . 065

0 . 067
0 . 068
0 . 069
0 . 070

0 . 072
0 . 074
0 . 075
0 . 076

RANGE
W I ND
1 KNO T
HEAD

TA I L

. 005 0 . 006
. 006
. 006
. 006
. 007

0 . 007
0 . 007
0 . 008
0 . 008

. 007 0 . 009
. 008
. 008
. 009
. 009

0 . 009
0 . 010
0 . 010
0 . 011

. 010 0 . 011
. 010
. 011
. 011
. 011

0 . 012
0 . 012
0 . 012
0 . 013

. 012 0 . 013
. 012
. 013
. 013
. 013

0 . 014
0 . 014
0 . 014
0 . 015

. 014 0 . 015
. 014
. 014
. 014
. 015

0 . 015
0 . 015
0 . 016
0 . 016

. 015 0 . 016
. 015
. 015
. 016
. 016

0 . 016
0 . 016
0 . 016
0 . 016

. 016 0 . 016
. 016
. 016
. 016
. 016

0 . 016
0 . 016
0 . 016
0 . 016

. 016 0 . 016

A IR
TEMP
1 PC T
DEC

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

DEC

I NC

0 . 010 0 . 001

0 . 066

. 058

0 . 046

. 050

0 . 008
0 . 007
0 . 005
0 . 003

0 . 003
0 . 004
0 . 005
0 . 007

0 . 067
0 . 069
0 . 070
0 . 072

. 059
. 061
. 062
. 064

0 . 046
0 . 046
0 . 046
0 . 046

. 050
. 051
. 051
. 051

0 . 002 0 . 008

0 . 074

. 066

0 . 047

. 051

0 . 000
. 001
. 002
. 003

0 . 010
0 . 011
0 . 013
0 . 014

0 . 076
0 . 078
0 . 080
0 . 082

. 067
. 069
. 071
. 072

0 . 047
0 . 047
0 . 047
0 . 047

. 052
. 052
. 052
. 052

. 004 0 . 016

0 . 084

. 074

0 . 047

. 052

0 . 017
0 . 018
0 . 019
0 . 021

0 . 086
0 . 088
0 . 090
0 . 092

. 076
. 077
. 079
. 081

0 . 047
0 . 047
0 . 048
0 . 048

. 052
. 052
. 052
. 052

. 009 0 . 021

0 . 094

. 083

0 . 048

. 052

0 . 022
0 . 023
0 . 024
0 . 025

0 . 096
0 . 099
0 . 101
0 . 104

. 085
. 087
. 089
. 09 1

0 . 048
0 . 048
0 . 048
0 . 049

. 052
. 052
. 052
. 052

. 012 0 . 025

0 . 106

. 09 4

0 . 049

. 052

0 . 026
0 . 026
0 . 027
0 . 027

0 . 108
0 . 111
0 . 114
0 . 116

. 09 6
. 09 8
. 100
. 102

0 . 049
0 . 049
0 . 049
0 . 049

. 052
. 053
. 053
. 053

. 014 0 . 028

0 . 118

. 105

0 . 049

. 053

0 . 028
0 . 028
0 . 028
0 . 028

0 . 121
0 . 123
0 . 126
0 . 128

. 107
. 110
. 112
. 115

0 . 048
0 . 048
0 . 048
0 . 048

. 053
. 054
. 055
. 057

. 014 0 . 028

0 . 130

. 117

0 . 048

. 058

0 . 029
0 . 029
0 . 029
0 . 029

0 . 133
0 . 136
0 . 138
0 . 141

. 120
. 122
. 124
. 126

0 . 049
0 . 050
0 . 051
0 . 052

. 059
. 060
. 061
. 061

. 013 0 . 029

0 . 144

. 129

0 . 053

. 062

. 005
. 006
. 007
. 008

. 010
. 011
. 011
. 012

. 012
. 013
. 013
. 013

. 014
. 014
. 014
. 014

. 014
. 014
. 014
. 013

I NC

A IR
DENS I TY
1 PC T

125

CHARGE
3H
M23 2

1

TABLE J
FUZE CORREC T I ON FAC TORS

2

3

4

5

FS

6

7

PROJ , HE , M10 7
FUZE , MTSQ , M58 2
8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

126

F T 1 5 5 AM 3

I NC

RANGE
W I ND
1 KNO T
HEAD

TA I L

DEC

I NC

DEC

I NC

. 013 0 . 029

0 . 144

. 129

0 . 053

. 062

0 . 029
0 . 028
0 . 028
0 . 028

0 . 146
0 . 148
0 . 151
0 . 153

. 131
. 133
. 135
. 138

0 . 053
0 . 054
0 . 055
0 . 056

. 063
. 064
. 065
. 067

. 013 0 . 028

0 . 155

. 140

0 . 058

. 069

0 . 028
0 . 028
0 . 028
0 . 027

0 . 158
0 . 160
0 . 163
0 . 166

. 142
. 144
. 147
. 150

0 . 060
0 . 063
0 . 067
0 . 075

. 072
. 075
. 080
. 088

0 . 171

. 154

0 . 090

. 103

. 161

0 . 132

. 127

71
72
73
74

. 079
. 080
. 081
. 083

75

. 084 0 . 084

76
77
78
79

. 086
. 087
. 089
. 09 0

0 . 086
0 . 087
0 . 088
0 . 090

. 015
. 015
. 015
. 016

80

. 09 3 0 . 092

. 018

. 009 0 . 025

81

. 09 6 0 . 097

. 023

. 003 0 . 022

0 . 016
0 . 016
0 . 016
0 . 016

. 015 0 . 016
0 . 016
0 . 016
0 . 018
0 . 023

PROJ WT
OF 1 SQ
( 4 SQ S TD )

I NC

. 077 0 . 078

. 016
. 016
. 016
. 016

A IR
DENS I TY
1 PC T
DEC

70

0 . 079
0 . 080
0 . 082
0 . 083

. 016 0 . 016

A IR
TEMP
1 PC T

. 013
. 013
. 013
. 013

. 012
. 012
. 012
. 011

FT 155-AM-3

TABLE K

CHARGE
3H

PROJ, HE, M107

FUZE SETTING

M232

FUZE, MTSQ, M582
CORRECTIONS TO FUZE SETTING OF FUZE, MTSQ, M582
FOR FUZE, MTSQ, M564

FUZE SETTING
FUZE M582

CORRECTIONS

FROM

TO

2.0

10.7

0.0

10.8

20.6

0.1

20.7

30.5

0.2

30.6

40.3

0.3

40.4

50.2

0.4

50.3

60.1

0.5

60.2

69.9

0.6

70.0

79.8

0.7

79.9

81.9

0.8

127

FT 155-AM-3

128

FT 155-AM-3

Part 1 - 4

Charge 4H

Projectile, HE, M107

Fuze, PD, M739A1

Muzzle Velocity – 689.5 m/s*

Propelling Charge M232 - Increments 1, 2, 3 and 4

* The standard muzzle velocity of 688 m/s was adjusted for the fuzed weight of the projectile.

129

FT 155-AM-3

130

F T 1 5 5 AM 3

TABLE A

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2

L I NE NUMBER

L I NE NUMBER OF ME TEOROLOG I CAL MESSAGE
QUADRAN T
ELEVA T I ON
M I LS

NO TE

L I NE
NUMBER

0. 0

70 . 3

0

70 . 4
140 . 2
217 . 5
295 . 0

140 . 1
217 . 4
294 . 9
362 . 6

1
2
3
4

362 . 7

453 . 7

5

453 . 8
563 . 4
664 . 5
760 . 4

563 . 3
664 . 4
760 . 3
900 . 3

6
7
8
9

900 . 4

1095 . 2

10

1095 . 3

1265 . 0

11

WHEN THE PROJ EC T I LE MUS T H I T THE TARGE T ON THE ASCEND I NG BRANCH
OF I TS TRAJ EC TORY , USE HE I GH T OF TARGE T I N ME TERS TO EN TER THE
TABLE ON PAGE XL I I I TO DE TERM I NE L I NE NUMBER .

131

CHARGE
4H
M23 2

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

0

HE I GH T OF TARGE T ABOVE GUN
400

300

100

0

100

200

300

0

0

100
200
300
400

0
0
0
0

0
0
0
0

0
0
1
1

0
1
3
3

500

0

1

2

3

600
700
800
900

0
0
0
0

1
1
1
1

2
3
3
3

4
5
5
5

1000

0

1

3

6

1100
1200
1300
1400

0
0
0
0

1
2
2
2

3
4
4
4

6
6
6
7

1500

0

2

4

7

1600
1700
1800
1900

0
0
0
0

2
2
2
3

4
5
5
5

7
8
8
8

2000

0

3

5

8

2100
2200
2300
2400

0
0
0
0

3
3
3
3

5
6
6
6

9
9
9
9

2500

0

3

6

9

2600
2700
2800
2900

2

0
0
0
0

3
4
4
4

6
6
7
7

10
10
10
10

3000

2

0

4

7

10

3100
3200
3300
3400

2
2
2
2

0
0
0
0

4
4
4
4

7
7
7
7

11
11
11
11

3500

2

0

4

7

11

0

132

200

ME TERS

1

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN
400

500

600

700

800

9 00

1000

RANGE

L I NE

ME TERS

NO .

0
0
2
4
5

3
6
7

4
8
9

6
10
11

7
12
14

8
13
16

15
19

100
200
300
400

6

8

11

14

17

20

23

500

7
8
8
8

10
10
11
11

12
14
14
15

16
17
18
19

19
21
22
23

22
25
26
28

26
28
30
32

600
700
800
900

9

12

16

20

24

29

34

1000

9
9
10
10

12
13
13
14

16
17
18
18

20
21
22
23

25
26
27
28

30
31
32
33

35
37
38
39

1100
1200
1300
1400

10

14

18

23

29

34

40

1500

11
11
11
12

14
15
15
16

19
20
20
20

24
25
25
26

29
30
30
31

35
36
37
37

41
42
43
44

1600
1700
1800
1900

12

16

21

26

32

38

45

2000

12
12
13
13

16
17
17
18

21
22
22
23

27
27
27
28

32
33
33
34

38
39
40
40

45
46
47
47

2100
2200
2300
2400

13

18

23

28

34

41

48

2500

14
14
14
14

18
18
19
19

23
24
24
24

29
29
30
30

35
35
36
36

41
42
42
43

49
49
50
50

2600
2700
2800
2900

15

19

25

30

37

43

51

3000

15
15
15
15

20
20
20
20

25
25
25
26

31
31
31
32

37
37
38
38

44
44
45
45

51
52
52
53

3100
3200
3300
3400

16

21

26

32

38

45

53

3500

2

3

3

133

CHARGE
4H
M23 2

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

0

ME TERS

100

0

100

200

300

3500

2

0

4

7

11

3600
3700
3800
3900

2
2
1
1

0
0
0
0

4
4
4
5

8
8
8
8

11
12
12
12

400

300

200

4000

4

1

0

5

8

12

4100
4200
4300
4400

4
4
4
4

1
1
1
1

0
0
0
0

5
5
5
5

8
8
8
8

12
12
12
12

4500

4

1

0

5

8

13

4600
4700
4800
4900

6
6

4
4
4
4

1
1
1
1

0
0
0
0

5
5
5
5

9
9
9
9

13
13
13
13

5000

6

3

1

0

5

9

13

5100
5200
5300
5400

8

6
6
6
6

3
3
3
3

1
1
1
1

0
0
0
0

5
5
5
5

9
9
9
9

13
13
13
13

5500

8

5

3

1

0

5

9

13

5600
5700
5800
5900

8
7
7
7

5
5
5
5

3
3
3
3

1
1
1
0

0
0
0
0

5
5
6
6

9
9
9
9

14
14
14
14

6000

7

5

3

0

0

6

9

14

6100
6200
6300
6400

7
7
6
6

5
5
5
5

3
3
3
3

0
0
0
0

0
0
0
0

6
6
6
6

9
9
9
10

14
14
14
14

6500

6

5

3

0

0

6

10

14

6600
6700
6800
6900

6
6
6
6

5
4
4
4

3
3
3
3

0
0
0
0

0
0
0
0

6
6
6
6

10
10
10
10

14
14
14
14

7000

6

5

3

0

0

6

10

14

0

134

HE I GH T OF TARGE T ABOVE GUN

1

2

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

16

21

26

32

38

45

53

3500

16
16
16
16

21
21
21
21

26
27
27
27

32
33
33
33

39
39
39
40

46
46
47
47

54
54
54
55

3600
3700
3800
3900

17

22

27

33

40

47

55

4000

17
17
17
17

22
22
22
22

27
28
28
28

34
34
34
34

40
41
41
41

48
48
48
48

55
56
56
56

4100
4200
4300
4400

17

22

28

35

41

49

57

4500

17
18
18
18

23
23
23
23

28
29
29
29

35
35
35
35

42
42
42
42

49
49
49
50

57
57
57
58

4600
4700
4800
4900

18

23

29

35

42

50

58

5000

18
18
18
18

23
23
24
24

29
29
29
30

36
36
36
36

43
43
43
43

50
50
50
51

58
58
58
59

5100
5200
5300
5400

18

24

30

36

43

51

59

5500

18
19
19
19

24
24
24
24

30
30
30
30

36
36
36
37

43
43
44
44

51
51
51
51

59
59
59
59

5600
5700
5800
5900

19

24

30

37

44

51

60

6000

19
19
19
19

24
24
24
24

30
30
30
30

37
37
37
37

44
44
44
44

51
52
52
52

60
60
60
60

6100
6200
6300
6400

19

24

31

37

44

52

60

6500

19
19
19
19

25
25
25
25

31
31
31
31

37
37
37
37

44
44
44
44

52
52
52
52

60
60
60
60

6600
6700
6800
6900

19

25

31

37

45

52

60

7000

2

3

3

135

CHARGE
4H
M23 2

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

0

1

2

HE I GH T OF TARGE T ABOVE GUN
400

300

200

100

0

100

200

300

7000

6

5

3

0

0

6

10

14

7100
7200
7300
7400

6
6
6
6

5
4
4
4

3
3
3
3

0
0
0
0

0
0
0
0

6
6
6
6

10
10
10
10

14
14
14
14

7500

6

4

3

0

0

6

10

14

7600
7700
7800
7900

6
6
6
6

4
4
4
4

3
3
3
3

0
0
0
0

0
0
0
0

6
6
6
6

10
10
10
10

14
14
14
14

8000

6

5

3

0

0

6

10

14

8100
8200
8300
8400

6
6
6
6

5
5
5
5

3
3
3
3

0
0
0
0

0
0
0
0

6
6
6
6

10
10
10
10

15
15
15
15

8500

6

5

3

0

0

6

10

15

8600
8700
8800
8900

6
6
6
7

5
5
5
5

3
3
3
3

0
0
0
1

0
0
0
0

6
6
6
6

10
10
10
10

15
15
15
15

9000

7

5

3

1

0

6

10

15

9100
9200
9300
9400

7
7
7
8

5
6
6
6

3
3
3
4

1
1
1
1

0
0
0
0

6
6
6
6

11
11
11
11

15
15
16
16

9500

8

6

4

1

0

6

11

16

9600
9700
9800
9900

8
8
9
9

6
6
7
7

4
4
4
4

1
1
1
1

0
0
0
0

7
7
7
7

11
11
11
11

16
16
17
17

10000

9

7

4

1

0

7

12

17

10100
10200
10300
10400

10
10
11
11

7
8
8
8

5
5
5
5

1
1
1
2

0
0
0
0

7
7
7
7

12
12
12
12

17
17
18
18

10500

11

9

5

2

0

7

12

18

2

136

ME TERS

3

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

19

25

31

37

45

52

60

7000

19
19
19
19

25
25
25
25

31
31
31
31

37
38
38
38

45
45
45
45

52
52
52
53

61
61
61
61

7100
7200
7300
7400

19

25

31

38

45

53

61

7500

19
19
19
19

25
25
25
25

31
31
31
31

38
38
38
38

45
45
45
45

53
53
53
53

61
61
61
61

7600
7700
7800
7900

20

25

31

38

45

53

61

8000

20
20
20
20

25
25
25
25

31
32
32
32

38
38
38
38

45
46
46
46

53
53
53
54

62
62
62
62

8100
8200
8300
8400

20

26

32

39

46

54

62

8500

20
20
20
20

26
26
26
26

32
32
32
33

39
39
39
39

46
46
47
47

54
54
55
55

62
63
63
63

8600
8700
8800
8900

21

26

33

40

47

55

64

9000

21
21
21
21

27
27
27
27

33
33
34
34

40
40
41
41

47
48
48
48

55
56
56
57

64
64
65
65

9100
9200
9300
9400

21

28

34

41

49

57

66

9500

22
22
22
23

28
28
28
29

34
35
35
36

42
42
42
43

49
50
50
51

58
58
59
59

66
67
67
68

9600
9700
9800
9900

23

29

36

43

51

60

69

10000

23
23
24
24

29
30
30
31

36
37
37
38

44
44
45
45

52
52
53
54

60
61
62
62

69
70
71
72

10100
10200
10300
10400

24

31

38

46

54

63

72

10500

3

3

4

4

137

CHARGE
4H
M23 2

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

10500

11

9

5

2

0

7

12

18

10600
10700
10800
10900

12
12
13
13

9
9
10
10

6
6
6
6

2
2
2
2

0
0
0
0

7
7
7
8

13
13
13
13

18
19
19
19

11000

13

10

6

2

0

8

13

19

11100
11200
11300
11400

14
14
15
15

11
11
11
12

7
7
7
7

2
2
3
3

0
0
0
0

8
8
8
8

13
14
14
14

20
20
20
21

11500

16

12

8

3

0

8

14

21

11600
11700
11800
11900

16
17
18
18

12
13
13
14

8
8
9
9

3
3
3
3

0
0
0
0

8
8
9
9

15
15
15
16

22
22
22
23

12000

19

14

9

4

0

9

16

23

12100
12200
12300
12400

19
20
21
21

15
15
16
16

9
10
10
11

4
4
4
4

0
0
0
0

9
9
9
9

16
16
17
17

24
24
25
25

12500

22

17

11

5

0

10

17

26

12600
12700
12800
12900

23
24
24
25

17
18
19
19

11
12
12
13

5
5
5
5

0
0
0
0

10
10
10
10

18
18
19
19

26
27
27
28

13000

26

20

13

6

0

10

19

29

13100
13200
13300
13400

27
28
29
30

20
21
22
23

13
14
14
15

6
6
6
7

0
0
0
0

11
11
11
11

20
20
21
21

29
30
31
31

13500

31

23

15

7

0

12

22

32

13600
13700
13800
13900

32
33
34
35

24
25
26
26

16
16
17
17

7
7
8
8

0
0
0
0

12
12
12
12

22
23
23
24

33
34
34
35

14000

36

27

18

8

0

13

24

36

2

3

4

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

5

138

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

24

31

38

46

54

63

72

10500

25
25
25
26

31
32
32
33

39
39
40
40

47
47
48
48

55
56
56
57

64
65
65
66

73
74
75
76

10600
10700
10800
10900

26

33

41

49

58

67

77

11000

27
27
27
28

34
34
35
36

42
42
43
44

50
51
52
52

59
60
61
62

68
69
70
71

78
79
80
82

11100
11200
11300
11400

28

36

44

53

63

73

83

11500

29
30
30
31

37
38
38
39

45
46
47
48

54
55
56
57

64
65
66
67

74
75
76
78

84
86
87
89

11600
11700
11800
11900

31

40

49

58

68

79

90

12000

32
33
33
34

41
41
42
43

50
51
52
53

59
61
62
63

70
71
72
74

80
82
84
85

92
94
95
97

12100
12200
12300
12400

35

44

54

64

75

87

99

12500

35
36
37
38

45
46
47
48

55
56
57
59

66
67
68
70

77
78
80
82

89
90
92
94

101
103
105
107

12600
12700
12800
12900

39

49

60

71

83

96

109

13000

39
40
41
42

50
51
52
54

61
63
64
65

73
75
76
78

85
87
89
91

98
100
102
104

111
114
116
119

13100
13200
13300
13400

43

55

67

80

93

107

121

13500

44
45
46
47

56
57
59
60

68
70
72
73

81
83
85
87

95
97
99
101

109
111
114
116

124
126
129
132

13600
13700
13800
13900

48

61

75

89

104

119

135

14000

5

6

4

5

6
1 39

CHARGE
4H
M23 2

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

4

14000

36

27

18

8

0

13

24

36

14100
14200
14300
14400

37
38
39
41

28
29
30
31

19
19
20
20

9
9
9
10

0
0
0
0

13
13
14
14

25
25
26
26

37
38
39
39

14500

42

32

21

10

0

14

27

40

14600
14700
14800
14900

43
44
46
47

33
34
35
36

22
22
23
24

10
11
11
11

0
0
0
0

14
15
15
15

28
28
29
30

41
42
43
44

15000

48

37

24

12

0

16

30

46

15100
15200
15300
15400

50
51
53
55

38
39
40
41

25
26
27
28

12
12
13
13

0
0
0
0

16
16
17
17

31
32
33
34

47
48
49
51

15500

56

43

29

14

0

18

35

52

15600
15700
15800
15900

58
60
62
64

44
46
47
48

30
30
31
32

14
15
15
16

0
0
0
0

18
19
19
19

35
36
37
38

53
55
56
58

16000

66

50

33

16

0

20

39

59

16100
16200
16300
16400

68
70
72
74

51
53
55
56

35
36
37
38

17
18
18
19

0
0
0
0

20
21
22
22

40
42
43
45

61
63
65
68

16500

77

58

39

19

0

23

46

70

16600
16700
16800
16900

79
83
86
90

61
63
66
69

41
43
45
47

20
21
22
23

0
0
0
0

24
25
26
27

48
50
51
53

73
76
78
82

17000

93

72

48

24

0

28

55

85

17100
17200
17300
17400

97
101
106
111

74
78
81
85

51
53
55
58

25
27
28
29

0
0
0
0

29
30
31
33

58
60
63
66

89
93
97
101

17500

116

89

60

31

0

34

69

106

5

6
7

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

7

140

8

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

48

61

75

89

104

119

135

14000

49
51
52
53

63
64
66
67

77
78
80
82

91
93
95
98

106
109
111
114

122
125
127
130

138
141
145
148

14100
14200
14300
14400

54

69

84

100

116

134

151

14500

56
57
58
60

71
72
74
76

86
88
91
93

102
105
108
110

119
122
125
128

137
140
144
147

155
159
163
167

14600
14700
14800
14900

61

78

95

113

132

151

171

15000

63
65
66
68

80
82
84
87

98
100
103
106

116
119
122
126

135
139
142
146

155
159
163
168

176
180
185
190

15100
15200
15300
15400

70

89

109

129

150

172

195

15500

72
74
76
78

91
94
96
99

111
114
118
121

132
136
140
144

154
159
164
169

177
182
188
194

201
207
214
221

15600
15700
15800
15900

80

102

125

149

174

201

228

16000

83
86
89
92

106
109
113
118

129
134
139
144

154
160
166
172

181
187
194
201

208
216
224
232

237
245
255
264

16100
16200
16300
16400

95

122

150

179

209

241

275

16500

99
103
107
111

127
131
137
142

155
161
168
175

186
193
201
210

217
226
236
246

251
261
272
285

286
298
311
326

16600
16700
16800
16900

116

149

183

219

257

298

341

17000

121
126
132
139

155
162
170
179

191
200
210
222

229
240
253
267

270
283
299
318

313
329
349
374

359
379
404
437

17100
17200
17300
17400

146

189

235

285

342

407

488

8

9

17500

6

7

8

9
141

CHARGE
4H
M23 2

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

17500

116

89

60

31

0

34

69

106

17600
17700
17800
17900

121
127
133
140

93
97
103
108

63
67
70
74

32
34
36
38

0
0
0
0

36
37
40
42

73
77
82
89

112
119
128
141

18000

148

115

79

41

0

46

99

166

18100

158

123

86

45

0

53

7
8

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

*****************************************************************

10

11

18100

350

254

163

78

0

67

18000

369

268

173

83

0

76

142

191

17900
17800
17700
17600

386
402
417
431

282
29 4
305
316

182
19 1
199
206

88
93
97
101

0
0
0
0

82
87
91
95

156
167
176
185

221
240
255
269

17500

445

327

213

104

0

99

193

282

17400
17300
17200
17100

458
472
485
49 8

337
347
357
367

220
227
234
240

108
111
115
118

0
0
0
0

103
106
110
113

201
208
215
221

293
304
315
325

17000

510

376

247

121

0

116

228

335

16900
16800
16700
16600

523
536
548
561

386
39 5
405
414

253
259
266
272

124
128
131
134

0
0
0
0

119
122
126
129

234
241
247
253

345
354
364
373

16500

573

423

278

137

0

132

259

382

16400
16300
16200
16100

586
599
611
624

433
442
452
461

284
29 0
29 7
303

140
143
146
149

0
0
0
0

135
138
141
144

265
272
278
284

392
401
410
419

16000

637

471

309

153

0

147

290

428

15900
15800
15700
15600

650
663
677
69 0

481
49 0
500
510

316
322
329
335

156
159
162
165

0
0
0
0

150
153
156
159

296
302
308
315

437
447
456
465

15500

704

520

342

169

0

163

321

474

11
142

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

146

189

235

285

342

407

488

17500

155
165
180
203

201
217
240

252
276
318

310
347

377

466

17600
17700
17800
17900
18000
18100

****************************************************************
18100

9

18000
274
305
328
347

359
391
418

393
445
481

484
534

17900
17800
17700
17600

575

364

440

510

572

625

667

692

17500

380
396
410
424

462
481
500
518

537
561
584
606

605
635
663
689

666
702
735
766

718
762
801
837

760
813
860
901

17400
17300
17200
17100

437

535

627

714

796

871

941

17000

451
463
476
489

552
568
584
599

648
667
686
705

738
762
784
807

824
851
877
903

904
935
965
994

978
1013
1047
1080

16900
16800
16700
16600

501

615

724

828

928

1023

1112

16500

513
525
538
550

630
645
661
676

742
761
779
797

850
871
893
914

953
977
1002
1026

1051
1078
1106
1133

1144
1175
1205
1235

16400
16300
16200
16100

562

691

815

935

1050

1160

1265

16000

574
586
598
610

706
721
736
751

833
851
869
887

956
977
997
1019

1074
1097
1121
1145

1187
1213
1240
1267

1295
1325
1354
1384

15900
15800
15700
15600

623

767

905

1039

1169

1293

1413

15500

10

10
143

CHARGE
4H
M23 2

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

15500

704

520

342

169

0

163

321

474

15400
15300
15200
15100

717
731
746
760

530
540
551
562

349
355
362
369

172
175
179
182

0
0
0
0

166
169
173
176

327
334
340
347

484
493
503
513

15000

775

572

376

185

0

179

353

522

14900
14800
14700
14600

79 0
805
820
837

583
59 4
606
618

383
39 1
39 8
405

189
19 3
19 6
200

0
0
0
0

182
186
189
193

360
367
373
380

532
542
552
562

14500

853

630

413

204

0

196

387

573

14400
14300
14200
14100

870
887
9 04
9 22

642
654
667
680

421
429
438
446

208
212
216
220

0
0
0
0

200
204
208
212

394
402
409
417

583
594
605
616

14000

9 40

69 3

455

224

0

215

425

627

13900
13800
13700
13600

9 59
9 79
999
1020

707
721
735
750

463
472
482
49 1

228
232
237
241

0
0
0
0

220
224
228
232

433
441
449
457

639
651
663
675

13500

1042

766

501

246

0

237

466

687

13400
13300
13200
13100

1065
1089
1113
1139

782
799
816
834

511
522
533
544

251
256
261
266

0
0
0
0

241
246
250
255

474
483
492
502

700
713
726
740

13000

1166

853

555

272

0

261

512

754

12900
12800
12700
12600

119 4
1224
1255
1288

873
89 3
9 14
9 37

568
581
59 4
607

278
284
29 0
29 6

0
0
0
0

266
271
276
283

522
532
542
553

768
783
798
813

12500

1323

9 61

622

303

0

289

565

830

12400
12300
12200
12100

1360
1399

9 86
1012
1039
1069

637
653
669
687

310
317
324
332

0
0
0
0

295
301
308
315

576
588
601
614

846
863
881
899

1100

705

340

0

322

627

918

11

12000

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

11

144

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

623

767

905

1039

1169

1293

1413

15500

635
648
660
673

782
797
813
829

924
942
961
979

1061
1082
1103
1125

1193
1217
1241
1265

1320
1347
1374
1401

1443
1472
1502
1532

15400
15300
15200
15100

686

845

998

1147

1290

1428

1562

15000

699
712
725
739

860
877
893
909

1017
1036
1055
1075

1168
1190
1213
1235

1314
1339
1365
1390

1456
1483
1511
1539

1592
1622
1653
1684

14900
14800
14700
14600

752

926

1095

1258

1415

1568

1715

14500

766
780
794
809

943
960
978
995

1115
1135
1155
1176

1281
1304
1327
1351

1441
1467
1494
1521

1596
1625
1655
1684

1746
1778
1810
1842

14400
14300
14200
14100

823

1013

1197

1375

1548

1714

1875

14000

838
854
869
885

1032
1050
1069
1089

1219
1241
1263
1286

1400
1425
1450
1476

1575
1603
1632
1660

1745
1776
1807
1839

1908
1942
1976
2011

13900
13800
13700
13600

901

1108

1309

1502

1690

1871

2046

13500

918
935
952
969

1128
1149
1170
1191

1332
1356
1380
1405

1529
1556
1584
1612

1719
1750
1781
1812

1904
1937
1971
2005

2082
2118
2155
2192

13400
13300
13200
13100

987

1213

1430

1641

1844

2040

2230

13000

1006
1024
1044
1064

1235
1258
1281
1305

1456
1483
1510
1537

1670
1700
1731
1762

1877
1910
1944
1978

2076
2112
2149
2187

2268
2308
2348
2389

12900
12800
12700
12600

1084

1330

1566

1794

2014

2226

2430

12500

1105
1127
1149
1172

1355
1380
1407
1435

1595
1625
1655
1687

1827
1860
1894
1930

2050
2087
2125
2164

2265
2306
2347
2389

2473
2516
2561
2606

12400
12300
12200
12100

1196

1463

1719

1966

2203

2432

2652

12000

10

11

11

145

CHARGE
4H
M23 2

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

200

100

0

100

200

300

1100

705

340

0

322

627

918

724
745
767

349
358
368
378

0
0
0
0

330
338
346
354

641
656
671
686

938
958
979
1000

11500

388

0

364

703

1023

11400
11300
11200
11100

399

0
0
0
0

373
383
393
404

720
737
756
775

1047
1071
1096
1123

11000

0

416

796

1150

10900
10800
10700

0

427

816

1178

11900
11800
11700
11600

400

11

146

ME TERS

300

12000

11

HE I GH T OF TARGE T ABOVE GUN

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

1196

1463

1719

1966

2203

2432

2652

12000

1221
1246
1272
1299

1492
1522
1553
1585

1753
1787
1822
1858

2003
2041
2081
2120

2244
2286
2329
2373

2476
2522
2568
2615

2700
2748
2798
2848

11900
11800
11700
11600

1328

1618

1896

2162

2418

2664

2900

11500

1357
1387
1418
1450

1652
1687
1723
1761

1934
1974
2015
2057

2205
2249
2294
2340

2464
2512
2561
2611

2714
2765
2817
2871

2953
3008
3064
3121

11400
11300
11200
11100

1484

1800

2101

2388

2663

2927

3180

11000

1519

1840
1881

2146
2192

2438
2488

2717
2771

2984
3042

3240
3302
3364

10900
10800
10700

11

11

147

CHARGE
4H
M23 2

TABLE C

F T 1 5 5 AM 3

W I ND COMPONEN TS

PROJ , HE , M10 7
FUZE , PD , M739 A1

COMPONEN TS OF A ONE KNO T W I ND
CHAR T
D I REC T I ON
OF W I ND

CROSS
W I ND

RANGE
W I ND

CHAR T
D I REC T I ON
OF W I ND

CROSS
W I ND

RANGE
W I ND

MIL

KNO T

KNO T

MIL

KNO T

KNO T

0

H1 . 00

3200

0

T1 . 00

100
200
300

R. 10
R. 20
R. 29

H. 99
H. 98
H. 96

3300
3400
3500

L . 10
L . 20
L . 29

T. 99
T. 98
T. 96

400

R. 38

H. 92

3600

L . 38

T. 92

500
600
700

R. 47
R. 56
R. 63

H. 88
H. 83
H. 77

3700
3800
3900

L . 47
L . 56
L . 63

T. 88
T. 83
T. 77

800

R. 71

H. 71

4000

L . 71

T. 71

900
1000
1100

R. 77
R. 83
R. 88

H. 63
H. 56
H. 47

4100
4200
4300

L . 77
L . 83
L . 88

T. 63
T. 56
T. 47

1200

R. 92

H. 38

4400

L . 92

T. 38

1300
1400
1500

R. 96
R. 98
R. 99

H. 29
H. 20
H. 10

4500
4600
4700

L . 96
L . 98
L . 99

T. 29
T. 20
T. 10

1600

R1 . 00

0

4800

L 1 . 00

0

1700
1800
1900

R. 99
R. 98
R. 96

T. 10
T. 20
T. 29

4900
5000
5100

L . 99
L . 98
L . 96

H. 10
H. 20
H. 29

2000

R. 92

T. 38

5200

L . 92

H. 38

2100
2200
2300

R. 88
R. 83
R. 77

T. 47
T. 56
T. 63

5300
5400
5500

L . 88
L . 83
L . 77

H. 47
H. 56
H. 63

2400

R. 71

T. 71

5600

L . 71

H. 71

2500
2600
2700

R. 63
R. 56
R. 47

T. 77
T. 83
T. 88

5700
5800
5900

L . 63
L . 56
L . 47

H. 77
H. 83
H. 88

2800

R. 38

T. 92

6000

L . 38

H. 92

2900
3000
3100

R. 29
R. 20
R. 10

T. 96
T. 98
T. 99

6100
6200
6300

L . 29
L . 20
L . 10

H. 96
H. 98
H. 99

3200

0

T1 . 00

6400

0

H1 . 00

0

148

F T 1 5 5 AM 3

TABLE D

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2

TEMPERA TURE
AND DENS I TY CORREC T I ONS

CORREC T I ONS TO TEMPERA TURE ( D T) AND DENS I TY ( DD ) , I N PERCEN T ,
TO COMPENSA TE FOR THE D I FFERENCE I N AL T I TUDE ,
I N ME TERS , BE TWEEN THE BA TTERY AND THE MDP
DH

0

+10

+20

+30

+40

+50

+60

+70

+80

+9 0

0

DT
DD

0.0
0.0

0.0
0 . 1+

0.0
0 . 2+

0 . 1+
0 . 3+

0 . 1+
0 . 4+

0 . 1+
0 . 5+

0 . 1+
0 . 6+

0 . 2+
0 . 7+

0 . 2+
0 . 8+

0 . 2+
0.9+

+100

DT
DD

0 . 2+
1 . 0+

0 . 2+
1 . 1+

0 . 2+
1 . 2+

0 . 3+
1 . 3+

0 . 3+
1 . 4+

0 . 3+
1 . 5+

0 . 3+
1 . 6+

0 . 4+
1 . 7+

0 . 4+
1 . 8+

0 . 4+
1.9+

+200

DT
DD

0 . 5+
2 . 0+

0 . 5+
2 . 1+

0 . 5+
2 . 2+

0 . 6+
2 . 3+

0 . 6+
2 . 4+

0 . 6+
2 . 5+

0 . 6+
2 . 6+

0 . 7+
2 . 7+

0 . 7+
2 . 8+

0 . 7+
2.9+

+300

DT
DD

0 . 7+
3 . 0+

0 . 7+
3 . 1+

0 . 7+
3 . 2+

0 . 8+
3 . 3+

0 . 8+
3 . 4+

0 . 8+
3 . 5+

0 . 8+
3 . 6+

0.9+
3 . 7+

0.9+
3 . 8+

0.9+
3.9+

NO TES

1 . DH I S BA TTERY HE I GH T ABOVE OR BELOW THE MDP .
2 . I F ABOVE THE MDP , USE THE S I GN BEFORE THE NUMBER .
3 . I F BELOW THE MDP , USE THE S I GN AF TER THE NUMBER .

TABLE E
PROPELLAN T TEMPERA TURE
EFFEC TS ON MUZZLE VELOC I TY DUE TO PROPELLAN T TEMPERA TURE
TEMPERA TURE
OF
PROPELLAN T

EFFEC T
ON
VELOC I TY

TEMPERA TURE
OF
PROPELLAN T

DEGREES F

M/S

DEGREES C

40
30
20
10

23 . 5
22 . 1
20 . 5
18 . 8

40 . 0
34 . 4
28 . 9
23 . 3

0

16 . 9

17 . 8

10
20
30
40

15 . 0
12 . 8
10 . 5
8. 1

12 . 2
6. 7
1. 1
4. 4

50

5. 6

10 . 0

60
70
80
90

2. 8
0. 0
3. 0
6. 1

15 . 6
21 . 1
26 . 7
32 . 2

100

9.4

37 . 8

110
120
130

12 . 8
16 . 4
20 . 1

43 . 3
48 . 9
54 . 4

1 49

CHARGE
4H
M23 2

150

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

M

MIL

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
6

7

8

9

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

SEC

MIL

MIL

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

0

0. 0

96

1

0. 0

0. 0

0 . 00

100
200
300
400

1. 1
2. 1
3. 2
4. 3

96
96
95
92

1
1
1
1

0. 1
0. 3
0. 4
0. 6

0. 0
0. 1
0. 1
0. 1

0 . 00
0 . 01
0 . 01
0 . 01

500

5. 4

91

1

0. 7

0. 2

0 . 02

600
700
800
900

6. 5
7. 6
8. 7
9.8

90
90
89
88

1
1
1
1

0. 9
1. 0
1. 2
1. 4

0. 2
0. 2
0. 3
0. 3

0 . 02
0 . 02
0 . 02
0 . 03

1000

11 . 0

87

1

1. 5

0. 4

0 . 03

1100
1200
1300
1400

12 . 1
13 . 3
14 . 5
15 . 7

2. 0
2. 1

1 . 04
0 . 97

86
85
84
83

1
1
1
1

1. 7
1. 8
2. 0
2. 1

0. 4
0. 4
0. 5
0. 5

0 . 03
0 . 04
0 . 04
0 . 04

1500

16 . 9

2. 3

0 . 90

82

1

2. 3

0. 5

0 . 05

1600
1700
1800
1900

18 . 1
19 . 4
20 . 6
21 . 9

2. 5
2. 6
2. 8
3. 0

0 . 84
0 . 79
0 . 74
0 . 70

81
80
79
78

1
1
1
1

2. 5
2. 6
2. 8
3. 0

0. 6
0. 6
0. 7
0. 7

0 . 05
0 . 05
0 . 06
0 . 06

2000

23 . 2

3. 1

0 . 67

77

1

3. 1

0. 8

0 . 06

2100
2200
2300
2400

24 . 5
25 . 8
27 . 1
28 . 5

3. 3
3. 5
3. 7
3. 8

0 . 63
0 . 60
0 . 57
0 . 55

77
76
75
74

1
1
1
1

3. 3
3. 5
3. 7
3. 8

0. 8
0. 8
0. 9
0. 9

0 . 07
0 . 07
0 . 08
0 . 08

2500

29 . 8

4. 0

0 . 53

73

1

4. 0

1. 0

0 . 08

2600
2700
2800
2900

31 . 2
32 . 6
34 . 0
35 . 4

4. 2
4. 4
4. 6
4. 7

0 . 50
0 . 48
0 . 46
0 . 45

72
71
71
70

1
1
1
1

4. 2
4. 4
4. 6
4. 7

1. 0
1. 1
1. 1
1. 2

0 . 09
0 . 09
0 . 09
0 . 10

3000

36 . 9

4. 9

0 . 43

69

1

4. 9

1. 2

0 . 10

3100
3200
3300
3400

38 . 3
39 . 8
41 . 3
42 . 8

5. 1
5. 3
5. 5
5. 7

0 . 42
0 . 40
0 . 39
0 . 38

68
67
66
66

1
1
1
1

5. 1
5. 3
5. 5
5. 7

1. 3
1. 3
1. 4
1. 4

0 . 10
0 . 11
0 . 11
0 . 12

3500

44 . 4

5. 9

0 . 36

65

1

5. 9

1. 5

0 . 12

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1

10

R
A
N
G
E

CHARGE
4H
M23 2

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0

0

100
200
300
400

0. 3
0. 6
0. 9
1. 2

0. 3
0. 6
0.9
1. 1

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 1

1
1
2
3

1
2
2
3

500

1. 5

1. 4

0. 0

0. 0

0. 0

0. 0

0. 1

0. 1

3

3

600
700
800
900

1. 8
2. 0
2. 3
2. 6

1. 7
2. 0
2. 2
2. 5

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 1
0. 1
0. 1

0. 0
0. 1
0. 1
0. 1

0. 2
0. 3
0. 4
0. 4

0. 1
0. 2
0. 3
0. 4

4
5
5
6

4
5
5
6

1000

2. 9

2. 8

0. 1

0. 1

0. 1

0. 1

0. 5

0. 5

6

6

1100
1200
1300
1400

3. 2
3. 4
3. 7
4. 0

3. 0
3. 3
3. 6
3. 8

0. 1
0. 1
0. 1
0. 1

0. 1
0. 1
0. 1
0. 1

0. 2
0. 2
0. 2
0. 3

0. 2
0. 2
0. 2
0. 3

0. 6
0. 7
0. 8
1. 0

0. 6
0. 8
0. 9
1. 0

7
7
8
8

7
7
8
8

1500

4. 2

4. 1

0. 1

0. 1

0. 3

0. 3

1. 1

1. 2

9

9

1600
1700
1800
1900

4. 5
4. 8
5. 0
5. 3

4. 3
4. 6
4. 8
5. 1

0. 1
0. 2
0. 2
0. 2

0. 1
0. 1
0. 2
0. 2

0. 4
0. 4
0. 5
0. 5

0. 4
0. 4
0. 5
0. 5

1. 3
1. 5
1. 6
1. 8

1. 3
1. 5
1. 7
1. 9

9
9
10
10

9
10
10
10

2000

5. 5

5. 3

0. 2

0. 2

0. 6

0. 6

2. 0

2. 1

11

11

2100
2200
2300
2400

5. 8
6. 0
6. 3
6. 5

5. 6
5. 8
6. 0
6. 3

0. 2
0. 3
0. 3
0. 3

0. 2
0. 2
0. 3
0. 3

0. 6
0. 7
0. 8
0. 8

0. 6
0. 7
0. 7
0. 8

2. 2
2. 4
2. 7
2.9

2. 3
2. 5
2. 7
3. 0

11
11
11
12

11
12
12
12

2500

6. 7

6. 5

0. 3

0. 3

0.9

0. 9

3. 2

3. 2

12

12

2600
2700
2800
2900

7. 0
7. 2
7. 5
7. 7

6. 7
7. 0
7. 2
7. 4

0. 4
0. 4
0. 4
0. 5

0. 4
0. 4
0. 4
0. 4

1. 0
1. 1
1. 1
1. 2

0. 9
1. 0
1. 1
1. 1

3. 4
3. 7
4. 0
4. 2

3. 5
3. 8
4. 0
4. 3

12
13
13
13

13
13
13
13

3000

7. 9

7. 7

0. 5

0. 5

1. 3

1. 2

4. 5

4. 6

13

14

3100
3200
3300
3400

8. 2
8. 4
8. 6
8. 8

7.9
8. 1
8. 3
8. 5

0. 5
0. 6
0. 6
0. 6

0. 5
0. 5
0. 6
0. 6

1. 4
1. 5
1. 5
1. 6

1. 3
1. 4
1. 4
1. 5

4. 8
5. 1
5. 5
5. 8

5. 0
5. 3
5. 6
6. 0

13
14
14
14

14
14
14
14

3500

9.0

8. 7

0. 7

0. 6

1. 7

1. 6

6. 1

6. 3

14

14

M

151

CHARGE
4H
M23 2

152

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

M

MIL

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
6

7

8

9

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

SEC

MIL

MIL

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

3500

44 . 4

5. 9

0 . 36

65

1

5. 9

1. 5

0 . 12

3600
3700
3800
3900

45 . 9
47 . 5
49 . 1
50 . 7

6. 1
6. 3
6. 5
6. 7

0 . 35
0 . 34
0 . 33
0 . 32

64
63
62
62

1
1
1
1

6. 1
6. 3
6. 5
6. 7

1. 5
1. 6
1. 6
1. 7

0 . 12
0 . 13
0 . 13
0 . 14

4000

52 . 3

6. 9

0 . 31

61

1

6. 9

1. 7

0 . 14

4100
4200
4300
4400

54 . 0
55 . 7
57 . 4
59 . 1

7. 1
7. 3
7. 5
7. 7

0 . 30
0 . 30
0 . 29
0 . 28

60
59
59
58

1
1
1
1

7. 1
7. 3
7. 5
7. 7

1. 8
1. 9
1. 9
2. 0

0 . 14
0 . 15
0 . 15
0 . 16

4500

60 . 8

7. 9

0 . 27

57

1

7. 9

2. 0

0 . 16

4600
4700
4800
4900

62 . 6
64 . 4
66 . 2
68 . 0

8. 1
8. 4
8. 6
8. 8

0 . 27
0 . 26
0 . 25
0 . 25

56
56
55
54

1
1
1
1

8. 1
8. 4
8. 6
8. 8

2. 1
2. 2
2. 2
2. 3

0 . 17
0 . 17
0 . 17
0 . 18

5000

69 . 9

9.0

0 . 24

53

1

9.0

2. 4

0 . 18

5100
5200
5300
5400

71 . 8
73 . 7
75 . 6
77 . 6

9.2
9.5
9.7
9.9

0 . 24
0 . 23
0 . 23
0 . 22

53
52
51
51

2
2
2
2

9.2
9.5
9.7
9.9

2. 4
2. 5
2. 6
2. 6

0 . 19
0 . 19
0 . 20
0 . 20

5500

79 . 5

10 . 2

0 . 22

50

2

10 . 2

2. 7

0 . 21

5600
5700
5800
5900

81 . 6
83 . 6
85 . 7
87 . 8

10 . 4
10 . 7
10 . 9
11 . 1

0 . 21
0 . 21
0 . 20
0 . 20

49
49
48
47

2
2
2
2

10 . 4
10 . 7
10 . 9
11 . 1

2. 8
2. 8
2. 9
3. 0

0 . 21
0 . 22
0 . 22
0 . 23

6000

89 . 9

11 . 4

0 . 20

47

2

11 . 4

3. 1

0 . 23

6100
6200
6300
6400

92 . 1
94 . 2
96 . 5
98 . 7

11 . 6
11 . 9
12 . 1
12 . 4

0 . 19
0 . 19
0 . 18
0 . 18

46
45
45
44

2
2
2
2

11 . 6
11 . 9
12 . 1
12 . 4

3. 1
3. 2
3. 3
3. 4

0 . 24
0 . 24
0 . 25
0 . 25

6500

101 . 0

12 . 7

0 . 18

43

2

12 . 7

3. 5

0 . 26

6600
6700
6800
6900

103 . 3
105 . 7
108 . 1
110 . 5

12 . 9
13 . 2
13 . 5
13 . 7

0 . 17
0 . 17
0 . 17
0 . 16

43
42
42
41

2
2
2
2

12 . 9
13 . 2
13 . 5
13 . 7

3. 5
3. 6
3. 7
3. 8

0 . 26
0 . 27
0 . 27
0 . 28

7000

112 . 9

14 . 0

0 . 16

40

2

14 . 0

3. 9

0 . 28

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
4H
M23 2

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

3500

9.0

8. 7

0. 7

0. 6

1. 7

1. 6

6. 1

6. 3

14

14

3600
3700
3800
3900

9.3
9.5
9.7
9.9

9.0
9.2
9.4
9.6

0. 7
0. 8
0. 8
0. 8

0. 7
0. 7
0. 8
0. 8

1. 8
1.9
2. 0
2. 1

1. 7
1. 8
1. 9
2. 0

6. 5
6. 8
7. 2
7. 6

6. 7
7. 1
7. 4
7. 8

14
14
14
14

15
15
15
15

4000

10 . 1

9.8

0. 9

0. 8

2. 2

2. 1

7.9

8. 2

14

15

4100
4200
4300
4400

10 . 3
10 . 5
10 . 7
10 . 9

10 . 0
10 . 2
10 . 4
10 . 6

0. 9
1. 0
1. 0
1. 1

0.9
0.9
1. 0
1. 0

2. 3
2. 5
2. 6
2. 7

2. 2
2. 3
2. 4
2. 5

8. 3
8. 7
9.1
9.6

8. 7
9.1
9.5
10 . 0

14
14
14
14

15
15
15
15

4500

11 . 1

10 . 8

1. 1

1. 1

2. 8

2. 6

10 . 0

10 . 4

14

15

4600
4700
4800
4900

11 . 3
11 . 5
11 . 7
11 . 9

11 . 0
11 . 2
11 . 4
11 . 5

1. 2
1. 3
1. 3
1. 4

1. 1
1. 2
1. 2
1. 3

2.9
3. 0
3. 2
3. 3

2. 7
2. 8
3. 0
3. 1

10 . 4
10 . 9
11 . 3
11 . 8

10 . 9
11 . 3
11 . 8
12 . 3

14
14
14
14

15
15
15
15

5000

12 . 1

11 . 7

1. 4

1. 3

3. 4

3. 2

12 . 3

12 . 8

14

15

5100
5200
5300
5400

12 . 3
12 . 5
12 . 7
12 . 8

11 . 9
12 . 1
12 . 3
12 . 5

1. 5
1. 6
1. 6
1. 7

1. 4
1. 5
1. 5
1. 6

3. 6
3. 7
3. 8
4. 0

3. 3
3. 4
3. 6
3. 7

12 . 7
13 . 2
13 . 7
14 . 2

13 . 3
13 . 9
14 . 4
14 . 9

14
13
13
13

14
14
14
14

5500

13 . 0

12 . 6

1. 8

1. 6

4. 1

3. 8

14 . 7

15 . 5

13

14

5600
5700
5800
5900

13 . 2
13 . 4
13 . 5
13 . 7

12 . 8
13 . 0
13 . 2
13 . 3

1. 8
1. 9
2. 0
2. 1

1. 7
1. 8
1. 8
1.9

4. 2
4. 4
4. 5
4. 7

4. 0
4. 1
4. 2
4. 4

15 . 3
15 . 8
16 . 3
16 . 9

16 . 0
16 . 6
17 . 2
17 . 7

13
12
12
12

14
14
13
13

6000

13 . 9

13 . 5

2. 1

2. 0

4. 8

4. 5

17 . 4

18 . 3

12

13

6100
6200
6300
6400

14 . 1
14 . 2
14 . 4
14 . 6

13 . 7
13 . 8
14 . 0
14 . 2

2. 2
2. 3
2. 4
2. 5

2. 0
2. 1
2. 2
2. 3

5. 0
5. 1
5. 3
5. 5

4. 6
4. 8
4. 9
5. 1

18 . 0
18 . 5
19 . 1
19 . 7

18 . 9
19 . 6
20 . 2
20 . 8

11
11
11
10

13
12
12
12

6500

14 . 7

14 . 3

2. 5

2. 3

5. 6

5. 2

20 . 3

21 . 4

10

11

6600
6700
6800
6900

14 . 9
15 . 0
15 . 2
15 . 4

14 . 5
14 . 6
14 . 8
15 . 0

2. 6
2. 7
2. 8
2. 9

2. 4
2. 5
2. 6
2. 7

5. 8
5.9
6. 1
6. 3

5. 4
5. 5
5. 7
5. 8

20 . 9
21 . 5
22 . 1
22 . 7

22 . 1
22 . 8
23 . 4
24 . 1

10
9
9
9

11
11
10
10

7000

15 . 5

15 . 1

3. 0

2. 8

6. 4

6. 0

23 . 4

24 . 8

8

10

M

153

CHARGE
4H
M23 2

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

SEC

MIL

MIL

0 . 16

40

2

14 . 0

3. 9

0 . 28

14 . 3
14 . 6
14 . 8
15 . 1

0 . 16
0 . 16
0 . 15
0 . 15

40
39
39
38

2
3
3
3

14 . 3
14 . 6
14 . 8
15 . 1

4. 0
4. 1
4. 2
4. 3

0 . 29
0 . 29
0 . 30
0 . 31

125 . 8

15 . 4

0 . 15

38

3

15 . 4

4. 4

0 . 31

7600
7700
7800
7900

128 . 4
131 . 2
133 . 9
136 . 7

15 . 7
16 . 0
16 . 3
16 . 6

0 . 14
0 . 14
0 . 14
0 . 14

37
36
36
35

3
3
3
3

15 . 7
16 . 0
16 . 3
16 . 6

4. 4
4. 5
4. 6
4. 7

0 . 32
0 . 32
0 . 33
0 . 33

8000

139 . 6

16 . 9

0 . 13

35

3

16 . 9

4. 8

0 . 34

8100
8200
8300
8400

142 . 5
145 . 4
148 . 4
151 . 4

17 . 2
17 . 5
17 . 8
18 . 1

0 . 13
0 . 13
0 . 13
0 . 12

34
34
33
33

3
3
3
3

17 . 2
17 . 5
17 . 8
18 . 1

5. 0
5. 1
5. 2
5. 3

0 . 35
0 . 35
0 . 36
0 . 36

8500

154 . 4

18 . 5

0 . 12

32

3

18 . 5

5. 4

0 . 37

8600
8700
8800
8900

157 . 6
160 . 7
163 . 9
167 . 1

18 . 8
19 . 1
19 . 4
19 . 7

0 . 12
0 . 12
0 . 12
0 . 11

32
32
31
31

4
4
4
4

18 . 8
19 . 1
19 . 4
19 . 7

5. 5
5. 6
5. 7
5. 8

0 . 38
0 . 38
0 . 39
0 . 39

9000

170 . 4

20 . 1

0 . 11

30

4

20 . 1

6. 0

0 . 40

9100
9200
9300
9400

173 . 7
177 . 1
180 . 5
184 . 0

20 . 4
20 . 7
21 . 1
21 . 4

0 . 11
0 . 11
0 . 11
0 . 10

30
29
29
29

4
4
4
4

20 . 4
20 . 7
21 . 1
21 . 4

6. 1
6. 2
6. 3
6. 4

0 . 40
0 . 41
0 . 41
0 . 42

9500

187 . 5

21 . 7

0 . 10

28

4

21 . 7

6. 6

0 . 43

9600
9700
9800
9900

191 . 0
194 . 6
198 . 2
201 . 9

22 . 1
22 . 4
22 . 8
23 . 1

0 . 10
0 . 10
0 . 10
0 . 10

28
28
27
27

4
5
5
5

22 . 1
22 . 4
22 . 8
23 . 1

6. 7
6. 8
6. 9
7. 1

0 . 43
0 . 44
0 . 44
0 . 45

10000

205 . 6

23 . 5

0 . 09

27

5

23 . 5

7. 2

0 . 45

10100
10200
10300
10400

209 . 4
213 . 2
217 . 1
220 . 9

23 . 8
24 . 2
24 . 5
24 . 9

0 . 09
0 . 09
0 . 09
0 . 09

26
26
26
26

5
5
5
5

23 . 8
24 . 2
24 . 5
24 . 9

7. 3
7. 4
7. 6
7. 7

0 . 46
0 . 46
0 . 47
0 . 47

10500

224 . 9

25 . 2

0 . 09

25

5

25 . 2

7. 8

0 . 48

154

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

M

MIL

7000

112 . 9

14 . 0

7100
7200
7300
7400

115 . 4
117 . 9
120 . 5
123 . 1

7500

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
4H
M23 2

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

7000

15 . 5

15 . 1

3. 0

2. 8

6. 4

6. 0

23 . 4

24 . 8

8

10

7100
7200
7300
7400

15 . 7
15 . 8
16 . 0
16 . 1

15 . 3
15 . 4
15 . 6
15 . 7

3. 1
3. 2
3. 3
3. 4

2. 8
2.9
3. 0
3. 1

6. 6
6. 8
6.9
7. 1

6. 1
6. 3
6. 5
6. 6

24 . 0
24 . 6
25 . 3
25 . 9

25 . 5
26 . 2
26 . 8
27 . 5

8
7
7
6

9
9
9
8

7500

16 . 3

15 . 9

3. 5

3. 2

7. 3

6. 8

26 . 6

28 . 2

6

8

7600
7700
7800
7900

16 . 4
16 . 5
16 . 7
16 . 8

16 . 0
16 . 1
16 . 3
16 . 4

3. 6
3. 8
3. 9
4. 0

3. 3
3. 4
3. 5
3. 6

7. 5
7. 7
7. 8
8. 0

6. 9
7. 0
7. 2
7. 3

27 . 3
28 . 0
28 . 6
29 . 3

28 . 9
29 . 6
30 . 3
31 . 0

6
5
5
4

7
7
6
6

8000

17 . 0

16 . 6

4. 1

3. 7

8. 2

7. 4

30 . 0

31 . 7

3

5

8100
8200
8300
8400

17 . 1
17 . 2
17 . 4
17 . 5

16 . 7
16 . 8
17 . 0
17 . 1

4. 2
4. 4
4. 5
4. 6

3. 8
3.9
4. 0
4. 1

8. 4
8. 6
8. 7
8.9

7. 5
7. 6
7. 6
7. 7

30 . 7
31 . 5
32 . 2
32 . 9

32 . 4
33 . 1
33 . 7
34 . 4

3
2
2
1

5
4
4
4

8500

17 . 6

17 . 2

4. 8

4. 2

9.1

7. 7

33 . 6

35 . 0

1

3

8600
8700
8800
8900

17 . 8
17 . 9
18 . 0
18 . 1

17 . 4
17 . 5
17 . 6
17 . 8

4. 9
5. 0
5. 2
5. 3

4. 3
4. 4
4. 6
4. 7

9.2
9.3
9.5
9.6

7. 8
7. 8
7. 8
7. 8

34 . 3
35 . 0
35 . 8
36 . 5

35 . 7
36 . 3
36 . 9
37 . 5

0
0
1
1

3
2
2
1

9000

18 . 3

17 . 9

5. 5

4. 8

9.7

7. 7

37 . 2

38 . 1

2

1

9100
9200
9300
9400

18 . 4
18 . 5
18 . 6
18 . 7

18 . 0
18 . 1
18 . 2
18 . 4

5. 6
5. 8
5. 9
6. 1

4.9
5. 1
5. 2
5. 3

9.8
9.9
9.9
10 . 0

7. 7
7. 6
7. 6
7. 5

37 . 9
38 . 6
39 . 3
40 . 0

38 . 7
39 . 3
39 . 9
40 . 5

2
3
3
4

0
0
1
1

9500

18 . 8

18 . 5

6. 3

5. 4

10 . 0

7. 4

40 . 7

41 . 0

4

2

9600
9700
9800
9900

18 . 9
19 . 0
19 . 2
19 . 3

18 . 6
18 . 7
18 . 8
18 . 9

6. 4
6. 6
6. 8
6. 9

5. 6
5. 7
5. 8
6. 0

10 . 0
10 . 0
10 . 0
10 . 0

7. 3
7. 2
7. 0
6. 9

41 . 4
42 . 1
42 . 8
43 . 4

41 . 6
42 . 1
42 . 6
43 . 2

4
5
5
6

2
2
3
3

10000

19 . 4

19 . 1

7. 1

6. 1

10 . 0

6. 7

44 . 1

43 . 7

6

4

10100
10200
10300
10400

19 . 5
19 . 6
19 . 7
19 . 8

19 . 2
19 . 3
19 . 4
19 . 5

7. 3
7. 5
7. 7
7. 9

6. 3
6. 4
6. 6
6. 7

9.9
9.9
9.8
9.7

6. 6
6. 4
6. 2
6. 0

44 . 8
45 . 4
46 . 1
46 . 7

44 . 2
44 . 7
45 . 2
45 . 7

7
7
7
8

4
5
5
5

10500

19 . 9

19 . 6

8. 0

6.9

9.6

5. 8

47 . 3

46 . 2

8

6

155

CHARGE
4H
M23 2

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

MIL

10500

224 . 9

25 . 2

0 . 09

25

5

25 . 2

7. 8

0 . 48

10600
10700
10800
10900

228 . 9
232 . 9
236 . 9
241 . 1

25 . 6
25 . 9
26 . 3
26 . 6

0 . 09
0 . 08
0 . 08
0 . 08

25
25
24
24

5
6
6
6

25 . 6
25 . 9
26 . 3
26 . 6

8. 0
8. 1
8. 2
8. 4

0 . 48
0 . 49
0 . 49
0 . 50

11000

245 . 2

27 . 0

0 . 08

24

6

27 . 0

8. 5

0 . 50

11100
11200
11300
11400

249 . 4
253 . 6
257 . 9
262 . 2

27 . 4
27 . 7
28 . 1
28 . 5

0 . 08
0 . 08
0 . 08
0 . 08

24
23
23
23

6
6
6
6

27 . 4
27 . 7
28 . 1
28 . 5

8. 7
8. 8
8. 9
9.1

0 . 51
0 . 51
0 . 52
0 . 52

11500

266 . 6

28 . 9

0 . 07

23

6

28 . 9

9.2

0 . 53

11600
11700
11800
11900

271 . 0
275 . 5
279 . 9
284 . 5

29 . 2
29 . 6
30 . 0
30 . 4

0 . 07
0 . 07
0 . 07
0 . 07

23
22
22
22

7
7
7
7

29 . 2
29 . 6
30 . 0
30 . 4

9.4
9.5
9.7
9.8

0 . 53
0 . 54
0 . 54
0 . 55

12000

289 . 1

30 . 7

0 . 07

22

7

30 . 7

10 . 0

0 . 55

12100
12200
12300
12400

293 . 7
298 . 4
303 . 1
307 . 9

31 . 1
31 . 5
31 . 9
32 . 3

0 . 07
0 . 07
0 . 07
0 . 07

22
21
21
21

7
7
7
7

31 . 1
31 . 5
31 . 9
32 . 3

10 . 2
10 . 3
10 . 5
10 . 6

0 . 56
0 . 56
0 . 56
0 . 57

12500

312 . 7

32 . 7

0 . 07

21

8

32 . 7

10 . 8

0 . 57

12600
12700
12800
12900

317 . 5
322 . 4
327 . 4
332 . 4

33 . 1
33 . 5
33 . 9
34 . 3

0 . 06
0 . 06
0 . 06
0 . 06

20
20
20
20

8
8
8
8

33 . 1
33 . 5
33 . 9
34 . 3

11 . 0
11 . 1
11 . 3
11 . 5

0 . 58
0 . 58
0 . 59
0 . 59

13000

337 . 4

34 . 7

0 . 06

20

8

34 . 7

11 . 7

0 . 59

13100
13200
13300
13400

342 . 5
347 . 7
352 . 9
358 . 2

35 . 1
35 . 5
35 . 9
36 . 4

0 . 06
0 . 06
0 . 06
0 . 06

19
19
19
19

8
8
8
9

35 . 1
35 . 5
35 . 9
36 . 4

11 . 8
12 . 0
12 . 2
12 . 4

0 . 60
0 . 60
0 . 61
0 . 61

13500

363 . 5

36 . 8

0 . 06

19

9

36 . 8

12 . 6

0 . 62

13600
13700
13800
13900

368 . 9
374 . 3
379 . 8
385 . 3

37 . 2
37 . 6
38 . 0
38 . 5

0 . 06
0 . 06
0 . 06
0 . 06

19
18
18
18

9
9
9
9

37 . 2
37 . 6
38 . 0
38 . 5

12 . 7
12 . 9
13 . 1
13 . 3

0 . 62
0 . 62
0 . 63
0 . 63

14000

390 . 9

38 . 9

0 . 06

18

9

38 . 9

13 . 5

0 . 64

156

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
4H
M23 2

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

10500

19 . 9

19 . 6

8. 0

6.9

9.6

5. 8

47 . 3

46 . 2

8

6

10600
10700
10800
10900

20 . 0
20 . 1
20 . 1
20 . 2

19 . 7
19 . 8
19 . 9
20 . 0

8. 2
8. 4
8. 6
8. 8

7. 0
7. 2
7. 3
7. 5

9.4
9.3
9.2
9.0

5. 5
5. 3
5. 1
4. 8

47 . 9
48 . 6
49 . 2
49 . 8

46 . 7
47 . 2
47 . 6
48 . 1

9
9
9
10

6
6
7
7

11000

20 . 3

20 . 1

9.0

7. 6

8. 8

4. 6

50 . 4

48 . 6

10

8

11100
11200
11300
11400

20 . 4
20 . 5
20 . 6
20 . 7

20 . 2
20 . 3
20 . 4
20 . 5

9.2
9.4
9.6
9.8

7. 8
8. 0
8. 1
8. 3

8. 6
8. 4
8. 2
7.9

4. 3
4. 1
3. 8
3. 5

50 . 9
51 . 5
52 . 1
52 . 7

49 . 1
49 . 5
50 . 0
50 . 5

10
11
11
11

8
8
9
9

11500

20 . 8

20 . 6

10 . 1

8. 5

7. 7

3. 2

53 . 2

50 . 9

12

9

11600
11700
11800
11900

20 . 9
21 . 0
21 . 1
21 . 2

20 . 7
20 . 8
20 . 9
21 . 0

10 . 3
10 . 5
10 . 7
10 . 9

8. 6
8. 8
9.0
9.1

7. 4
7. 1
6.9
6. 6

2. 9
2. 6
2. 3
2. 0

53 . 8
54 . 3
54 . 9
55 . 4

51 . 4
51 . 8
52 . 3
52 . 8

12
12
13
13

9
10
10
10

12000

21 . 3

21 . 1

11 . 1

9.3

6. 2

1. 7

55 . 9

53 . 2

13

11

12100
12200
12300
12400

21 . 4
21 . 5
21 . 6
21 . 7

21 . 1
21 . 2
21 . 3
21 . 4

11 . 4
11 . 6
11 . 8
12 . 0

9.5
9.7
9.8
10 . 0

5.9
5. 6
5. 2
4.9

1. 4
1. 1
0. 8
0. 5

56 . 4
56 . 9
57 . 4
57 . 9

53 . 7
54 . 1
54 . 6
55 . 0

14
14
14
15

11
11
12
12

12500

21 . 7

21 . 5

12 . 3

10 . 2

4. 5

0. 1

58 . 4

55 . 5

15

12

12600
12700
12800
12900

21 . 8
21 . 9
22 . 0
22 . 1

21 . 6
21 . 7
21 . 7
21 . 8

12 . 5
12 . 7
13 . 0
13 . 2

10 . 4
10 . 6
10 . 7
10 . 9

4. 1
3. 8
3. 4
3. 0

0. 2
0. 6
0.9
1. 3

58 . 9
59 . 4
59 . 9
60 . 4

55 . 9
56 . 4
56 . 8
57 . 3

15
16
16
16

12
13
13
13

13000

22 . 2

21 . 9

13 . 5

11 . 1

2. 6

1. 6

60 . 8

57 . 7

17

14

13100
13200
13300
13400

22 . 3
22 . 4
22 . 5
22 . 5

22 . 0
22 . 1
22 . 1
22 . 2

13 . 7
14 . 0
14 . 2
14 . 5

11 . 3
11 . 5
11 . 7
11 . 8

2. 2
1. 7
1. 3
0.9

2. 0
2. 4
2. 7
3. 1

61 . 3
61 . 8
62 . 2
62 . 7

58 . 2
58 . 6
59 . 1
59 . 5

17
17
18
18

14
14
15
15

13500

22 . 6

22 . 3

14 . 7

12 . 0

0. 4

3. 5

63 . 1

60 . 0

19

15

13600
13700
13800
13900

22 . 7
22 . 8
22 . 9
23 . 0

22 . 4
22 . 4
22 . 5
22 . 6

15 . 0
15 . 2
15 . 5
15 . 7

12 . 2
12 . 4
12 . 6
12 . 8

0. 0
0. 4
0. 9
1. 3

3. 8
4. 2
4. 6
5. 0

63 . 6
64 . 0
64 . 5
65 . 0

60 . 4
60 . 9
61 . 3
61 . 8

19
19
19
20

16
16
16
17

14000

23 . 1

22 . 7

16 . 0

13 . 0

1. 8

5. 4

65 . 4

62 . 2

20

17

157

CHARGE
4H
M23 2

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

14000

390 . 9

38 . 9

0 . 06

18

9

38 . 9

13 . 5

0 . 64

14100
14200
14300
14400

396 . 6
402 . 3
408 . 1
414 . 0

39 . 4
39 . 8
40 . 2
40 . 7

0 . 05
0 . 05
0 . 05
0 . 05

18
17
17
17

10
10
10
10

39 . 4
39 . 8
40 . 2
40 . 7

13 . 7
13 . 9
14 . 1
14 . 4

0 . 64
0 . 64
0 . 65
0 . 65

14500

419 . 9

41 . 2

0 . 05

17

10

41 . 2

14 . 6

0 . 66

14600
14700
14800
14900

425 . 9
432 . 0
438 . 1
444 . 4

41 . 6
42 . 1
42 . 5
43 . 0

0 . 05
0 . 05
0 . 05
0 . 05

17
16
16
16

10
11
11
11

41 . 6
42 . 1
42 . 5
43 . 0

14 . 8
15 . 0
15 . 2
15 . 5

0 . 66
0 . 66
0 . 67
0 . 67

15000

450 . 7

43 . 5

0 . 05

16

11

43 . 5

15 . 7

0 . 68

15100
15200
15300
15400

457 . 1
463 . 5
470 . 1
476 . 8

44 . 0
44 . 5
45 . 0
45 . 5

0 . 05
0 . 05
0 . 05
0 . 05

16
15
15
15

11
12
12
12

44 . 0
44 . 5
45 . 0
45 . 5

15 . 9
16 . 2
16 . 4
16 . 7

0 . 68
0 . 69
0 . 69
0 . 69

15500

483 . 5

46 . 0

0 . 05

15

12

46 . 0

17 . 0

0 . 70

15600
15700
15800
15900

490 . 4
497 . 4
504 . 5
511 . 7

46 . 5
47 . 0
47 . 5
48 . 1

0 . 05
0 . 05
0 . 05
0 . 05

14
14
14
14

13
13
13
13

46 . 5
47 . 0
47 . 5
48 . 1

17 . 2
17 . 5
17 . 8
18 . 1

0 . 70
0 . 71
0 . 71
0 . 71

16000

519 . 1

48 . 6

0 . 05

13

14

48 . 6

18 . 4

0 . 72

16100
16200
16300
16400

526 . 6
534 . 2
542 . 0
550 . 0

49 . 2
49 . 7
50 . 3
50 . 9

0 . 05
0 . 04
0 . 04
0 . 04

13
13
13
12

14
14
15
15

49 . 2
49 . 7
50 . 3
50 . 9

18 . 7
19 . 0
19 . 3
19 . 7

0 . 72
0 . 73
0 . 73
0 . 74

16500

558 . 1

51 . 5

0 . 04

12

16

51 . 5

20 . 0

0 . 74

16600
16700
16800
16900

566 . 5
575 . 1
583 . 9
593 . 1

52 . 1
52 . 7
53 . 4
54 . 0

0 . 04
0 . 04
0 . 04
0 . 04

12
11
11
11

16
17
17
18

52 . 1
52 . 7
53 . 4
54 . 0

20 . 4
20 . 8
21 . 2
21 . 6

0 . 75
0 . 75
0 . 76
0 . 76

17000

602 . 5

54 . 7

0 . 04

10

19

54 . 7

22 . 1

0 . 77

17100
17200
17300
17400

612 . 3
622 . 6
633 . 2
644 . 5

55 . 4
56 . 2
56 . 9
57 . 7

0 . 04
0 . 04
0 . 04
0 . 04

10
10
9
9

20
21
22
23

55 . 4
56 . 2
56 . 9
57 . 7

22 . 5
23 . 0
23 . 6
24 . 2

0 . 77
0 . 78
0 . 78
0 . 79

17500

656 . 4

58 . 6

0 . 04

8

25

58 . 6

24 . 8

0 . 80

158

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
4H
M23 2

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

14000

23 . 1

22 . 7

16 . 0

13 . 0

1. 8

5. 4

65 . 4

62 . 2

20

17

14100
14200
14300
14400

23 . 2
23 . 3
23 . 3
23 . 4

22 . 8
22 . 8
22 . 9
23 . 0

16 . 3
16 . 5
16 . 8
17 . 1

13 . 2
13 . 4
13 . 6
13 . 8

2. 3
2. 7
3. 2
3. 7

5. 8
6. 2
6. 6
7. 0

65 . 9
66 . 3
66 . 8
67 . 2

62 . 7
63 . 1
63 . 6
64 . 0

20
21
21
21

17
17
18
18

14500

23 . 5

23 . 1

17 . 4

14 . 0

4. 1

7. 4

67 . 7

64 . 5

22

18

14600
14700
14800
14900

23 . 6
23 . 7
23 . 8
23 . 9

23 . 1
23 . 2
23 . 3
23 . 4

17 . 7
17 . 9
18 . 2
18 . 5

14 . 2
14 . 4
14 . 6
14 . 8

4. 6
5. 0
5. 5
6. 0

7. 8
8. 2
8. 6
9.0

68 . 1
68 . 6
69 . 0
69 . 5

65 . 0
65 . 5
66 . 0
66 . 5

22
22
23
23

19
19
19
20

15000

24 . 0

23 . 5

18 . 8

15 . 0

6. 4

9.4

70 . 0

67 . 0

23

20

15100
15200
15300
15400

24 . 0
24 . 1
24 . 2
24 . 3

23 . 6
23 . 6
23 . 7
23 . 8

19 . 1
19 . 4
19 . 7
20 . 0

15 . 2
15 . 4
15 . 6
15 . 9

6. 9
7. 4
7. 8
8. 3

9.8
10 . 1
10 . 5
10 . 9

70 . 4
70 . 9
71 . 4
71 . 8

67 . 6
68 . 1
68 . 7
69 . 3

24
24
25
25

20
21
21
21

15500

24 . 4

23 . 9

20 . 4

16 . 1

8. 8

11 . 3

72 . 3

69 . 8

25

21

15600
15700
15800
15900

24 . 5
24 . 5
24 . 6
24 . 7

24 . 0
24 . 0
24 . 1
24 . 2

20 . 7
21 . 0
21 . 3
21 . 6

16 . 3
16 . 5
16 . 7
16 . 9

9.3
9.8
10 . 3
10 . 8

11 . 6
12 . 0
12 . 3
12 . 7

72 . 8
73 . 3
73 . 7
74 . 2

70 . 5
71 . 1
71 . 8
72 . 4

26
26
26
27

22
22
23
23

16000

24 . 8

24 . 3

21 . 9

17 . 2

11 . 3

13 . 0

74 . 7

73 . 1

27

23

16100
16200
16300
16400

24 . 9
25 . 0
25 . 2
25 . 3

24 . 4
24 . 5
24 . 6
24 . 6

22 . 2
22 . 6
22 . 9
23 . 3

17 . 4
17 . 6
17 . 8
18 . 1

11 . 8
12 . 4
12 . 9
13 . 4

13 . 4
13 . 7
14 . 0
14 . 3

75 . 1
75 . 6
76 . 1
76 . 6

73 . 7
74 . 4
75 . 1
75 . 8

27
28
28
29

23
24
24
24

16500

25 . 4

24 . 7

23 . 7

18 . 3

13 . 9

14 . 5

77 . 0

76 . 5

29

25

16600
16700
16800
16900

25 . 6
25 . 7
25 . 8
26 . 0

24 . 8
24 . 9
25 . 1
25 . 2

24 . 1
24 . 5
25 . 1

18 . 5
18 . 7
19 . 0
19 . 2

14 . 3
14 . 7
15 . 2
15 . 5

14 . 8
15 . 1
15 . 4
15 . 7

77 . 5
78 . 0
78 . 5
78 . 9

77 . 2
78 . 0
78 . 7
79 . 6

30
31
31
32

25
26
26
27

17000

26 . 1

25 . 3

19 . 4

15 . 9

16 . 0

79 . 4

80 . 7

32

28

17100
17200
17300
17400

26 . 2
26 . 3
26 . 4
26 . 6

25 . 4
25 . 5
25 . 7
25 . 8

19 . 7
19 . 9
20 . 1
20 . 3

16 . 2
16 . 4
16 . 6
16 . 7

16 . 3
16 . 5
16 . 8
17 . 1

79 . 9
80 . 4
80 . 9
81 . 4

81 . 8
83 . 2
85 . 0

33
33
34
34

28
29
29
30

17500

26 . 8

25 . 9

20 . 5

16 . 9

17 . 4

82 . 0

35

30

1 59

CHARGE
4H
M23 2

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

17500

656 . 4

58 . 6

0 . 04

8

25

58 . 6

24 . 8

0 . 80

17600
17700
17800
17900

669 . 0
682 . 7
697 . 7
714 . 5

59 . 5
60 . 4
61 . 5
62 . 7

0 . 04
0 . 04
0 . 04
0 . 04

8
7
6
5

27
29
32
37

59 . 5
60 . 4
61 . 5
62 . 7

25 . 5
26 . 3
27 . 2
28 . 2

0 . 80
0 . 81
0 . 82
0 . 83

18000

734 . 1

64 . 0

0 . 04

4

47

64 . 0

29 . 4

0 . 84

18100

759 . 7

65 . 8

0 . 04

65 . 8

31 . 2

0 . 85

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

**********************************************************************
18100

873 . 6

73 . 4

18000

897 . 7

74 . 9

0 . 03

5

48

74 . 9

42 . 8

1 . 01

17900
17800
17700
17600

915 . 7
930 . 7
943 . 8
955 . 6

76 . 0
76 . 9
77 . 7
78 . 4

0 . 03
0 . 03
0 . 03
0 . 03

6
7
8
9

38
32
28
25

76 . 0
76 . 9
77 . 7
78 . 4

44 . 7
46 . 3
47 . 7
49 . 1

1 . 03
1 . 04
1 . 06
1 . 07

17500

966 . 3

79 . 1

0 . 03

10

23

79 . 1

50 . 4

1 . 08

17400
17300
17200
17100

976 . 3
985 . 6
994 . 4
1002 . 7

79 . 7
80 . 2
80 . 7
81 . 2

0 . 03
0 . 03
0 . 03
0 . 03

10
11
12
12

22
20
19
18

79 . 7
80 . 2
80 . 7
81 . 2

51 . 6
52 . 8
54 . 0
55 . 2

1 . 10
1 . 11
1 . 12
1 . 13

17000

1010 . 7

81 . 6

0 . 03

13

17

81 . 6

56 . 3

1 . 14

16900
16800
16700
16600

1018 . 3
1025 . 6
1032 . 6
1039 . 4

82 . 1
82 . 5
82 . 9
83 . 2

0 . 03
0 . 03
0 . 03
0 . 03

13
14
15
15

16
16
15
14

82 . 1
82 . 5
82 . 9
83 . 2

57 . 4
58 . 5
59 . 6
60 . 7

1 . 16
1 . 17
1 . 18
1 . 19

16500

1045 . 9

83 . 6

0 . 03

16

14

83 . 6

61 . 7

1 . 20

16400
16300
16200
16100

1052 . 3
1058 . 4
1064 . 4
1070 . 2

83 . 9
84 . 3
84 . 6
84 . 9

0 . 03
0 . 03
0 . 03
0 . 03

16
16
17
17

13
13
13
12

83 . 9
84 . 3
84 . 6
84 . 9

62 . 8
63 . 9
65 . 0
66 . 1

1 . 22
1 . 23
1 . 24
1 . 25

16000

1075 . 9

85 . 2

0 . 03

18

12

85 . 2

67 . 2

1 . 27

160

0 . 03

73 . 4

40 . 5

1 . 00

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
4H
M23 2

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

17500

26 . 8

25 . 9

20 . 5

16 . 9

17 . 4

82 . 0

35

30

17600
17700
17800
17900

26 . 9
27 . 2
27 . 5
27 . 8

26 . 0
26 . 2
26 . 3
26 . 5

20 . 8
21 . 0
21 . 2
21 . 5

17 . 1
17 . 3
17 . 5
17 . 5

17 . 7
18 . 0
18 . 2
18 . 3

82 . 6
83 . 2
83 . 8
84 . 5

36
36
37
38

31
31
32
32

18000

26 . 6

21 . 7

17 . 0

18 . 4

85 . 2

39

33

18100

26 . 8

21 . 9

18 . 3

85 . 9

41

34

**********************************************************************
18100
18000

28 . 0

25 . 6

15 . 9

98 . 5

42

39

28 . 0

25 . 5

15 . 7

15 . 5

98 . 1

43

39

17900
17800
17700
17600

28 . 0
28 . 2
28 . 2
28 . 3

27 . 9
27 . 9
27 . 8
27 . 8

25 . 4
25 . 3
25 . 2
25 . 1

14 . 9
14 . 3
13 . 8
13 . 3

15 . 2
14 . 9
14 . 6
14 . 4

97 . 7
97 . 3
96 . 9
96 . 5

44
44
44
44

39
39
39
39

17500

28 . 2

27 . 7

25 . 0

12 . 9

14 . 2

96 . 1

44

39

17400
17300
17200
17100

28 . 2
28 . 0
27 . 9
27 . 8

27 . 7
27 . 6
27 . 5
27 . 4

24 . 9
24 . 8
24 . 7
24 . 6

12 . 6
12 . 2
11 . 9
11 . 6

14 . 0
13 . 8
13 . 7
13 . 5

95 . 7
95 . 2
94 . 7
94 . 2

87 . 2
87 . 9
88 . 2

44
44
44
44

39
39
39
39

17000

27 . 6

27 . 3

24 . 5

11 . 4

13 . 3

93 . 7

88 . 2

44

39

16900
16800
16700
16600

27 . 5
27 . 3
27 . 2
27 . 1

27 . 3
27 . 2
27 . 1
27 . 0

26 . 4
26 . 5
26 . 6

24 . 4
24 . 3
24 . 2
24 . 0

11 . 1
10 . 9
10 . 6
10 . 5

13 . 2
13 . 0
12 . 9
12 . 8

93 . 2
92 . 6
92 . 1
91 . 6

88 . 1
88 . 0
87 . 7
87 . 4

44
44
44
44

39
39
39
39

16500

27 . 0

26 . 8

26 . 6

23 . 9

10 . 3

12 . 6

91 . 0

87 . 0

44

39

16400
16300
16200
16100

26 . 9
26 . 8
26 . 7
26 . 5

26 . 7
26 . 6
26 . 4
26 . 2

26 . 6
26 . 5
26 . 5
26 . 5

23 . 8
23 . 7
23 . 5
23 . 4

10 . 1
10 . 0
9.9
9.7

12 . 5
12 . 4
12 . 3
12 . 1

90 . 5
89 . 9
89 . 3
88 . 8

86 . 6
86 . 2
85 . 8
85 . 4

44
44
44
44

39
40
40
40

16000

26 . 4

26 . 1

26 . 4

23 . 2

9.6

12 . 0

88 . 2

84 . 9

44

40

161

CHARGE
4H
M23 2

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

16000

1075 . 9

85 . 2

0 . 03

18

12

85 . 2

67 . 2

1 . 27

15900
15800
15700
15600

1081 . 4
1086 . 8
1092 . 1
1097 . 2

85 . 5
85 . 8
86 . 0
86 . 3

0 . 03
0 . 03
0 . 03
0 . 03

18
19
19
20

11
11
11
10

85 . 5
85 . 8
86 . 0
86 . 3

68 . 3
69 . 4
70 . 6
71 . 7

1 . 28
1 . 29
1 . 30
1 . 32

15500

1102 . 3

86 . 5

0 . 03

20

10

86 . 5

72 . 9

1 . 33

15400
15300
15200
15100

1107 . 2
1112 . 0
1116 . 8
1121 . 4

86 . 8
87 . 0
87 . 3
87 . 5

0 . 03
0 . 03
0 . 03
0 . 03

20
21
21
22

10
10
9
9

86 . 8
87 . 0
87 . 3
87 . 5

74 . 1
75 . 3
76 . 5
77 . 7

1 . 34
1 . 36
1 . 37
1 . 38

15000

1126 . 0

87 . 7

0 . 03

22

9

87 . 7

79 . 0

1 . 40

14900
14800
14700
14600

1130 . 4
1134 . 8
1139 . 1
1143 . 4

87 . 9
88 . 2
88 . 4
88 . 6

0 . 03
0 . 03
0 . 03
0 . 03

23
23
23
24

9
8
8
8

87 . 9
88 . 2
88 . 4
88 . 6

80 . 3
81 . 7
83 . 0
84 . 4

1 . 41
1 . 43
1 . 44
1 . 46

14500

1147 . 6

88 . 8

0 . 03

24

8

88 . 8

85 . 9

1 . 47

14400
14300
14200
14100

1151 . 7
1155 . 7
1159 . 6
1163 . 5

89 . 0
89 . 2
89 . 3
89 . 5

0 . 03
0 . 03
0 . 03
0 . 03

25
25
25
26

8
7
7
7

89 . 0
89 . 2
89 . 3
89 . 5

87 . 3
88 . 9
90 . 4
92 . 1

1 . 49
1 . 51
1 . 52
1 . 54

14000

1167 . 4

89 . 7

0 . 03

26

7

89 . 7

93 . 7

1 . 56

13900
13800
13700
13600

1171 . 1
1174 . 9
1178 . 5
1182 . 1

89 . 9
90 . 1
90 . 2
90 . 4

0 . 03
0 . 03
0 . 03
0 . 03

27
27
28
28

7
7
6
6

89 . 9
90 . 1
90 . 2
90 . 4

95 . 5
97 . 3
99 . 1
101 . 0

1 . 58
1 . 60
1 . 62
1 . 64

13500

1185 . 7

90 . 6

0 . 03

28

6

90 . 6

103 . 0

1 . 66

13400
13300
13200
13100

1189 . 1
1192 . 6
1196 . 0
1199 . 3

90 . 7
90 . 9
91 . 1
91 . 2

0 . 03
0 . 03
0 . 03
0 . 03

29
29
30
30

6
6
6
6

90 . 7
90 . 9
91 . 1
91 . 2

105 . 1
107 . 3
109 . 6
111 . 9

1 . 68
1 . 71
1 . 73
1 . 75

13000

1202 . 6

91 . 4

0 . 03

31

5

91 . 4

114 . 4

1 . 78

12900
12800
12700
12600

1205 . 8
1209 . 0
1212 . 1
1215 . 2

91 . 5
91 . 7
91 . 8
92 . 0

0 . 03
0 . 03
0 . 03
0 . 03

31
32
32
33

5
5
5
5

91 . 5
91 . 7
91 . 8
92 . 0

117 . 0
119 . 7
122 . 5
125 . 4

1 . 81
1 . 84
1 . 86
1 . 90

12500

1218 . 2

92 . 1

0 . 03

33

5

92 . 1

128 . 5

1 . 93

162

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
4H
M23 2

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

16000

26 . 4

26 . 1

26 . 4

23 . 2

9.6

12 . 0

88 . 2

84 . 9

44

40

15900
15800
15700
15600

26 . 3
26 . 1
26 . 0
25 . 9

25 . 9
25 . 8
25 . 6
25 . 4

26 . 4
26 . 3
26 . 3
26 . 2

23 . 1
22 . 9
22 . 8
22 . 6

9.5
9.4
9.3
9.2

11 . 9
11 . 8
11 . 7
11 . 6

87 . 7
87 . 1
86 . 5
85 . 9

84 . 5
84 . 1
83 . 6
83 . 2

44
44
44
44

40
40
40
40

15500

25 . 7

25 . 3

26 . 1

22 . 4

9.1

11 . 5

85 . 3

82 . 7

44

40

15400
15300
15200
15100

25 . 6
25 . 4
25 . 3
25 . 1

25 . 1
25 . 0
24 . 8
24 . 6

26 . 1
26 . 0
25 . 9
25 . 8

22 . 3
22 . 1
21 . 9
21 . 7

9.0
8. 9
8. 8
8. 6

11 . 4
11 . 3
11 . 2
11 . 1

84 . 7
84 . 1
83 . 5
82 . 9

82 . 3
81 . 8
81 . 3
80 . 9

44
44
44
44

40
40
40
40

15000

25 . 0

24 . 5

25 . 8

21 . 5

8. 5

11 . 0

82 . 3

80 . 4

45

40

14900
14800
14700
14600

24 . 8
24 . 6
24 . 5
24 . 3

24 . 3
24 . 1
23 . 9
23 . 8

25 . 7
25 . 6
25 . 5
25 . 4

21 . 3
21 . 1
20 . 9
20 . 7

8. 5
8. 4
8. 3
8. 2

11 . 0
10 . 9
10 . 8
10 . 7

81 . 7
81 . 1
80 . 4
79 . 8

79 . 9
79 . 4
78 . 9
78 . 3

45
45
45
45

40
40
41
41

14500

24 . 1

23 . 6

25 . 3

20 . 4

8. 1

10 . 7

79 . 2

77 . 8

45

41

14400
14300
14200
14100

23 . 9
23 . 8
23 . 6
23 . 4

23 . 4
23 . 2
23 . 1
22 . 9

25 . 2
25 . 1
25 . 0
24 . 9

20 . 2
19 . 9
19 . 6
19 . 4

8. 1
8. 0
7. 9
7. 8

10 . 6
10 . 6
10 . 5
10 . 5

78 . 5
77 . 9
77 . 2
76 . 6

77 . 3
76 . 7
76 . 2
75 . 6

45
45
45
46

41
41
41
42

14000

23 . 2

22 . 7

24 . 8

19 . 1

7. 8

10 . 4

75 . 9

75 . 0

46

42

13900
13800
13700
13600

23 . 0
22 . 8
22 . 6
22 . 4

22 . 5
22 . 4
22 . 2
22 . 0

24 . 7
24 . 6
24 . 5
24 . 4

18 . 8
18 . 4
18 . 1
17 . 8

7. 7
7. 6
7. 6
7. 5

10 . 4
10 . 4
10 . 3
10 . 3

75 . 2
74 . 5
73 . 8
73 . 1

74 . 5
73 . 9
73 . 3
72 . 7

46
46
46
46

42
42
43
43

13500

22 . 2

21 . 8

24 . 2

17 . 4

7. 5

10 . 3

72 . 4

72 . 1

47

43

13400
13300
13200
13100

22 . 0
21 . 8
21 . 6
21 . 3

21 . 6
21 . 4
21 . 2
20 . 9

24 . 1
24 . 0
23 . 9
23 . 7

17 . 0
16 . 6
16 . 2
15 . 8

7. 5
7. 4
7. 4
7. 4

10 . 2
10 . 2
10 . 2
10 . 2

71 . 7
70 . 9
70 . 2
69 . 4

71 . 5
70 . 9
70 . 3
69 . 7

47
47
48
48

44
44
45
45

13000

21 . 1

20 . 7

23 . 6

7. 4

10 . 2

68 . 7

69 . 0

48

46

12900
12800
12700
12600

20 . 9
20 . 7
20 . 5
20 . 2

20 . 5
20 . 3
20 . 0
19 . 8

23 . 5
23 . 3
23 . 2
23 . 0

7. 4
7. 4
7. 4
7. 4

10 . 1
10 . 1
10 . 1
10 . 1

67 . 9
67 . 1
66 . 3
65 . 5

68 . 4
67 . 7
67 . 1
66 . 4

49
49
50
50

46
46
47
48

12500

20 . 0

19 . 6

22 . 8

7. 4

10 . 1

64 . 7

65 . 8

51

48

163

CHARGE
4H
M23 2

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

12500

1218 . 2

92 . 1

0 . 03

33

5

92 . 1

128 . 5

1 . 93

12400
12300
12200
12100

1221 . 2
1224 . 1
1227 . 0
1229 . 8

92 . 3
92 . 4
92 . 6
92 . 7

0 . 03
0 . 03
0 . 03
0 . 03

34
35
35
36

5
4
4

92 . 3
92 . 4
92 . 6
92 . 7

131 . 8
135 . 2
138 . 8
142 . 6

1 . 96
2 . 00
2 . 04
2 . 08

12000

1232 . 6

92 . 9

0 . 03

36

92 . 9

146 . 6

2 . 12

11900
11800
11700
11600

1235 . 3
1238 . 0
1240 . 6
1243 . 2

93 . 0
93 . 2
93 . 3
93 . 5

0 . 03
0 . 03
0 . 03
0 . 03

37
38
38
39

93 . 0
93 . 2
93 . 3
93 . 5

150 . 8
155 . 2
159 . 8
164 . 7

2 . 17
2 . 22
2 . 27
2 . 33

11500

1245 . 7

93 . 7

0 . 03

40

93 . 7

169 . 8

2 . 39

11400
11300
11200
11100

1248 . 2
1250 . 6
1253 . 0
1255 . 3

93 . 8
94 . 0
94 . 2
94 . 4

0 . 03
0 . 03
0 . 03
0 . 03

41
42
43
44

93 . 8
94 . 0
94 . 2
94 . 4

175 . 2
180 . 9
186 . 9
193 . 2

2 . 45
2 . 52

11000

1257 . 6

94 . 6

0 . 03

44

94 . 6

199 . 8

10900
10800
10700

1259 . 8
1261 . 9
1264 . 1

94 . 8
95 . 0
95 . 2

0 . 03
0 . 03
0 . 03

46
47

94 . 8
95 . 0
95 . 2

206 . 7
214 . 0
221 . 5

10655

1265 . 0

164

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
4H
M23 2

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

12500

20 . 0

19 . 6

22 . 8

7. 4

10 . 1

64 . 7

65 . 8

51

48

12400
12300
12200
12100

19 . 8
19 . 5
19 . 3
19 . 0

19 . 3
19 . 1
18 . 8
18 . 6

22 . 7
22 . 5
22 . 3
22 . 1

7. 4
7. 5
7. 5
7. 6

10 . 2
10 . 2
10 . 2
10 . 2

63 . 9
63 . 0
62 . 2

65 . 1
64 . 4
63 . 7
63 . 0

52
52
53
54

49
50
50
51

12000

18 . 8

18 . 3

21 . 9

7. 6

10 . 3

62 . 3

55

52

11900
11800
11700
11600

18 . 5
18 . 3
18 . 0
17 . 7

18 . 0
17 . 8
17 . 5

21 . 7
21 . 5
21 . 3
21 . 0

7. 7
7. 8
7. 8
7. 9

10 . 3
10 . 4
10 . 5
10 . 6

61 . 6
60 . 9
60 . 2
59 . 4

56
57
58
59

53
54
55
56

11500

17 . 4

20 . 8

8. 0

10 . 7

58 . 7

60

58

11400
11300
11200
11100

17 . 1
16 . 8
16 . 5
16 . 2

20 . 5
20 . 3
20 . 0
19 . 7

10 . 8
10 . 9
11 . 1
11 . 2

57 . 9
57 . 1
56 . 3
55 . 5

61

59
60
62
63

11000

15 . 8

19 . 4

11 . 3

54 . 7

65

10900
10800
10700

15 . 5
15 . 1
14 . 8

19 . 0
18 . 7
18 . 3

11 . 4
11 . 6

53 . 8
52 . 9
52 . 0

67
68

165

CHARGE
4H
M23 2

TABLE G

F T 1 5 5 AM 3

SUPPLEMEN TARY DA TA

1

2

R
A
N
G
E

E
L
E
V

M

MIL

3

4

5

6

7

PROBABLE ERRORS

8

PROJ , HE , M10 7
FUZE , PD , M739 A1
9

10

ANGLE CO T TML
OF
ANGLE VEL
FALL
OF
FALL

FUZE M58 2
R

D

HB

TB

RB

M

M

M

SEC

M

MIL

M/S

0

690

11

12

MO

13

COMP S I TE
FOR
ANGLE OF S I TE
+1 M I L 1 M I L
S I TE
S I TE

M

MIL

MIL

0

0 . 000

0 . 00

0

0. 0

18

0

1000
2000
3000
4000

11 . 0
23 . 2
36 . 9
52 . 3

18
17
17
18

1
1
2
2

1 0 . 04
1 0 . 04
2 0 . 04

24
22
21

12
26
44
66

87 . 2
39 . 0
23 . 2
15 . 4

637
586
538
492

3
12
29
57

0 . 000
0 . 000
0 . 001
0 . 002

0 . 00
0 . 00
0 . 001
0 . 001

5000

69 . 9

20

3

2 0 . 04

21

94

10 . 8

448

99

0 . 003

0 . 002

6000
7000
8000
9000

89 . 9
112 . 9
139 . 6
170 . 4

22
24
27
30

3
4
4
5

3
3
4
5

0 . 04
0 . 04
0 . 04
0 . 04

21
21
22
23

128
172
225
288

7. 9
5. 9
4. 4
3. 4

408
370
339
321

157
238
348
494

0 . 005
0 . 007
0 . 010
0 . 014

0 . 003
0 . 004
0 . 005
0 . 007

10000

205 . 6

33

6

7 0 . 04

25

355

2. 8

313

682

0 . 020

0 . 010

11000
12000
13000
14000

245 . 2
289 . 1
337 . 4
390 . 9

35
38
40
42

6
7
8
9

0 . 05
0 . 05
0 . 05
0 . 05

26
26
27
29

424
494
564
634

2. 3
1. 9
1. 6
1. 4

309
308
309
311

919
1209
1558
1974

0 . 028
0 . 042
0 . 063
0 . 097

0 . 017
0 . 026
0 . 042
0 . 068

15000

450 . 7

44 10

20 0 . 06

30

706

1. 2

314

2473

0 . 152

0 . 109

16000
17000
18000

519 . 1
602 . 5
734 . 1

46 11
49 12
52 15

24 0 . 06
29 0 . 07
39 0 . 09

31
34
37

781
864
983

1. 0
0. 9
0. 7

317
321
326

3085
3880
5223

0 . 256
0 . 550

0 . 179
0 . 333
0 . 99 0

9
11
13
16

************************************************************************
18000 897 . 7
17000 1010 . 7
16000 1075 . 9

57 17
55 18
52 18

53 0 . 12
64 0 . 14
70 0 . 15

41 1114
41 1199
40 1247

0. 5
0. 4
0. 4

331
334
335

6972
8162
8814

1 . 665
1 . 358

2 . 14
1 . 46
1 . 28

15000 1126 . 0

49 18

75 0 . 16

38 1285

0. 3

336

9288

1 . 232

1 . 19

14000
13000
12000
11000

45 17
42 17
16
15

78 0 . 17
82 0 . 18
86 0 . 18

35 1317
33 1347
29 1376
1403

0. 3
0. 2
0. 2
0. 2

336 9658
337 9953
337 10191
338 10379

1 . 159
1 . 111
1 . 076
1 . 048

1 . 13
1 . 09
1 . 06
1 . 04

166

1167 . 4
1202 . 6
1232 . 6
1257 . 6

F T 1 5 5 AM 3

TABLE H

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
4H
M23 2

RANGE

CORREC T I ONS TO RANGE , I N ME TERS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
AZ I MU TH OF TARGE T
RANGE
ME TERS

0
3200

M I LS

200
3000

400
2800

600
2600

800
2400

1000
2200

1200
2000

1400
1800

1600
1600

1000
2000
3000
4000

0
0
0
0

2+
3+
5+
6+

4+
7+
9+
11+

5+
10+
13+
16+

7+
12+
17+
21+

8+
15+
20+
24+

9+
16+
22+
27+

9+
17+
24+
29+

10+
18+
24+
29+

5000

0

6+

13+

18+

23+

28+

31+

33+

33+

6000
7000
8000
9000

0
0
0
0

7+
7+
8+
8+

14+
14+
15+
15+

20+
21+
21+
22+

25+
27+
27+
28+

30+
31+
32+
33+

33+
35+
36+
36+

35+
37+
38+
39+

36+
38+
39+
39+

10000

0

8+

15+

22+

29+

34+

37+

40+

40+

11000
12000
13000
14000

0
0
0
0

8+
8+
9+
9+

16+
17+
17+
18+

23+
24+
25+
26+

30+
31+
32+
34+

35+
36+
38+
39+

39+
40+
42+
44+

41+
43+
45+
46+

42+
44+
45+
47+

15000

0

10+

19+

27+

35+

41+

45+

48+

49+

16000
17000
18000

0
0
0

10+
10+
9+

19+
19+
17+

28+
28+
25+

36+
35+
32+

42+
42+
37+

47+
46+
41+

49+
49+
44+

50+
50+
45+

**********************************************************************
18000
17000
16000

0
0
0

5+
1+
+2

9+
2+
+4

15000

0

+5

+9

+13

+17

+20

14000
13000
12000
11000

0
0
0
0

+7
+10
+14
+19

+14
+20
+27
+37

+20
+28
+39
+54

+26
+36
+49
+68

3400
6200

3600
6000

3800
5800

4000
5600

3200
6400

14+
2+
+6

17+
3+
+7

20+
3+
+8

24+
4+
+10

24+
4+
+10

+22

+23

+23

+31
+43
+58
+80

+34
+47
+64
+89

+36
+50
+68
+94

+37
+51
+70
+96

4200
5400

4400
5200

4600
5000

4800
4800

AZ I MU TH OF TARGE T
NO TES

1.
2.
3.
4.

23+
4+
+9

M I LS

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .
CORREC T I ONS ARE FOR 0 DEGREES LA T I TUDE . FOR O THER LA T I TUDES
MUL T I PLY CORREC T I ONS BY THE FAC TOR G I VEN BELOW.
LA T I TUDE ( DEG)
MUL T I PLY BY

10

20

30

40

50

60

70

.98

.94

. 87

. 77

. 64

. 50

. 34

167

CHARGE
4H
M23 2

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
0 DEGREES LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

5000

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0

0. 0

0. 0

6000
7000
8000
9000

0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
R0 . 1 L R0 . 1 L

0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
L 0 . 1R L 0 . 1R

10000

R0 . 1 L R0 . 1 L R0 . 1 L

11000
12000
13000
14000

R0 . 1 L
R0 . 2 L
R0 . 2 L
R0 . 3 L

R0 . 1 L
R0 . 1 L
R0 . 1 L
R0 . 1 L

0. 0
0. 0
0. 0
0. 0

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 1R

15000

R0 . 4 L R0 . 4 L R0 . 3 L R0 . 2 L

0. 0

L 0 . 2R L 0 . 3R L 0 . 4R L 0 . 4R

16000
17000
18000

R0 . 5 L R0 . 5 L R0 . 4 L R0 . 2 L
R0 . 7 L R0 . 7 L R0 . 5 L R0 . 3 L
R1 . 1 L R1 . 1 L R0 . 8 L R0 . 4 L

0. 0
0. 0
0. 0

L 0 . 2R L 0 . 4R L 0 . 5R L 0 . 5R
L 0 . 3R L 0 . 5R L 0 . 7R L 0 . 7R
L 0 . 4R L 0 . 8R L 1 . 1R L 1 . 1R

R0 . 1 L
R0 . 2 L
R0 . 2 L
R0 . 3 L

R0 . 1 L
R0 . 1 L
R0 . 2 L
R0 . 2 L

L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

**********************************************************************
18000
17000
16000

R1 . 9 L R1 . 7 L R1 . 3 L R0 . 7 L
R2 . 6 L R2 . 4 L R1 . 9 L R1 . 0 L
R3 . 2 L R2 . 9 L R2 . 2 L R1 . 2 L

0. 0
0. 0
0. 0

L 0 . 7R L 1 . 3R L 1 . 7R L 1 . 9 R
L 1 . 0R L 1 . 9 R L 2 . 4R L 2 . 6R
L 1 . 2R L 2 . 2R L 2 . 9 R L 3 . 2R

15000

R3 . 7 L R3 . 4 L R2 . 6 L R1 . 4 L

0. 0

L 1 . 4R L 2 . 6R L 3 . 4R L 3 . 7R

14000
13000
12000
11000

R4 . 1 L
R4 . 6 L
R5 . 0 L
R5 . 4 L

R3 . 8 L
R4 . 2 L
R4 . 6 L
R5 . 0 L

R2 . 9 L
R3 . 3 L
R3 . 6 L
R3 . 8 L

R1 . 6 L
R1 . 8 L
R1 . 9 L
R2 . 1 L

0. 0
0. 0
0. 0
0. 0

L 1 . 6R
L 1 . 8R
L1. 9R
L 2 . 1R

L2. 9R
L 3 . 3R
L 3 . 6R
L 3 . 8R

L 3 . 8R
L 4 . 2R
L 4 . 6R
L 5 . 0R

L 4 . 1R
L 4 . 6R
L 5 . 0R
L 5 . 4R

3200
3200

2800
3600

2400
4000

2000
4400

1200
5200

800
5600

400
6000

0
6400

1600
4800

AZ I MU TH OF TARGE T

M I LS

0 DEGREES LA T I TUDE
NO TES

168

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
4H
M23 2

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
1 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

0
6400

400
6000

800
5600

1200
5200

1600
4800

M I LS
2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R

5000

L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R

6000
7000
8000
9000

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 3R

10000

L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 4R

11000
12000
13000
14000

L 0 . 2R
L 0 . 2R
L 0 . 1R
L 0 . 1R

15000

L 0 . 1R L 0 . 1R L 0 . 2R L 0 . 3R L 0 . 5R L 0 . 6R L 0 . 8R L 0 . 8R L 0 . 9 R

16000
17000
18000

0. 0
0. 0
L 0 . 2R L 0 . 3R L 0 . 5R L 0 . 7R L 0 . 9 R L 1 . 0R L 1 . 1R
R0 . 1 L R0 . 1 L L 0 . 1R L 0 . 3R L 0 . 6R L 0 . 9 R L 1 . 1R L 1 . 3R L 1 . 3R
R0 . 4 L R0 . 3 L R0 . 1 L L 0 . 3R L 0 . 7R L 1 . 1R L 1 . 5R L 1 . 8R L 1 . 8R

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 1R

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 2R

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 3R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 4R

L 0 . 3R
L 0 . 4R
L 0 . 5R
L 0 . 5R

L 0 . 4R
L 0 . 5R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

**********************************************************************
18000
17000
16000

R1 . 0 L R0 . 9 L R0 . 5 L L 0 . 1R L 0 . 8R L 1 . 6R L 2 . 2R L 2 . 6R L 2 . 7R
R1 . 7 L R1 . 5 L R0 . 9 L R0 . 1 L L 0 . 9 R L 1 . 9 R L 2 . 7R L 3 . 3R L 3 . 5R
R2 . 2 L R1 . 9 L R1 . 2 L R0 . 2 L L 1 . 0R L 2 . 1R L 3 . 2R L 3 . 8R L 4 . 1R

15000

R2 . 6 L R2 . 4 L R1 . 6 L R0 . 4 L L 1 . 0R L 2 . 4R L 3 . 5R L 4 . 3R L 4 . 6R

14000
13000
12000
11000

R3 . 1 L
R3 . 5 L
R3 . 9 L
R4 . 3 L

R2 . 8 L
R3 . 2 L
R3 . 6 L
R3 . 9 L

R1 . 9 L
R2 . 2 L
R2 . 5 L
R2 . 8 L

R0 . 6 L
R0 . 7 L
R0 . 9 L
R1 . 0 L

L 1 . 0R
L 1 . 0R
L 1 . 0R
L 1 . 0R

L 2 . 6R
L 2 . 7R
L2. 9R
L 3 . 0R

L3. 9R
L 4 . 2R
L 4 . 5R
L 4 . 8R

L 4 . 8R
L 5 . 2R
L 5 . 6R
L5. 9R

L 5 . 1R
L 5 . 5R
L 6 . 0R
L 6 . 3R

3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

1200
5200

800
5600

400
6000

0
6400

AZ I MU TH OF TARGE T

M I LS

1 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

1 69

CHARGE
4H
M23 2

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
2 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

0
6400

400
6000

800
5600

1200
5200

1600
4800

M I LS
2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R

5000

L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R

6000
7000
8000
9000

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 4R

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 4R

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 4R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 4R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 4R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 5R

10000

L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 6R L 0 . 6R L 0 . 6R

11000
12000
13000
14000

L 0 . 5R
L 0 . 5R
L 0 . 5R
L 0 . 5R

15000

L 0 . 6R L 0 . 6R L 0 . 7R L 0 . 8R L 0 . 9 R L 1 . 1R L 1 . 2R L 1 . 3R L 1 . 3R

16000
17000
18000

L 0 . 5R L 0 . 6R L 0 . 7R L 0 . 9 R L 1 . 0R L 1 . 2R L 1 . 4R L 1 . 5R L 1 . 6R
L 0 . 5R L 0 . 5R L 0 . 7R L 0 . 9 R L 1 . 2R L 1 . 5R L 1 . 7R L 1 . 8R L 1 . 9 R
L 0 . 3R L 0 . 4R L 0 . 6R L 1 . 0R L 1 . 4R L 1 . 8R L 2 . 2R L 2 . 4R L 2 . 5R

L 0 . 5R
L 0 . 5R
L 0 . 5R
L 0 . 6R

L 0 . 5R
L 0 . 5R
L 0 . 6R
L 0 . 6R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 7R

L 0 . 6R
L 0 . 7R
L 0 . 7R
L 0 . 8R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 0R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

**********************************************************************
18000
17000
16000

R0 . 1 L
0. 0
L 0 . 4R L 1 . 0R L 1 . 7R L 2 . 3R L 2 . 9 R L 3 . 3R L 3 . 4R
R0 . 7 L R0 . 5 L L 0 . 1R L 0 . 9 R L 1 . 8R L 2 . 7R L 3 . 5R L 4 . 1R L 4 . 3R
R1 . 1 L R0 . 9 L R0 . 2 L L 0 . 7R L 1 . 9 R L 3 . 0R L 4 . 0R L 4 . 6R L 4 . 9 R

15000

R1 . 5 L R1 . 2 L R0 . 5 L L 0 . 6R L 1 . 9 R L 3 . 2R L 4 . 4R L 5 . 1R L 5 . 4R

14000
13000
12000
11000

R1 . 9 L
R2 . 3 L
R2 . 7 L
R3 . 1 L

R1 . 6 L
R2 . 0 L
R2 . 4 L
R2 . 7 L

R0 . 8 L L 0 . 5R
R1 . 1 L L 0 . 3R
R1 . 4 L L 0 . 2R
R1 . 6 L
0. 0

L 2 . 0R
L 2 . 0R
L 2 . 0R
L 2 . 0R

L 3 . 5R
L 3 . 6R
L 3 . 8R
L3. 9R

L 4 . 7R
L 5 . 0R
L 5 . 3R
L 5 . 6R

L 5 . 6R
L 6 . 0R
L 6 . 4R
L 6 . 7R

L5. 9R
L 6 . 3R
L 6 . 7R
L 7 . 1R

3200
3200

2800
3600

2400
4000

1600
4800

1200
5200

800
5600

400
6000

0
6400

2000
4400

AZ I MU TH OF TARGE T

M I LS

2 0 DEGREES SOU TH LA T I TUDE
NO TES

170

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
4H
M23 2

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
3 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

5000

L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R

6000
7000
8000
9000

L 0 . 4R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 5R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 5R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

10000

L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 8R L 0 . 8R L 0 . 8R L 0 . 8R

11000
12000
13000
14000

L 0 . 7R
L 0 . 8R
L0. 9R
L0. 9R

15000

L 1 . 0R L 1 . 0R L 1 . 1R L 1 . 2R L 1 . 4R L 1 . 5R L 1 . 6R L 1 . 7R L 1 . 7R

16000
17000
18000

L 1 . 1R L 1 . 1R L 1 . 2R L 1 . 4R L 1 . 5R L 1 . 7R L 1 . 9 R L 2 . 0R L 2 . 0R
L 1 . 1R L 1 . 1R L 1 . 3R L 1 . 5R L 1 . 7R L 2 . 0R L 2 . 2R L 2 . 3R L 2 . 4R
L 1 . 1R L 1 . 1R L 1 . 3R L 1 . 7R L 2 . 1R L 2 . 4R L 2 . 8R L 3 . 0R L 3 . 0R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 0R

L 0 . 8R
L0. 9R
L0. 9R
L 1 . 0R

L 0 . 8R
L0. 9R
L 1 . 0R
L 1 . 1R

L 0 . 8R
L 1 . 0R
L 1 . 1R
L 1 . 2R

L0. 9R
L 1 . 0R
L 1 . 2R
L 1 . 3R

L0. 9R
L 1 . 1R
L 1 . 2R
L 1 . 4R

L 1 . 0R
L 1 . 1R
L 1 . 3R
L 1 . 5R

L 1 . 0R
L 1 . 1R
L 1 . 3R
L 1 . 5R

**********************************************************************
18000
17000
16000

L 0 . 8R L 0 . 9 R L 1 . 3R L 1 . 8R L 2 . 4R L 3 . 0R L 3 . 6R L 3 . 9 R L 4 . 1R
L 0 . 4R L 0 . 5R L 1 . 0R L 1 . 8R L 2 . 6R L 3 . 5R L 4 . 2R L 4 . 7R L 4 . 9 R
0. 0
L 0 . 2R L 0 . 8R L 1 . 7R L 2 . 8R L 3 . 8R L 4 . 7R L 5 . 3R L 5 . 5R

15000

R0 . 3 L R0 . 1 L L 0 . 6R L 1 . 6R L 2 . 8R L 4 . 0R L 5 . 1R L 5 . 8R L 6 . 0R

14000
13000
12000
11000

R0 . 7 L
R1 . 1 L
R1 . 5 L
R1 . 8 L

R0 . 4 L
R0 . 8 L
R1 . 1 L
R1 . 4 L

L 0 . 3R
L 0 . 1R
R0 . 2 L
R0 . 4 L

L 1 . 5R
L 1 . 4R
L 1 . 2R
L 1 . 1R

L2. 9R
L2. 9R
L2. 9R
L2. 9R

L 4 . 2R
L 4 . 4R
L 4 . 6R
L 4 . 7R

L 5 . 4R
L 5 . 7R
L 6 . 0R
L 6 . 2R

L 6 . 2R
L 6 . 6R
L6. 9R
L 7 . 2R

L 6 . 5R
L6. 9R
L 7 . 3R
L 7 . 6R

3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

1200
5200

800
5600

400
6000

0
6400

AZ I MU TH OF TARGE T

M I LS

3 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

171

CHARGE
4H
M23 2

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
4 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

5000

L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R

6000
7000
8000
9000

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L0. 9R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L0. 9R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L0. 9R

10000

L 0 . 9 R L 0 . 9 R L 0 . 9 R L 0 . 9 R L 1 . 0R L 1 . 0R L 1 . 0R L 1 . 0R L 1 . 0R

11000
12000
13000
14000

L 1 . 0R
L 1 . 1R
L 1 . 2R
L 1 . 3R

15000

L 1 . 4R L 1 . 5R L 1 . 5R L 1 . 6R L 1 . 8R L 1 . 9 R L 2 . 0R L 2 . 0R L 2 . 1R

16000
17000
18000

L 1 . 6R L 1 . 6R L 1 . 7R L 1 . 8R L 2 . 0R L 2 . 1R L 2 . 3R L 2 . 4R L 2 . 4R
L 1 . 7R L 1 . 7R L 1 . 8R L 2 . 0R L 2 . 2R L 2 . 5R L 2 . 6R L 2 . 8R L 2 . 8R
L 1 . 8R L 1 . 8R L 2 . 0R L 2 . 3R L 2 . 6R L 3 . 0R L 3 . 3R L 3 . 5R L 3 . 5R

L 1 . 0R
L 1 . 1R
L 1 . 2R
L 1 . 3R

L 1 . 0R
L 1 . 1R
L 1 . 3R
L 1 . 4R

L 1 . 1R
L 1 . 2R
L 1 . 3R
L 1 . 5R

L 1 . 1R
L 1 . 2R
L 1 . 4R
L 1 . 6R

L 1 . 1R
L 1 . 3R
L 1 . 5R
L 1 . 7R

L 1 . 2R
L 1 . 3R
L 1 . 5R
L 1 . 7R

L 1 . 2R
L 1 . 4R
L 1 . 6R
L 1 . 8R

L 1 . 2R
L 1 . 4R
L 1 . 6R
L 1 . 8R

**********************************************************************
18000
17000
16000

L 1 . 7R L 1 . 8R L 2 . 1R L 2 . 6R L 3 . 1R L 3 . 7R L 4 . 1R L 4 . 4R L 4 . 6R
L 1 . 4R L 1 . 5R L 2 . 0R L 2 . 6R L 3 . 4R L 4 . 2R L 4 . 8R L 5 . 3R L 5 . 4R
L 1 . 1R L 1 . 3R L 1 . 8R L 2 . 6R L 3 . 5R L 4 . 5R L 5 . 3R L 5 . 8R L 6 . 0R

15000

L 0 . 8R L 1 . 0R L 1 . 6R L 2 . 6R L 3 . 6R L 4 . 7R L 5 . 6R L 6 . 2R L 6 . 4R

14000
13000
12000
11000

L 0 . 5R
L 0 . 2R
R0 . 1 L
R0 . 4 L

L 0 . 8R
L 0 . 5R
L 0 . 2R
R0 . 1 L

L 1 . 4R
L 1 . 2R
L 1 . 0R
L 0 . 8R

L 2 . 5R
L 2 . 4R
L 2 . 3R
L 2 . 1R

L 3 . 7R
L 3 . 7R
L 3 . 7R
L 3 . 7R

L4. 9R
L 5 . 1R
L 5 . 2R
L 5 . 3R

L5. 9R
L 6 . 2R
L 6 . 5R
L 6 . 6R

L 6 . 6R
L 7 . 0R
L 7 . 3R
L 7 . 5R

L6. 9R
L 7 . 2R
L 7 . 6R
L7. 9R

3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

1200
5200

800
5600

400
6000

0
6400

AZ I MU TH OF TARGE T

M I LS

4 0 DEGREES SOU TH LA T I TUDE
NO TES

172

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
4H
M23 2

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
5 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

5000

L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R

6000
7000
8000
9000

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L0. 9R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L0. 9R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L0. 9R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L0. 9R
L 1 . 0R

10000

L 1 . 1R L 1 . 1R L 1 . 1R L 1 . 1R L 1 . 1R L 1 . 2R L 1 . 2R L 1 . 2R L 1 . 2R

11000
12000
13000
14000

L 1 . 2R
L 1 . 4R
L 1 . 5R
L 1 . 7R

15000

L 1 . 8R L 1 . 9 R L 1 . 9 R L 2 . 0R L 2 . 1R L 2 . 2R L 2 . 3R L 2 . 3R L 2 . 4R

16000
17000
18000

L 2 . 0R L 2 . 0R L 2 . 1R L 2 . 2R L 2 . 4R L 2 . 5R L 2 . 6R L 2 . 7R L 2 . 7R
L 2 . 2R L 2 . 2R L 2 . 3R L 2 . 5R L 2 . 7R L 2 . 8R L 3 . 0R L 3 . 1R L 3 . 1R
L 2 . 4R L 2 . 5R L 2 . 6R L 2 . 9 R L 3 . 1R L 3 . 4R L 3 . 7R L 3 . 8R L 3 . 9 R

L 1 . 2R
L 1 . 4R
L 1 . 5R
L 1 . 7R

L 1 . 2R
L 1 . 4R
L 1 . 6R
L 1 . 7R

L 1 . 3R
L 1 . 4R
L 1 . 6R
L 1 . 8R

L 1 . 3R
L 1 . 5R
L 1 . 7R
L1. 9R

L 1 . 3R
L 1 . 5R
L 1 . 7R
L1. 9R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 0R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 1R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 1R

**********************************************************************
18000
17000
16000

L 2 . 5R L 2 . 6R L 2 . 8R L 3 . 2R L 3 . 7R L 4 . 2R L 4 . 6R L 4 . 8R L 4 . 9 R
L 2 . 4R L 2 . 5R L 2 . 9 R L 3 . 4R L 4 . 0R L 4 . 7R L 5 . 2R L 5 . 6R L 5 . 7R
L 2 . 2R L 2 . 3R L 2 . 8R L 3 . 4R L 4 . 2R L 5 . 0R L 5 . 7R L 6 . 1R L 6 . 2R

15000

L 2 . 0R L 2 . 2R L 2 . 7R L 3 . 4R L 4 . 3R L 5 . 2R L 6 . 0R L 6 . 5R L 6 . 7R

14000
13000
12000
11000

L 1 . 7R
L 1 . 5R
L 1 . 2R
L 1 . 0R

L1. 9R
L 1 . 7R
L 1 . 5R
L 1 . 2R

L 2 . 5R
L 2 . 3R
L 2 . 2R
L 2 . 0R

L 3 . 4R
L 3 . 3R
L 3 . 2R
L 3 . 1R

L 4 . 4R
L 4 . 4R
L 4 . 4R
L 4 . 4R

L 5 . 4R
L 5 . 6R
L 5 . 7R
L 5 . 8R

L 6 . 3R
L 6 . 5R
L 6 . 7R
L6. 9R

L6. 9R
L 7 . 2R
L 7 . 4R
L 7 . 6R

L 7 . 1R
L 7 . 4R
L 7 . 7R
L7. 9R

3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

1200
5200

800
5600

400
6000

0
6400

AZ I MU TH OF TARGE T

M I LS

5 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

173

CHARGE
4H
M23 2

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
6 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

5000

L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R

6000
7000
8000
9000

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

10000

L 1 . 2R L 1 . 2R L 1 . 2R L 1 . 3R L 1 . 3R L 1 . 3R L 1 . 3R L 1 . 3R L 1 . 3R

11000
12000
13000
14000

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 0R

15000

L 2 . 2R L 2 . 2R L 2 . 2R L 2 . 3R L 2 . 4R L 2 . 4R L 2 . 5R L 2 . 6R L 2 . 6R

16000
17000
18000

L 2 . 4R L 2 . 4R L 2 . 5R L 2 . 6R L 2 . 7R L 2 . 8R L 2 . 9 R L 2 . 9 R L 2 . 9 R
L 2 . 6R L 2 . 7R L 2 . 7R L 2 . 9 R L 3 . 0R L 3 . 2R L 3 . 3R L 3 . 4R L 3 . 4R
L 3 . 0R L 3 . 0R L 3 . 1R L 3 . 3R L 3 . 6R L 3 . 8R L 4 . 0R L 4 . 1R L 4 . 1R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 0R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 0R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 1R

L 1 . 5R
L 1 . 7R
L1. 9R
L 2 . 1R

L 1 . 5R
L 1 . 7R
L1. 9R
L 2 . 2R

L 1 . 5R
L 1 . 7R
L 2 . 0R
L 2 . 2R

L 1 . 5R
L 1 . 7R
L 2 . 0R
L 2 . 3R

L 1 . 5R
L 1 . 8R
L 2 . 0R
L 2 . 3R

**********************************************************************
18000
17000
16000

L 3 . 2R L 3 . 3R L 3 . 5R L 3 . 8R L 4 . 2R L 4 . 5R L 4 . 9 R L 5 . 1R L 5 . 1R
L 3 . 3R L 3 . 4R L 3 . 6R L 4 . 1R L 4 . 6R L 5 . 1R L 5 . 5R L 5 . 8R L 5 . 9 R
L 3 . 2R L 3 . 3R L 3 . 6R L 4 . 2R L 4 . 8R L 5 . 4R L 5 . 9 R L 6 . 2R L 6 . 3R

15000

L 3 . 1R L 3 . 2R L 3 . 6R L 4 . 2R L 4 . 9 R L 5 . 6R L 6 . 2R L 6 . 6R L 6 . 7R

14000
13000
12000
11000

L2. 9R
L 2 . 7R
L 2 . 5R
L 2 . 3R

L 3 . 1R
L2. 9R
L 2 . 7R
L 2 . 5R

L 3 . 5R
L 3 . 4R
L 3 . 2R
L 3 . 1R

L 4 . 2R
L 4 . 1R
L 4 . 1R
L 4 . 0R

L 5 . 0R
L 5 . 0R
L 5 . 0R
L 5 . 0R

L 5 . 8R
L5. 9R
L 6 . 0R
L 6 . 0R

L 6 . 4R
L 6 . 6R
L 6 . 8R
L6. 9R

L6. 9R
L 7 . 1R
L 7 . 3R
L 7 . 5R

L 7 . 0R
L 7 . 3R
L 7 . 5R
L 7 . 7R

3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

1200
5200

800
5600

400
6000

0
6400

AZ I MU TH OF TARGE T

M I LS

6 0 DEGREES SOU TH LA T I TUDE
NO TES

174

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
4H
M23 2

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
7 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

5000

L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R

6000
7000
8000
9000

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

10000

L 1 . 4R L 1 . 4R L 1 . 4R L 1 . 4R L 1 . 4R L 1 . 4R L 1 . 4R L 1 . 4R L 1 . 4R

11000
12000
13000
14000

L 1 . 5R
L 1 . 7R
L 2 . 0R
L 2 . 2R

15000

L 2 . 4R L 2 . 4R L 2 . 5R L 2 . 5R L 2 . 6R L 2 . 6R L 2 . 7R L 2 . 7R L 2 . 7R

16000
17000
18000

L 2 . 7R L 2 . 7R L 2 . 8R L 2 . 8R L 2 . 9 R L 3 . 0R L 3 . 0R L 3 . 1R L 3 . 1R
L 3 . 0R L 3 . 0R L 3 . 1R L 3 . 2R L 3 . 3R L 3 . 4R L 3 . 4R L 3 . 5R L 3 . 5R
L 3 . 5R L 3 . 5R L 3 . 6R L 3 . 7R L 3 . 9 R L 4 . 0R L 4 . 1R L 4 . 2R L 4 . 2R

L 1 . 6R
L 1 . 8R
L 2 . 0R
L 2 . 2R

L 1 . 6R
L 1 . 8R
L 2 . 0R
L 2 . 2R

L 1 . 6R
L 1 . 8R
L 2 . 0R
L 2 . 3R

L 1 . 6R
L 1 . 8R
L 2 . 0R
L 2 . 3R

L 1 . 6R
L 1 . 8R
L 2 . 1R
L 2 . 3R

L 1 . 6R
L1. 9R
L 2 . 1R
L 2 . 4R

L 1 . 6R
L1. 9R
L 2 . 1R
L 2 . 4R

L 1 . 6R
L1. 9R
L 2 . 1R
L 2 . 4R

**********************************************************************
18000
17000
16000

L 3 . 9 R L 3 . 9 R L 4 . 1R L 4 . 3R L 4 . 5R L 4 . 8R L 5 . 0R L 5 . 1R L 5 . 2R
L 4 . 1R L 4 . 1R L 4 . 3R L 4 . 6R L 5 . 0R L 5 . 3R L 5 . 6R L 5 . 8R L 5 . 9 R
L 4 . 1R L 4 . 2R L 4 . 4R L 4 . 8R L 5 . 2R L 5 . 6R L 5 . 9 R L 6 . 2R L 6 . 3R

15000

L 4 . 1R L 4 . 1R L 4 . 4R L 4 . 8R L 5 . 3R L 5 . 8R L 6 . 2R L 6 . 5R L 6 . 6R

14000
13000
12000
11000

L 4 . 0R
L3. 9R
L 3 . 7R
L 3 . 6R

L 4 . 1R
L 4 . 0R
L3. 9R
L 3 . 7R

L 4 . 4R
L 4 . 3R
L 4 . 2R
L 4 . 1R

L4. 9R
L 4 . 8R
L 4 . 8R
L 4 . 7R

L 5 . 4R
L 5 . 4R
L 5 . 5R
L 5 . 4R

L5. 9R
L 6 . 0R
L 6 . 1R
L 6 . 1R

L 6 . 4R
L 6 . 6R
L 6 . 7R
L 6 . 7R

L 6 . 7R
L6. 9R
L 7 . 0R
L 7 . 1R

L 6 . 8R
L 7 . 0R
L 7 . 2R
L 7 . 3R

3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

1200
5200

800
5600

400
6000

0
6400

AZ I MU TH OF TARGE T

M I LS

7 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

175

CHARGE
4H
M23 2

1

TABLE J

F T 1 5 5 AM 3

FUZE CORREC T I ON FAC TORS

2

3

4

5

FS

6

7

PROJ , HE , M10 7
FUZE , MTSQ , M58 2
8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

I NC

RANGE
W I ND
1 KNO T
HEAD

TA I L

A IR
TEMP
1 PC T
DEC

I NC

A IR
DENS I TY
1 PC T
DEC

I NC

PROJ WT
OF 1 SQ
( 4 SQ S TD )
DEC

I NC

0

176

1
2
3
4

. 003 0 . 003
. 004 0 . 004
. 006 0 . 006

0 . 000 0 . 000
0 . 000 0 . 000
0 . 000 0 . 000

0 . 000 0 . 000
0 . 000 0 . 000
0 . 000 0 . 000

0 . 000 0 . 000
0 . 001 . 001
0 . 001 . 001

0 . 007
0 . 009
0 . 012

. 007
. 010
. 012

5

. 007 0 . 007

0 . 000 0 . 000

0 . 001

. 001

0 . 002

. 002

0 . 014

. 015

6
7
8
9

. 008
. 009
. 011
. 012

0 . 000
0 . 000
0 . 000
0 . 000

0 . 000
0 . 000
0 . 000
0 . 000

0 . 001
0 . 001
0 . 001
0 . 002

. 001
. 001
. 001
. 002

0 . 003
0 . 004
0 . 005
0 . 006

. 003
. 004
. 005
. 006

0 . 017
0 . 019
0 . 020
0 . 022

. 017
. 019
. 021
. 022

0 . 000 0 . 000

0 . 002

. 002

0 . 008

. 007

0 . 023

. 024

0 . 000
0 . 000
. 001
. 001

0 . 000
0 . 000
0 . 001
0 . 001

0 . 003
0 . 003
0 . 004
0 . 004

. 002
. 003
. 003
. 004

0 . 009
0 . 011
0 . 012
0 . 014

. 009
. 010
. 012
. 014

0 . 024
0 . 025
0 . 026
0 . 027

. 025
. 026
. 027
. 028

. 001 0 . 001

0 . 005

. 005

0 . 016

. 016

0 . 027

. 028

0 . 001
0 . 001
0 . 001
0 . 001

0 . 005
0 . 006
0 . 008
0 . 010

. 006
. 008
. 010
. 012

0 . 018
0 . 021
0 . 024
0 . 027

. 018
. 021
. 024
. 028

0 . 027
0 . 027
0 . 025
0 . 024

. 029
. 028
. 027
. 026

. 001 0 . 001

0 . 012

. 014

0 . 031

. 032

0 . 022

. 024

0 . 001
0 . 001
0 . 001
0 . 001

0 . 015
0 . 017
0 . 020
0 . 022

. 016
. 018
. 020
. 022

0 . 035
0 . 039
0 . 044
0 . 048

. 035
. 039
. 043
. 046

0 . 020
0 . 018
0 . 015
0 . 013

. 023
. 021
. 019
. 017

. 001 0 . 001

0 . 025

. 023

0 . 052

. 050

0 . 011

. 015

0 . 001
0 . 001
0 . 001
0 . 001

0 . 027
0 . 029
0 . 031
0 . 032

. 024
. 025
. 026
. 026

0 . 056
0 . 060
0 . 064
0 . 068

. 053
. 056
. 059
. 062

0 . 009
0 . 007
0 . 006
0 . 004

. 013
. 011
. 009
. 008

. 001 0 . 001

0 . 034

. 027

0 . 072

. 065

0 . 003

. 006

0 . 001
0 . 002
0 . 002
0 . 002

0 . 035
0 . 036
0 . 036
0 . 037

. 027
. 027
. 027
. 027

0 . 076
0 . 079
0 . 082
0 . 086

. 068
. 070
. 073
. 075

0 . 001
0 . 000
. 001
. 002

. 005
. 004
. 003
. 002

. 002 0 . 002

0 . 038

. 026

0 . 089

. 078

. 003

. 001

0 . 008
0 . 009
0 . 011
0 . 012

10

. 013 0 . 013

11
12
13
14

. 014
. 015
. 017
. 018

15

. 019 0 . 019

16
17
18
19

. 020
. 021
. 022
. 023

20

. 024 0 . 024

21
22
23
24

. 025
. 026
. 027
. 028

25

. 029 0 . 029

26
27
28
29

. 030
. 031
. 032
. 033

30

. 034 0 . 034

31
32
33
34

. 035
. 036
. 036
. 037

35

. 038 0 . 038

0 . 014
0 . 015
0 . 016
0 . 018

0 . 020
0 . 021
0 . 022
0 . 023

0 . 025
0 . 026
0 . 027
0 . 028

0 . 030
0 . 031
0 . 032
0 . 033

0 . 035
0 . 036
0 . 036
0 . 037

. 001
. 001
. 001
. 001

. 001
. 001
. 001
. 001

. 001
. 001
. 001
. 001

. 001
. 001
. 001
. 002

F T 1 5 5 AM 3

TABLE J

PROJ , HE , M10 7
FUZE , MTSQ , M58 2
1

2

3

CHARGE
4H
M23 2

FUZE CORREC T I ON FAC TORS

4

5

FS

6

7

8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

I NC

35

. 038 0 . 038

36
37
38
39

. 039
. 040
. 041
. 041

40

. 042 0 . 042

41
42
43
44

. 043
. 044
. 045
. 046

45

. 046 0 . 046

46
47
48
49

. 047
. 048
. 049
. 050

50

. 051 0 . 051

51
52
53
54

. 052
. 052
. 053
. 054

55

. 055 0 . 055

56
57
58
59

. 056
. 057
. 058
. 059

60

. 060 0 . 060

61
62
63
64

. 061
. 062
. 063
. 064

65

. 065 0 . 065

66
67
68
69

. 067
. 068
. 069
. 070

70

. 071 0 . 071

0 . 039
0 . 040
0 . 040
0 . 041

0 . 043
0 . 044
0 . 044
0 . 045

0 . 047
0 . 048
0 . 049
0 . 050

0 . 051
0 . 052
0 . 053
0 . 054

0 . 056
0 . 057
0 . 058
0 . 059

0 . 061
0 . 062
0 . 063
0 . 064

0 . 066
0 . 067
0 . 068
0 . 070

RANGE
W I ND
1 KNO T
HEAD

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

DEC

I NC

DEC

I NC

. 002 0 . 002

0 . 038

. 026

0 . 089

. 078

. 003

. 001

0 . 003
0 . 003
0 . 003
0 . 003

0 . 038
0 . 038
0 . 038
0 . 039

. 026
. 026
. 026
. 025

0 . 092
0 . 095
0 . 098
0 . 101

. 080
. 083
. 085
. 088

. 004
. 005
. 006
. 007

0 . 000
0 . 001
0 . 002
0 . 003

. 003 0 . 004

0 . 039

. 025

0 . 103

. 09 0

. 008 0 . 004

0 . 004
0 . 004
0 . 005
0 . 005

0 . 039
0 . 039
0 . 038
0 . 038

. 024
. 024
. 023
. 023

0 . 106
0 . 109
0 . 112
0 . 115

. 09 2
. 09 5
. 09 7
. 100

. 010
. 011
. 012
. 013

. 005 0 . 005

0 . 038

. 022

0 . 117

. 102

. 014 0 . 009

0 . 006
0 . 006
0 . 006
0 . 007

0 . 038
0 . 038
0 . 038
0 . 038

. 022
. 021
. 021
. 020

0 . 120
0 . 123
0 . 126
0 . 129

. 105
. 107
. 110
. 112

. 015
. 016
. 017
. 018

. 006 0 . 007

0 . 038

. 020

0 . 132

. 114

. 019 0 . 013

0 . 007
0 . 008
0 . 008
0 . 008

0 . 038
0 . 038
0 . 038
0 . 037

. 019
. 019
. 019
. 019

0 . 135
0 . 137
0 . 140
0 . 143

. 117
. 119
. 122
. 124

. 020
. 020
. 021
. 022

. 008 0 . 009

0 . 037

. 019

0 . 146

. 127

. 023 0 . 017

0 . 009
0 . 009
0 . 010
0 . 010

0 . 037
0 . 037
0 . 037
0 . 037

. 019
. 019
. 019
. 019

0 . 149
0 . 152
0 . 154
0 . 157

. 130
. 133
. 135
. 138

. 024
. 025
. 025
. 027

. 009 0 . 010

0 . 037

. 019

0 . 160

. 141

. 027 0 . 020

0 . 011
0 . 011
0 . 011
0 . 011

0 . 038
0 . 038
0 . 038
0 . 039

. 019
. 019
. 019
. 020

0 . 163
0 . 166
0 . 169
0 . 172

. 144
. 147
. 149
. 152

. 028
. 029
. 030
. 031

. 011 0 . 012

0 . 039

. 020

0 . 176

. 155

. 031 0 . 023

0 . 012
0 . 012
0 . 012
0 . 012

0 . 039
0 . 040
0 . 040
0 . 041

. 020
. 021
. 021
. 022

0 . 179
0 . 182
0 . 185
0 . 188

. 158
. 161
. 164
. 167

. 032
. 032
. 033
. 033

. 012 0 . 012

0 . 042

. 022

0 . 191

. 170

. 034 0 . 025

. 002
. 002
. 003
. 003

. 003
. 004
. 004
. 004

. 005
. 005
. 005
. 006

. 006
. 007
. 007
. 007

. 008
. 008
. 009
. 009

. 010
. 010
. 010
. 010

. 011
. 011
. 011
. 012

TA I L

A IR
TEMP
1 PC T

0 . 005
0 . 006
0 . 007
0 . 008

0 . 010
0 . 011
0 . 012
0 . 012

0 . 014
0 . 015
0 . 015
0 . 016

0 . 017
0 . 018
0 . 018
0 . 019

0 . 021
0 . 021
0 . 022
0 . 023

0 . 023
0 . 024
0 . 024
0 . 024

177

CHARGE
4H
M23 2

1

TABLE J
FUZE CORREC T I ON FAC TORS

2

3

4

5

FS

6

7

PROJ , HE , M10 7
FUZE , MTSQ , M58 2
8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

178

F T 1 5 5 AM 3

I NC

RANGE
W I ND
1 KNO T
HEAD

TA I L

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

DEC

I NC

DEC

I NC

. 012 0 . 012

0 . 042

. 022

0 . 191

. 170

. 034 0 . 025

0 . 013
0 . 013
0 . 013
0 . 013

0 . 042
0 . 043
0 . 044
0 . 046

. 023
. 024
. 024
. 025

0 . 194
0 . 198
0 . 201
0 . 205

. 173
. 176
. 180
. 183

. 035
. 035
. 036
. 036

. 012 0 . 013

0 . 046

. 026

0 . 208

. 186

. 037 0 . 027

0 . 013
0 . 013
0 . 013
0 . 013

0 . 047
0 . 048
0 . 049
0 . 051

. 027
. 027
. 028
. 029

0 . 211
0 . 215
0 . 218
0 . 221

. 189
. 19 2
. 19 5
. 19 8

. 037
. 038
. 038
. 037

. 013 0 . 013

0 . 052

. 030

0 . 225

. 201

. 037 0 . 026

0 . 013
0 . 013
0 . 013
0 . 013

0 . 053
0 . 054
0 . 056
0 . 057

. 031
. 031
. 032
. 033

0 . 228
0 . 231
0 . 235
0 . 238

. 204
. 206
. 209
. 212

. 037
. 037
. 036
. 036

. 013 0 . 013

0 . 058

. 034

0 . 241

. 215

. 036 0 . 025

0 . 013
0 . 013
0 . 013
0 . 014

0 . 059
0 . 060
0 . 060
0 . 061

. 035
. 036
. 036
. 037

0 . 244
0 . 247
0 . 250
0 . 253

. 218
. 221
. 224
. 226

. 035
. 034
. 032
. 030

70

. 071 0 . 071

71
72
73
74

. 072
. 073
. 075
. 076

75

. 077 0 . 077

76
77
78
79

. 078
. 080
. 081
. 082

80

. 083 0 . 084

81
82
83
84

. 084
. 086
. 087
. 089

85

. 09 0 0 . 091

86
87
88
89

. 09 1
. 09 3
. 09 4
. 09 6

90

. 09 7 0 . 099

. 013 0 . 015

0 . 061

. 038

0 . 256

. 229

. 025 0 . 017

91
92
93
94

. 099 0 . 100
. 101 0 . 103
. 104 0 . 106
. 107

. 013 0 . 017
. 015 0 . 024
. 018
. 023

0 . 062
0 . 063
0 . 065

. 039
. 041
. 044
. 047

0 . 259
0 . 264
0 . 272

. 233
. 236
. 243
. 251

. 019 0 . 012
. 008 0 . 003
0 . 014 . 016
. 042

95

. 112

. 031

. 264

. 087

0 . 072
0 . 073
0 . 075
0 . 076

0 . 078
0 . 079
0 . 081
0 . 082

0 . 085
0 . 087
0 . 088
0 . 090

0 . 092
0 . 094
0 . 095
0 . 097

. 012
. 012
. 012
. 012

. 013
. 013
. 013
. 013

. 013
. 013
. 013
. 013

. 013
. 013
. 013
. 013

. 053

0 . 026
0 . 026
0 . 026
0 . 027

0 . 027
0 . 026
0 . 026
0 . 026

0 . 026
0 . 026
0 . 025
0 . 025

0 . 024
0 . 024
0 . 022
0 . 019

FT 155-AM-3

TABLE K

CHARGE
4H

PROJ, HE, M107

FUZE SETTING

M232

FUZE, MTSQ, M582
CORRECTIONS TO FUZE SETTING OF FUZE, MTSQ, M582
FOR FUZE, MTSQ, M564

FUZE SETTING
FUZE M582

CORRECTIONS

FROM

TO

2.0

5.0

0.0

5.1

9.7

0.1

9.8

14.4

0.2

14.5

19.1

0.3

19.2

23.8

0.4

23.9

28.4

0.5

28.5

33.1

0.6

33.2

37.8

0.7

37.9

42.5

0.8

42.6

47.2

0.9

47.3

51.8

1.0

51.9

56.5

1.1

56.6

61.2

1.2

61.3

65.9

1.3

66.0

70.6

1.4

70.7

75.2

1.5

75.3

79.9

1.6

80.0

84.6

1.7

84.7

89.3

1.8

89.4

93.9

1.9

94.0

95.2

2.0

179

FT 155-AM-3

180

FT 155-AM-3

Part 1 - 5

Charge 3H

Projectile, HE, M107

Fuze, PD, M739A1

Muzzle Velocity – 585.8 m/s*

Propelling Charge M232A1 - Increments 1, 2, and 3

* The standard muzzle velocity of 584 m/s was adjusted for the fuzed weight of the projectile.

181

FT 155-AM-3

182

F T 1 5 5 AM 3

TABLE A

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
3H
M23 2 A1

L I NE NUMBER

L I NE NUMBER OF ME TEOROLOG I CAL MESSAGE
QUADRAN T
ELEVA T I ON
M I LS

NO TE

L I NE
NUMBER

0. 0

82 . 5

0

82 . 6
164 . 0
254 . 1
344 . 8

163 . 9
254 . 0
344 . 7
423 . 8

1
2
3
4

423 . 9

529 . 8

5

529 . 9
657 . 3
776 . 3
892 . 9

657 . 2
776 . 2
892 . 8
1076 . 5

6
7
8
9

1076 . 6

1275 . 0

10

WHEN THE PROJ EC T I LE MUS T H I T THE TARGE T ON THE ASCEND I NG BRANCH
OF I TS TRAJ EC TORY , USE HE I GH T OF TARGE T I N ME TERS TO EN TER THE
TABLE ON PAGE XL I I I TO DE TERM I NE L I NE NUMBER .

183

CHARGE
3H
M23 2 A1

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

0

HE I GH T OF TARGE T ABOVE GUN
400

300

100

0

100

200

300

0

0

100
200
300
400

0
0
0
0

0
0
0
0

0
0
2
2

0
2
4
4

500

0

1

2

4

600
700
800
900

0
0
0
0

1
1
2
2

3
3
4
4

6
6
6
7

1000

0

2

4

7

1100
1200
1300
1400

0
0
0
0

2
2
2
3

5
5
5
6

8
8
9
9

1500

0

3

6

10

1600
1700
1800
1900

0
0
0
0

3
3
3
4

6
6
7
7

10
10
11
11

2000

0

4

7

12

2100
2200
2300
2400

0
0
0
0

4
4
4
4

8
8
8
8

12
13
13
13

2500

3

0

5

9

14

2600
2700
2800
2900

3
3
3
3

0
0
0
0

5
5
5
5

9
9
10
10

14
15
15
15

3000

3

0

5

10

16

3100
3200
3300
3400

8

3
3
3
3

0
0
0
0

5
6
6
6

10
11
11
11

16
16
17
17

3500

8

3

0

6

11

17

0

184

200

ME TERS

1

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
3H
M23 2 A1

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN
400

500

600

700

800

9 00

1000

RANGE

L I NE

ME TERS

NO .

0
0
3
5
6

4
7
8

6
10
11

7
12
14

9
14
17

10
16
20

19
23

100
200
300
400

7

10

13

17

20

24

27

500

8
9
10
10

12
12
13
14

15
16
17
19

19
20
22
23

23
25
27
29

27
29
32
34

31
34
37
40

600
700
800
900

11

15

20

25

30

35

42

1000

11
12
13
13

16
17
17
18

21
22
22
23

26
27
28
29

31
33
34
35

37
39
41
42

44
46
47
49

1100
1200
1300
1400

14

19

24

30

37

44

51

1500

14
15
16
16

19
20
21
21

25
26
27
27

31
32
33
34

38
39
40
41

45
46
48
49

52
54
56
57

1600
1700
1800
1900

17

22

28

35

42

50

58

2000

17
18
18
19

23
23
24
25

29
30
31
31

36
37
38
39

43
44
45
46

51
52
54
55

60
61
62
64

2100
2200
2300
2400

19

25

32

39

47

56

65

2500

20
20
21
21

26
27
27
28

33
34
34
35

40
41
42
43

48
49
50
51

57
58
59
60

66
67
69
70

2600
2700
2800
2900

22

28

36

44

52

61

71

3000

22
23
23
24

29
30
30
31

36
37
38
38

44
45
46
47

53
54
55
56

62
63
64
65

72
73
74
76

3100
3200
3300
3400

24

31

39

48

57

66

77

3500

2

3

3

185

CHARGE
3H
M23 2 A1

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

0

1

HE I GH T OF TARGE T ABOVE GUN
200

100

0

100

200

300

3500

8

3

0

6

11

17

3600
3700
3800
3900

8
8
8
8

3
3
3
3

0
0
0
0

6
6
6
6

12
12
12
12

18
18
18
19

4000

8

3

0

7

12

19

400

300

4100
4200
4300
4400

13
13
13
13

8
8
8
9

4
4
4
4

0
0
0
0

7
7
7
7

13
13
13
13

19
20
20
20

4500

13

9

4

0

7

14

21

4600
4700
4800
4900

18
18
18
19

13
14
14
14

9
9
9
9

4
4
4
4

0
0
0
0

7
7
8
8

14
14
14
14

21
21
22
22

5000

19

14

9

4

0

8

15

22

5100
5200
5300
5400

19
19
19
20

14
14
15
15

9
10
10
10

4
4
4
5

0
0
0
0

8
8
8
8

15
15
15
16

23
23
23
24

5500

20

15

10

5

0

8

16

24

5600
5700
5800
5900

20
20
21
21

15
16
16
16

10
11
11
11

5
5
5
5

0
0
0
0

8
9
9
9

16
16
16
17

24
25
25
25

6000

22

17

11

5

0

9

17

25

6100
6200
6300
6400

22
22
23
23

17
17
18
18

11
12
12
12

5
5
5
5

0
0
0
0

9
9
9
9

17
17
17
18

26
26
26
27

6500

23

18

12

6

0

9

18

27

6600
6700
6800
6900

24
24
25
25

18
19
19
19

12
12
13
13

6
6
6
6

0
0
0
0

10
10
10
10

18
18
18
19

27
27
28
28

7000

25

20

13

6

0

10

19

28

1

186

ME TERS

2

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
3H
M23 2 A1

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

24

31

39

48

57

66

77

3500

24
25
25
26

32
32
33
33

40
41
41
42

48
49
50
51

58
59
59
60

67
68
69
70

78
79
80
81

3600
3700
3800
3900

26

34

42

52

61

71

82

4000

27
27
28
28

35
35
36
36

43
44
44
45

52
53
54
54

62
63
64
65

72
73
74
75

83
84
85
86

4100
4200
4300
4400

28

37

46

55

65

76

88

4500

29
29
30
30

37
38
38
39

46
47
48
48

56
57
57
58

66
67
68
69

77
78
79
80

89
90
91
92

4600
4700
4800
4900

31

39

49

59

70

81

93

5000

31
31
32
32

40
40
41
41

49
50
51
51

60
60
61
62

70
71
72
73

82
83
84
85

94
95
96
97

5100
5200
5300
5400

33

42

52

62

74

86

98

5500

33
33
34
34

42
43
43
44

52
53
54
54

63
64
65
65

75
75
76
77

86
87
88
89

99
100
101
102

5600
5700
5800
5900

35

44

55

66

78

90

103

6000

35
35
36
36

45
45
46
46

55
56
57
57

67
67
68
69

78
79
80
81

91
92
92
93

104
105
106
107

6100
6200
6300
6400

37

47

58

69

81

94

107

6500

37
37
38
38

47
48
48
49

58
59
59
60

70
70
71
72

82
83
83
84

95
96
96
97

108
109
110
111

6600
6700
6800
6900

38

49

60

72

85

98

112

7000

2

3

3

187

CHARGE
3H
M23 2 A1

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

7000

25

20

13

6

0

10

19

28

7100
7200
7300
7400

26
26
27
27

20
20
21
21

13
14
14
14

6
6
6
6

0
0
0
0

10
10
10
10

19
19
19
20

29
29
29
30

7500

28

21

14

7

0

10

20

30

7600
7700
7800
7900

28
29
29
30

22
22
22
23

14
15
15
15

7
7
7
7

0
0
0
0

11
11
11
11

20
20
21
21

30
30
31
31

8000

30

23

15

7

0

11

21

31

8100
8200
8300
8400

31
31
32
32

23
24
24
24

16
16
16
16

7
7
7
8

0
0
0
0

11
11
11
11

21
21
22
22

32
32
32
33

8500

33

25

17

8

0

12

22

33

8600
8700
8800
8900

33
34
34
35

25
26
26
27

17
17
17
18

8
8
8
8

0
0
0
0

12
12
12
12

22
23
23
23

34
34
34
35

9000

35

27

18

8

0

12

24

35

9100
9200
9300
9400

36
37
37
38

27
28
28
29

18
19
19
19

9
9
9
9

0
0
0
0

12
13
13
13

24
24
24
25

36
36
37
37

9500

39

30

20

9

0

13

25

38

9600
9700
9800
9900

40
40
41
42

30
31
31
32

20
20
21
21

10
10
10
10

0
0
0
0

13
13
14
14

25
26
26
27

38
39
39
40

10000

43

32

22

10

0

14

27

41

10100
10200
10300
10400

43
44
45
46

33
34
34
35

22
22
23
23

11
11
11
11

0
0
0
0

14
14
15
15

27
28
28
29

41
42
43
43

10500

47

36

24

11

0

15

29

44

1

2

3

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

3

188

4

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
3H
M23 2 A1

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

38

49

60

72

85

98

112

7000

39
39
40
40

50
50
51
51

61
62
62
63

73
74
74
75

86
86
87
88

99
100
100
101

113
114
114
115

7100
7200
7300
7400

40

52

63

76

89

102

116

7500

41
41
42
42

52
53
53
54

64
65
65
66

76
77
78
78

89
90
91
92

103
104
105
106

117
118
119
120

7600
7700
7800
7900

43

54

66

79

93

107

121

8000

43
43
44
44

55
55
56
56

67
68
68
69

80
81
82
82

94
94
95
96

108
109
110
111

122
123
125
126

8100
8200
8300
8400

45

57

70

83

97

112

127

8500

45
46
46
47

58
58
59
60

71
71
72
73

84
85
86
87

98
99
101
102

113
114
115
117

128
130
131
133

8600
8700
8800
8900

48

61

74

88

103

118

134

9000

48
49
50
50

61
62
63
64

75
76
77
78

89
90
92
93

104
105
107
108

120
121
123
124

136
137
139
141

9100
9200
9300
9400

51

65

79

94

110

126

143

9500

52
52
53
54

66
67
68
69

80
81
82
84

95
97
98
100

111
113
114
116

127
129
131
133

144
146
148
151

9600
9700
9800
9900

55

70

85

101

118

135

153

10000

56
57
57
58

71
72
73
74

86
88
89
91

103
104
106
108

119
121
123
125

137
139
141
143

155
157
160
162

10100
10200
10300
10400

59

75

92

109

127

146

165

10500

4

3

4

5

5

1 89

CHARGE
3H
M23 2 A1

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

10500

47

36

24

11

0

15

29

44

10600
10700
10800
10900

48
49
50
51

36
37
38
39

24
25
25
26

12
12
12
13

0
0
0
0

15
16
16
16

30
30
31
31

45
46
46
47

11000

52

40

27

13

0

16

32

48

11100
11200
11300
11400

53
55
56
57

41
41
42
43

27
28
28
29

13
13
14
14

0
0
0
0

17
17
17
17

32
33
34
34

49
50
51
52

11500

58

44

30

14

0

18

35

53

11600
11700
11800
11900

59
61
62
64

45
46
47
48

30
31
32
33

15
15
16
16

0
0
0
0

18
19
19
19

36
37
37
38

54
55
57
58

12000

65

50

34

16

0

20

39

59

12100
12200
12300
12400

67
69
71
73

51
53
54
55

34
35
36
37

17
17
18
18

0
0
0
0

20
21
21
22

40
41
42
43

61
62
64
65

12500

75

57

38

19

0

22

44

67

12600
12700
12800
12900

77
79
81
84

59
60
62
64

39
41
42
43

20
20
21
21

0
0
0
0

23
23
24
25

45
47
48
49

69
71
73
75

13000

86

66

44

22

0

25

50

77

13100
13200
13300
13400

89
91
94
97

68
70
72
74

46
47
49
50

23
24
24
25

0
0
0
0

26
27
27
28

52
53
55
56

79
81
83
86

13500

100

76

52

26

0

29

58

88

13600
13700
13800
13900

103
106
110
113

79
81
84
86

53
55
57
58

27
28
28
29

0
0
0
0

30
31
32
33

60
62
64
66

91
94
97
101

14000

117

89

60

31

0

34

68

104

3

4

5

6
19 0

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

6

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
3H
M23 2 A1

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

59

75

92

109

127

146

165

10500

60
61
62
64

77
78
79
81

94
95
97
99

111
113
115
117

129
132
134
136

148
151
154
156

168
171
174
177

10600
10700
10800
10900

65

82

100

119

139

159

181

11000

66
67
69
70

84
85
87
89

102
104
106
109

122
124
127
129

142
144
147
151

162
166
169
173

184
188
192
196

11100
11200
11300
11400

72

91

111

132

154

177

200

11500

73
75
77
78

93
95
97
100

114
116
119
122

135
138
141
145

157
161
165
169

181
185
189
194

205
209
214
220

11600
11700
11800
11900

80

102

125

148

173

198

225

12000

82
84
86
88

104
107
110
113

128
131
134
138

152
156
160
164

177
182
186
191

203
208
214
219

230
236
242
249

12100
12200
12300
12400

91

116

141

168

196

225

256

12500

93
96
98
101

119
122
125
129

145
149
153
158

173
178
182
187

202
207
213
219

231
238
244
251

262
270
277
285

12600
12700
12800
12900

104

132

162

193

225

258

294

13000

107
110
113
117

136
140
144
149

167
172
177
182

198
204
210
217

232
238
246
254

266
274
283
293

302
312
323
334

13100
13200
13300
13400

120

153

188

224

263

304

346

13500

124
128
132
137

158
164
170
176

194
201
209
218

232
241
251
261

273
283
295
308

315
328
342
358

360
376
393
412

13600
13700
13800
13900

184

227

273

323

376

433

14000

143

6

5

6
7

7

19 1

CHARGE
3H
M23 2 A1

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

14000

117

89

60

31

0

34

68

104

14100
14200
14300
14400

121
125
129
134

92
95
99
103

63
65
68
71

32
33
34
36

0
0
0
0

35
36
38
39

71
74
77
80

109
114
119
125

14500

140

108

74

38

0

41

85

131

14600
14700
14800
14900

146
153
160
169

112
118
124
131

77
81
85
90

39
42
44
47

0
0
0
0

43
46
48
52

89
94
101
109

139
147
158
176

15000

178

138

96

50

0

56

123

15100

189

147

103

54

0

6
7

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

*****************************************************************

9
10

15100

388

281

179

85

0

15000

407

29 6

19 0

91

0

82

149

14900
14800
14700
14600

424
440
456
471

309
322
334
345

200
209
217
225

97
101
106
110

0
0
0
0

89
94
99
103

168
181
191
201

234
258
276
291

14500

485

356

232

113

0

107

209

304

14400
14300
14200
14100

500
514
528
542

367
378
388
399

240
247
254
261

117
121
124
128

0
0
0
0

111
115
119
122

217
225
232
239

317
328
340
351

14000

556

409

268

131

0

126

246

362

13900
13800
13700
13600

569
583
59 7
611

420
430
440
450

275
282
288
29 5

135
138
142
145

0
0
0
0

129
133
136
140

253
260
267
274

372
383
393
403

13500

625

461

302

149

0

143

281

413

13400
13300
13200
13100

639
653
667
682

471
482
49 3
503

309
316
323
330

152
156
159
163

0
0
0
0

146
150
153
156

288
294
301
308

424
434
444
454

13000

69 6

514

337

166

0

160

315

464

10
19 2

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
3H
M23 2 A1

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

143

184

227

273

323

376

433

14000

149
156
163
172

192
201
211
223

238
249
263
278

287
302
319
338

339
358
379
405

396
419
447
483

458
487
524
583

14100
14200
14300
14400

182

236

296

363

442

550

192
206
225

252
273
315

319
356

399

7

14500
14600
14700
14800
14900
15000
15100

****************************************************************

8

15100
15000
14900
14800
14700
14600

323
351
373

414
446

457
507

552

392

473

544

603

647

410
426
442
457

496
517
537
556

574
601
626
650

643
677
708
737

701
744
782
816

743
800
846
888

841
900
950

14400
14300
14200
14100

471

575

673

764

848

926

995

14000

485
499
513
527

593
611
628
645

695
716
737
758

790
815
840
865

879
909
938
966

961
996
1028
1061

1036
1075
1113
1149

13900
13800
13700
13600

540

662

778

889

993

1092

1185

13500

554
568
581
595

679
696
713
730

799
819
839
859

913
936
960
983

1021
1048
1075
1101

1123
1154
1184
1214

1219
1253
1287
1321

13400
13300
13200
13100

608

746

879

1006

1128

1244

1354

13000

9

14500

9

19 3

CHARGE
3H
M23 2 A1

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

13000

69 6

514

337

166

0

160

315

464

12900
12800
12700
12600

711
726
741
756

525
536
547
558

344
352
359
366

170
173
177
181

0
0
0
0

163
167
170
174

322
329
336
343

474
485
495
506

12500

772

570

374

184

0

178

350

516

12400
12300
12200
12100

788
804
821
838

582
59 4
606
618

382
39 0
39 7
406

188
19 2
19 6
200

0
0
0
0

181
185
189
192

357
364
372
379

527
538
549
560

12000

855

631

414

204

0

196

387

571

11900
11800
11700
11600

873
89 2
9 11
9 31

644
657
671
686

422
431
440
449

208
212
216
221

0
0
0
0

200
204
208
213

394
402
410
419

582
594
606
618

11500

9 51

700

458

225

0

217

427

630

11400
11300
11200
11100

9 73
99 5
1018
1042

716
731
748
765

468
478
489
499

230
235
240
245

0
0
0
0

221
226
230
235

435
444
453
462

642
655
668
682

11000

1066

782

511

250

0

240

472

695

10900
10800
10700
10600

109 2
1120
1149
1179

800
820
840
860

522
534
547
560

256
262
268
274

0
0
0
0

245
250
256
261

481
491
502
512

709
724
739
754

10500

1211

882

573

280

0

267

523

770

10400
10300
10200
10100

1245
1282
1321
1363

9 06
9 30
9 56
9 84

588
602
618
635

287
29 4
301
308

0
0
0
0

273
279
285
292

535
546
558
571

786
802
820
838

10000

1409

1014

653

317

0

299

584

856

1045
1079
1116

671
69 0
712
735

325
333
343
353

0
0
0
0

306
314
322
330

597
611
626
641

875
895
916
937

759

363

0

338

657

959

10

9900
9800
9700
9600
9500

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

10

19 4

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
3H
M23 2 A1

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

608

746

879

1006

1128

1244

1354

13000

621
635
649
663

763
780
797
814

899
919
940
960

1030
1053
1077
1100

1155
1181
1208
1235

1274
1304
1333
1363

1387
1420
1453
1486

12900
12800
12700
12600

677

832

981

1124

1262

1393

1519

12500

691
705
720
734

849
867
884
902

1001
1022
1043
1065

1148
1172
1196
1221

1289
1316
1343
1371

1424
1454
1484
1515

1553
1586
1620
1654

12400
12300
12200
12100

749

920

1086

1245

1399

1546

1688

12000

764
779
794
810

939
958
976
996

1108
1130
1152
1175

1271
1296
1322
1348

1427
1456
1485
1514

1578
1609
1641
1674

1722
1757
1792
1827

11900
11800
11700
11600

826

1015

1198

1374

1543

1706

1863

11500

842
859
876
893

1035
1055
1076
1097

1221
1245
1269
1294

1401
1428
1456
1484

1574
1604
1635
1667

1740
1774
1808
1843

1899
1936
1974
2012

11400
11300
11200
11100

911

1119

1319

1512

1699

1878

2050

11000

929
947
967
986

1141
1163
1186
1210

1345
1371
1398
1426

1542
1572
1602
1633

1731
1765
1799
1833

1914
1950
1988
2026

2089
2129
2169
2211

10900
10800
10700
10600

1006

1234

1454

1665

1869

2065

2253

10500

1027
1048
1071
1093

1259
1285
1311
1339

1483
1513
1543
1574

1698
1732
1766
1801

1905
1942
1980
2019

2104
2145
2186
2229

2296
2340
2384
2430

10400
10300
10200
10100

1117

1367

1607

1837

2059

2272

2477

10000

1141
1166
1192
1219

1396
1425
1456
1488

1640
1674
1709
1746

1875
1913
1952
1993

2100
2142
2185
2230

2317
2362
2409
2457

2525
2574
2624
2675

9900
9800
9700
9600

1246

1520

1783

2034

2275

2506

2728

9500

9

10

10

19 5

CHARGE
3H
M23 2 A1

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

10

HE I GH T OF TARGE T ABOVE GUN
200

100

0

100

200

300

9500

759

363

0

338

657

959

9400
9300
9200
9100

784

374
386
399
413

0
0
0
0

348
357
367
378

674
691
709
728

982
1006
1031
1057

427

0

389

748

1085

8900
8800
8700
8600

0
0
0
0

401
414
427
441

769
792
815
839

1113
1143
1175
1207

8500

0

456

865

1241

9000

400

300

8400
8300

10

19 6

ME TERS

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
3H
M23 2 A1

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

1246

1520

1783

2034

2275

2506

2728

9500

1275
1305
1336
1368

1554
1590
1626
1664

1821
1861
1903
1945

2077
2121
2167
2214

2322
2370
2420
2471

2557
2609
2662
2718

2782
2837
2894
2953

9400
9300
9200
9100

1402

1703

1989

2263

2524

2774

3013

9000

1437
1474
1512
1551

1744
1786
1830
1876

2035
2083
2132
2183

2313
2365
2419
2475

2579
2635
2693
2753

2832
2892
2955
3019

3075
3139
3204
3272

8900
8800
8700
8600

1593

1923

2236

2533

2815

3084

3341

8500

1973

2291

2592

2879

3152

3413
3486

8400
8300

10

10

19 7

CHARGE
3H
M23 2 A1

TABLE C

F T 1 5 5 AM 3

W I ND COMPONEN TS

PROJ , HE , M10 7
FUZE , PD , M739 A1

COMPONEN TS OF A ONE KNO T W I ND
CHAR T
D I REC T I ON
OF W I ND

CROSS
W I ND

RANGE
W I ND

CHAR T
D I REC T I ON
OF W I ND

CROSS
W I ND

RANGE
W I ND

MIL

KNO T

KNO T

MIL

KNO T

KNO T

0

H1 . 00

3200

0

T1 . 00

100
200
300

R. 10
R. 20
R. 29

H. 99
H. 98
H. 96

3300
3400
3500

L . 10
L . 20
L . 29

T. 99
T. 98
T. 96

400

R. 38

H. 92

3600

L . 38

T. 92

500
600
700

R. 47
R. 56
R. 63

H. 88
H. 83
H. 77

3700
3800
3900

L . 47
L . 56
L . 63

T. 88
T. 83
T. 77

800

R. 71

H. 71

4000

L . 71

T. 71

900
1000
1100

R. 77
R. 83
R. 88

H. 63
H. 56
H. 47

4100
4200
4300

L . 77
L . 83
L . 88

T. 63
T. 56
T. 47

1200

R. 92

H. 38

4400

L . 92

T. 38

1300
1400
1500

R. 96
R. 98
R. 99

H. 29
H. 20
H. 10

4500
4600
4700

L . 96
L . 98
L . 99

T. 29
T. 20
T. 10

1600

R1 . 00

0

4800

L 1 . 00

0

1700
1800
1900

R. 99
R. 98
R. 96

T. 10
T. 20
T. 29

4900
5000
5100

L . 99
L . 98
L . 96

H. 10
H. 20
H. 29

2000

R. 92

T. 38

5200

L . 92

H. 38

2100
2200
2300

R. 88
R. 83
R. 77

T. 47
T. 56
T. 63

5300
5400
5500

L . 88
L . 83
L . 77

H. 47
H. 56
H. 63

2400

R. 71

T. 71

5600

L . 71

H. 71

2500
2600
2700

R. 63
R. 56
R. 47

T. 77
T. 83
T. 88

5700
5800
5900

L . 63
L . 56
L . 47

H. 77
H. 83
H. 88

2800

R. 38

T. 92

6000

L . 38

H. 92

2900
3000
3100

R. 29
R. 20
R. 10

T. 96
T. 98
T. 99

6100
6200
6300

L . 29
L . 20
L . 10

H. 96
H. 98
H. 99

3200

0

T1 . 00

6400

0

H1 . 00

0

19 8

F T 1 5 5 AM 3

TABLE D

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
3H
M23 2 A1

TEMPERA TURE
AND DENS I TY CORREC T I ONS

CORREC T I ONS TO TEMPERA TURE ( D T) AND DENS I TY ( DD ) , I N PERCEN T ,
TO COMPENSA TE FOR THE D I FFERENCE I N AL T I TUDE ,
I N ME TERS , BE TWEEN THE BA TTERY AND THE MDP
DH

0

+10

+20

+30

+40

+50

+60

+70

+80

+9 0

0

DT
DD

0.0
0.0

0.0
0 . 1+

0.0
0 . 2+

0 . 1+
0 . 3+

0 . 1+
0 . 4+

0 . 1+
0 . 5+

0 . 1+
0 . 6+

0 . 2+
0 . 7+

0 . 2+
0 . 8+

0 . 2+
0.9+

+100

DT
DD

0 . 2+
1 . 0+

0 . 2+
1 . 1+

0 . 2+
1 . 2+

0 . 3+
1 . 3+

0 . 3+
1 . 4+

0 . 3+
1 . 5+

0 . 3+
1 . 6+

0 . 4+
1 . 7+

0 . 4+
1 . 8+

0 . 4+
1.9+

+200

DT
DD

0 . 5+
2 . 0+

0 . 5+
2 . 1+

0 . 5+
2 . 2+

0 . 6+
2 . 3+

0 . 6+
2 . 4+

0 . 6+
2 . 5+

0 . 6+
2 . 6+

0 . 7+
2 . 7+

0 . 7+
2 . 8+

0 . 7+
2.9+

+300

DT
DD

0 . 7+
3 . 0+

0 . 7+
3 . 1+

0 . 7+
3 . 2+

0 . 8+
3 . 3+

0 . 8+
3 . 4+

0 . 8+
3 . 5+

0 . 8+
3 . 6+

0.9+
3 . 7+

0.9+
3 . 8+

0.9+
3.9+

NO TES

1 . DH I S BA TTERY HE I GH T ABOVE OR BELOW THE MDP .
2 . I F ABOVE THE MDP , USE THE S I GN BEFORE THE NUMBER .
3 . I F BELOW THE MDP , USE THE S I GN AF TER THE NUMBER .

TABLE E
PROPELLAN T TEMPERA TURE
EFFEC TS ON MUZZLE VELOC I TY DUE TO PROPELLAN T TEMPERA TURE
TEMPERA TURE
OF
PROPELLAN T

EFFEC T
ON
VELOC I TY

TEMPERA TURE
OF
PROPELLAN T

DEGREES F

M/S

DEGREES C

40
30
20
10

11 . 7
11 . 0
10 . 3
9.5

40 . 0
34 . 4
28 . 9
23 . 3

0

8. 6

17 . 8

10
20
30
40

7. 6
6. 6
5. 5
4. 3

12 . 2
6. 7
1. 1
4. 4

50

3. 0

10 . 0

60
70
80
90

1. 5
0. 0
1. 7
3. 5

15 . 6
21 . 1
26 . 7
32 . 2

100

5. 4

37 . 8

110
120
130

7. 5
9.7
12 . 1

43 . 3
48 . 9
54 . 4

19 9

CHARGE
3H
M23 2 A1

200

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

M

MIL

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
6

7

8

9

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

SEC

MIL

MIL

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

0

0. 0

69

1

0. 0

0. 0

0 . 00

100
200
300
400

1. 5
3. 0
4. 4
5. 9

69
69
67
66

1
1
1
1

0. 2
0. 3
0. 5
0. 7

0. 0
0. 1
0. 1
0. 2

0 . 00
0 . 01
0 . 01
0 . 02

500

7. 5

66

1

0. 9

0. 2

0 . 02

600
700
800
900

9.0
10 . 5
12 . 1
13 . 7

65
64
63
62

1
1
1
1

1. 1
1. 2
1. 4
1. 6

0. 3
0. 3
0. 4
0. 4

0 . 02
0 . 03
0 . 03
0 . 04

1000

15 . 3

62

1

1. 8

0. 5

0 . 04

1100
1200
1300
1400

16 . 9
18 . 6
20 . 3
22 . 0

2. 0
2. 2
2. 4
2. 5

1 . 05
0 . 96
0 . 89
0 . 82

61
60
59
59

1
1
1
1

2. 0
2. 2
2. 4
2. 5

0. 5
0. 6
0. 6
0. 7

0 . 04
0 . 05
0 . 05
0 . 06

1500

23 . 7

2. 7

0 . 76

58

1

2. 7

0. 7

0 . 06

1600
1700
1800
1900

25 . 4
27 . 2
28 . 9
30 . 7

2. 9
3. 1
3. 3
3. 5

0 . 71
0 . 67
0 . 63
0 . 59

57
57
56
55

1
1
1
1

2. 9
3. 1
3. 3
3. 5

0. 8
0. 8
0. 9
0. 9

0 . 07
0 . 07
0 . 08
0 . 08

2000

32 . 6

3. 7

0 . 56

54

1

3. 7

1. 0

0 . 08

2100
2200
2300
2400

34 . 4
36 . 3
38 . 2
40 . 1

3. 9
4. 2
4. 4
4. 6

0 . 53
0 . 51
0 . 48
0 . 46

54
53
52
52

1
1
1
1

3. 9
4. 2
4. 4
4. 6

1. 1
1. 1
1. 2
1. 2

0 . 09
0 . 09
0 . 10
0 . 10

2500

42 . 0

4. 8

0 . 44

51

1

4. 8

1. 3

0 . 11

2600
2700
2800
2900

44 . 0
46 . 0
48 . 0
50 . 1

5. 0
5. 2
5. 4
5. 7

0 . 42
0 . 41
0 . 39
0 . 38

50
50
49
48

1
1
1
1

5. 0
5. 2
5. 4
5. 7

1. 4
1. 4
1. 5
1. 5

0 . 11
0 . 12
0 . 12
0 . 13

3000

52 . 2

5. 9

0 . 36

48

1

5. 9

1. 6

0 . 13

3100
3200
3300
3400

54 . 3
56 . 4
58 . 6
60 . 8

6. 1
6. 3
6. 6
6. 8

0 . 35
0 . 34
0 . 33
0 . 32

47
46
46
45

1
1
1
1

6. 1
6. 3
6. 6
6. 8

1. 7
1. 7
1. 8
1. 9

0 . 14
0 . 14
0 . 15
0 . 15

3500

63 . 0

7. 0

0 . 31

45

1

7. 0

2. 0

0 . 16

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1

10

R
A
N
G
E

CHARGE
3H
M23 2 A1

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0

0

100
200
300
400

0. 4
0. 7
1. 1
1. 4

0. 4
0. 7
1. 0
1. 3

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 1

0. 0
0. 0
0. 0
0. 1

1
2
3
4

1
2
3
4

500

1. 7

1. 7

0. 0

0. 0

0. 0

0. 0

0. 1

0. 1

5

5

600
700
800
900

2. 1
2. 4
2. 7
3. 0

2. 0
2. 3
2. 6
2.9

0. 0
0. 0
0. 0
0. 1

0. 0
0. 0
0. 0
0. 1

0. 1
0. 1
0. 1
0. 1

0. 0
0. 1
0. 1
0. 1

0. 2
0. 2
0. 3
0. 4

0. 2
0. 3
0. 4
0. 4

5
6
7
8

5
6
7
8

1000

3. 4

3. 2

0. 1

0. 1

0. 1

0. 1

0. 5

0. 5

8

9

1100
1200
1300
1400

3. 7
4. 0
4. 3
4. 6

3. 5
3. 8
4. 1
4. 4

0. 1
0. 1
0. 1
0. 1

0. 1
0. 1
0. 1
0. 1

0. 2
0. 2
0. 2
0. 3

0. 2
0. 2
0. 2
0. 3

0. 7
0. 8
0.9
1. 1

0. 7
0. 8
0. 9
1. 1

9
10
11
11

9
10
11
11

1500

4. 9

4. 7

0. 2

0. 2

0. 3

0. 3

1. 3

1. 3

12

12

1600
1700
1800
1900

5. 2
5. 5
5. 8
6. 1

5. 0
5. 3
5. 6
5.9

0. 2
0. 2
0. 2
0. 3

0. 2
0. 2
0. 2
0. 3

0. 4
0. 4
0. 5
0. 5

0. 3
0. 4
0. 4
0. 5

1. 4
1. 6
1. 8
2. 0

1. 4
1. 6
1. 8
2. 0

12
13
14
14

13
13
14
15

2000

6. 4

6. 1

0. 3

0. 3

0. 6

0. 5

2. 2

2. 3

15

15

2100
2200
2300
2400

6. 7
7. 0
7. 3
7. 6

6. 4
6. 7
7. 0
7. 2

0. 3
0. 3
0. 4
0. 4

0. 3
0. 3
0. 4
0. 4

0. 6
0. 7
0. 8
0. 8

0. 6
0. 7
0. 7
0. 8

2. 4
2. 7
2.9
3. 2

2. 5
2. 7
3. 0
3. 3

15
16
16
17

16
16
17
17

2500

7. 8

7. 5

0. 5

0. 4

0.9

0. 9

3. 5

3. 5

17

18

2600
2700
2800
2900

8. 1
8. 4
8. 7
8. 9

7. 8
8. 0
8. 3
8. 6

0. 5
0. 5
0. 6
0. 6

0. 5
0. 5
0. 5
0. 6

1. 0
1. 1
1. 1
1. 2

0. 9
1. 0
1. 1
1. 1

3. 7
4. 0
4. 3
4. 6

3. 8
4. 1
4. 4
4. 8

17
18
18
19

18
18
19
19

3000

9.2

8. 8

0. 7

0. 6

1. 3

1. 2

5. 0

5. 1

19

20

3100
3200
3300
3400

9.4
9.7
10 . 0
10 . 2

9.1
9.3
9.6
9.8

0. 7
0. 7
0. 8
0. 8

0. 7
0. 7
0. 8
0. 8

1. 4
1. 5
1. 6
1. 7

1. 3
1. 4
1. 5
1. 6

5. 3
5. 6
6. 0
6. 3

5. 4
5. 8
6. 2
6. 5

19
20
20
20

20
20
21
21

3500

10 . 5

10 . 1

0. 9

0.9

1. 8

1. 6

6. 7

6. 9

20

21

M

201

CHARGE
3H
M23 2 A1

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

M

MIL

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
6

7

8

9

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

SEC

MIL

MIL

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

3500

63 . 0

7. 0

0 . 31

45

1

7. 0

2. 0

0 . 16

3600
3700
3800
3900

65 . 3
67 . 6
69 . 9
72 . 3

7. 3
7. 5
7. 8
8. 0

0 . 30
0 . 29
0 . 28
0 . 27

44
43
43
42

1
1
1
1

7. 3
7. 5
7. 8
8. 0

2. 0
2. 1
2. 2
2. 2

0 . 16
0 . 17
0 . 17
0 . 18

4000

74 . 7

8. 3

0 . 26

41

1

8. 3

2. 3

0 . 19

4100
4200
4300
4400

77 . 1
79 . 6
82 . 1
84 . 6

8. 5
8. 8
9.0
9.3

0 . 26
0 . 25
0 . 24
0 . 24

41
40
40
39

1
1
1
1

8. 5
8. 8
9.0
9.3

2. 4
2. 5
2. 6
2. 6

0 . 19
0 . 20
0 . 20
0 . 21

4500

87 . 2

9.5

0 . 23

39

1

9.5

2. 7

0 . 21

4600
4700
4800
4900

89 . 8
92 . 4
95 . 1
97 . 9

9.8
10 . 1
10 . 4
10 . 6

0 . 22
0 . 22
0 . 21
0 . 21

38
37
37
36

1
1
1
2

9.8
10 . 1
10 . 4
10 . 6

2. 8
2. 9
3. 0
3. 1

0 . 22
0 . 23
0 . 23
0 . 24

5000

100 . 7

10 . 9

0 . 20

36

2

10 . 9

3. 1

0 . 24

5100
5200
5300
5400

103 . 5
106 . 3
109 . 2
112 . 2

11 . 2
11 . 5
11 . 8
12 . 1

0 . 20
0 . 19
0 . 19
0 . 18

35
35
34
34

2
2
2
2

11 . 2
11 . 5
11 . 8
12 . 1

3. 2
3. 3
3. 4
3. 5

0 . 25
0 . 26
0 . 26
0 . 27

5500

115 . 2

12 . 3

0 . 18

33

2

12 . 3

3. 6

0 . 28

5600
5700
5800
5900

118 . 3
121 . 4
124 . 5
127 . 7

12 . 6
12 . 9
13 . 2
13 . 5

0 . 18
0 . 17
0 . 17
0 . 16

33
32
32
31

2
2
2
2

12 . 6
12 . 9
13 . 2
13 . 5

3. 7
3. 8
3. 9
4. 0

0 . 28
0 . 29
0 . 30
0 . 30

6000

131 . 0

13 . 9

0 . 16

31

2

13 . 9

4. 1

0 . 31

6100
6200
6300
6400

134 . 3
137 . 6
141 . 0
144 . 4

14 . 2
14 . 5
14 . 8
15 . 1

0 . 16
0 . 15
0 . 15
0 . 15

30
30
29
29

2
2
2
2

14 . 2
14 . 5
14 . 8
15 . 1

4. 2
4. 3
4. 4
4. 5

0 . 31
0 . 32
0 . 33
0 . 33

6500

147 . 9

15 . 4

0 . 14

28

2

15 . 4

4. 6

0 . 34

6600
6700
6800
6900

151 . 5
155 . 1
158 . 8
162 . 5

15 . 8
16 . 1
16 . 4
16 . 7

0 . 14
0 . 14
0 . 13
0 . 13

28
28
27
27

2
3
3
3

15 . 8
16 . 1
16 . 4
16 . 7

4. 8
4. 9
5. 0
5. 1

0 . 35
0 . 35
0 . 36
0 . 37

7000

166 . 2

17 . 1

0 . 13

26

3

17 . 1

5. 2

0 . 37

202

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
3H
M23 2 A1

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

3500

10 . 5

10 . 1

0. 9

0.9

1. 8

1. 6

6. 7

6. 9

20

21

3600
3700
3800
3900

10 . 7
10 . 9
11 . 2
11 . 4

10 . 3
10 . 5
10 . 8
11 . 0

1. 0
1. 0
1. 1
1. 1

0.9
1. 0
1. 0
1. 1

1.9
2. 0
2. 1
2. 2

1. 7
1. 8
1. 9
2. 0

7. 1
7. 5
7.9
8. 3

7. 3
7. 7
8. 2
8. 6

21
21
21
21

21
22
22
22

4000

11 . 7

11 . 2

1. 2

1. 1

2. 3

2. 1

8. 7

9.0

21

22

4100
4200
4300
4400

11 . 9
12 . 1
12 . 4
12 . 6

11 . 5
11 . 7
11 . 9
12 . 1

1. 3
1. 3
1. 4
1. 5

1. 2
1. 2
1. 3
1. 4

2. 4
2. 5
2. 6
2. 7

2. 2
2. 3
2. 4
2. 6

9.1
9.5
10 . 0
10 . 4

9.5
9.9
10 . 4
10 . 9

21
21
22
22

22
22
22
23

4500

12 . 8

12 . 3

1. 5

1. 4

2.9

2. 7

10 . 9

11 . 4

22

23

4600
4700
4800
4900

13 . 0
13 . 2
13 . 5
13 . 7

12 . 6
12 . 8
13 . 0
13 . 2

1. 6
1. 7
1. 8
1. 9

1. 5
1. 6
1. 6
1. 7

3. 0
3. 1
3. 2
3. 4

2. 8
2. 9
3. 0
3. 1

11 . 4
11 . 9
12 . 4
12 . 9

11 . 9
12 . 4
12 . 9
13 . 5

22
22
22
22

23
23
23
23

5000

13 . 9

13 . 4

1. 9

1. 8

3. 5

3. 3

13 . 4

14 . 0

22

23

5100
5200
5300
5400

14 . 1
14 . 3
14 . 5
14 . 7

13 . 6
13 . 8
14 . 0
14 . 2

2. 0
2. 1
2. 2
2. 3

1.9
1.9
2. 0
2. 1

3. 6
3. 8
3.9
4. 0

3. 4
3. 5
3. 6
3. 7

13 . 9
14 . 4
14 . 9
15 . 5

14 . 6
15 . 1
15 . 7
16 . 3

22
21
21
21

23
23
23
22

5500

14 . 9

14 . 4

2. 4

2. 2

4. 2

3. 8

16 . 0

16 . 8

21

22

5600
5700
5800
5900

15 . 1
15 . 3
15 . 5
15 . 6

14 . 6
14 . 8
15 . 0
15 . 2

2. 5
2. 6
2. 7
2. 8

2. 3
2. 4
2. 4
2. 5

4. 3
4. 5
4. 6
4. 7

3. 9
4. 0
4. 0
4. 1

16 . 6
17 . 2
17 . 8
18 . 3

17 . 4
18 . 0
18 . 5
19 . 1

21
21
21
20

22
22
22
22

6000

15 . 8

15 . 3

2. 9

2. 6

4.9

4. 1

18 . 9

19 . 6

20

22

6100
6200
6300
6400

16 . 0
16 . 2
16 . 3
16 . 5

15 . 5
15 . 7
15 . 9
16 . 0

3. 0
3. 2
3. 3
3. 4

2. 7
2. 8
2.9
3. 0

5. 0
5. 1
5. 2
5. 3

4. 1
4. 1
4. 1
4. 1

19 . 5
20 . 1
20 . 7
21 . 3

20 . 2
20 . 7
21 . 2
21 . 8

20
20
20
19

22
21
21
21

6500

16 . 7

16 . 2

3. 5

3. 2

5. 4

4. 1

21 . 9

22 . 3

19

21

6600
6700
6800
6900

16 . 8
17 . 0
17 . 1
17 . 3

16 . 4
16 . 5
16 . 7
16 . 8

3. 7
3. 8
4. 0
4. 1

3. 3
3. 4
3. 5
3. 6

5. 4
5. 5
5. 5
5. 5

4. 0
3. 9
3. 8
3. 7

22 . 5
23 . 0
23 . 6
24 . 2

22 . 8
23 . 3
23 . 8
24 . 3

19
19
19
18

21
21
20
20

7000

17 . 4

17 . 0

4. 3

3. 8

5. 5

3. 6

24 . 8

24 . 8

18

20

203

CHARGE
3H
M23 2 A1

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

MIL

7000

166 . 2

17 . 1

0 . 13

26

3

17 . 1

5. 2

0 . 37

7100
7200
7300
7400

170 . 0
173 . 9
177 . 8
181 . 7

17 . 4
17 . 7
18 . 1
18 . 4

0 . 12
0 . 12
0 . 12
0 . 12

26
26
25
25

3
3
3
3

17 . 4
17 . 7
18 . 1
18 . 4

5. 3
5. 4
5. 6
5. 7

0 . 38
0 . 38
0 . 39
0 . 40

7500

185 . 7

18 . 8

0 . 11

25

3

18 . 8

5. 8

0 . 40

7600
7700
7800
7900

189 . 8
193 . 9
198 . 0
202 . 2

19 . 1
19 . 5
19 . 8
20 . 1

0 . 11
0 . 11
0 . 11
0 . 11

25
24
24
24

3
3
3
3

19 . 1
19 . 5
19 . 8
20 . 1

5. 9
6. 0
6. 2
6. 3

0 . 41
0 . 41
0 . 42
0 . 42

8000

206 . 5

20 . 5

0 . 10

23

4

20 . 5

6. 4

0 . 43

8100
8200
8300
8400

210 . 8
215 . 1
219 . 5
223 . 9

20 . 8
21 . 2
21 . 6
21 . 9

0 . 10
0 . 10
0 . 10
0 . 10

23
23
23
22

4
4
4
4

20 . 8
21 . 2
21 . 6
21 . 9

6. 5
6. 7
6. 8
6. 9

0 . 43
0 . 44
0 . 45
0 . 45

8500

228 . 4

22 . 3

0 . 10

22

4

22 . 3

7. 1

0 . 46

8600
8700
8800
8900

232 . 9
237 . 5
242 . 2
246 . 8

22 . 6
23 . 0
23 . 4
23 . 7

0 . 09
0 . 09
0 . 09
0 . 09

22
22
21
21

4
4
4
4

22 . 6
23 . 0
23 . 4
23 . 7

7. 2
7. 3
7. 5
7. 6

0 . 46
0 . 47
0 . 47
0 . 48

9000

251 . 6

24 . 1

0 . 09

21

4

24 . 1

7. 7

0 . 48

9100
9200
9300
9400

256 . 3
261 . 1
266 . 0
270 . 9

24 . 5
24 . 9
25 . 2
25 . 6

0 . 09
0 . 09
0 . 08
0 . 08

21
21
20
20

4
5
5
5

24 . 5
24 . 9
25 . 2
25 . 6

7. 9
8. 0
8. 2
8. 3

0 . 49
0 . 49
0 . 50
0 . 50

9500

275 . 9

26 . 0

0 . 08

20

5

26 . 0

8. 5

0 . 50

9600
9700
9800
9900

280 . 9
286 . 0
291 . 1
296 . 3

26 . 4
26 . 8
27 . 1
27 . 5

0 . 08
0 . 08
0 . 08
0 . 08

20
20
19
19

5
5
5
5

26 . 4
26 . 8
27 . 1
27 . 5

8. 6
8. 8
8. 9
9.1

0 . 51
0 . 51
0 . 52
0 . 52

10000

301 . 5

27 . 9

0 . 08

19

5

27 . 9

9.2

0 . 53

10100
10200
10300
10400

306 . 8
312 . 1
317 . 5
323 . 0

28 . 3
28 . 7
29 . 1
29 . 5

0 . 07
0 . 07
0 . 07
0 . 07

19
19
18
18

5
5
6
6

28 . 3
28 . 7
29 . 1
29 . 5

9.4
9.6
9.7
9.9

0 . 53
0 . 54
0 . 54
0 . 55

10500

328 . 5

29 . 9

0 . 07

18

6

29 . 9

10 . 1

0 . 55

204

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
3H
M23 2 A1

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

7000

17 . 4

17 . 0

4. 3

3. 8

5. 5

3. 6

24 . 8

24 . 8

18

20

7100
7200
7300
7400

17 . 6
17 . 7
17 . 8
18 . 0

17 . 1
17 . 3
17 . 4
17 . 6

4. 4
4. 6
4. 7
4. 9

3.9
4. 0
4. 2
4. 3

5. 5
5. 5
5. 4
5. 3

3. 4
3. 3
3. 1
2. 9

25 . 3
25 . 9
26 . 5
27 . 0

25 . 2
25 . 7
26 . 1
26 . 6

18
18
18
17

20
20
19
19

7500

18 . 1

17 . 7

5. 1

4. 4

5. 3

2. 7

27 . 5

27 . 0

17

19

7600
7700
7800
7900

18 . 2
18 . 3
18 . 5
18 . 6

17 . 8
18 . 0
18 . 1
18 . 2

5. 3
5. 4
5. 6
5. 8

4. 6
4. 7
4.9
5. 0

5. 1
5. 0
4.9
4. 7

2. 5
2. 3
2. 0
1. 8

28 . 1
28 . 6
29 . 1
29 . 6

27 . 4
27 . 9
28 . 3
28 . 7

17
17
17
16

19
19
18
18

8000

18 . 7

18 . 4

6. 0

5. 2

4. 5

1. 5

30 . 1

29 . 1

16

18

8100
8200
8300
8400

18 . 8
18 . 9
19 . 0
19 . 1

18 . 5
18 . 6
18 . 7
18 . 8

6. 2
6. 4
6. 6
6. 8

5. 3
5. 5
5. 6
5. 8

4. 3
4. 1
3. 8
3. 6

1. 2
1. 0
0. 7
0. 4

30 . 6
31 . 1
31 . 6
32 . 1

29 . 5
29 . 9
30 . 3
30 . 7

16
16
16
15

18
18
18
17

8500

19 . 2

18 . 9

7. 0

6. 0

3. 3

0. 1

32 . 6

31 . 1

15

17

8600
8700
8800
8900

19 . 3
19 . 4
19 . 5
19 . 6

19 . 1
19 . 2
19 . 3
19 . 4

7. 2
7. 4
7. 6
7. 8

6. 1
6. 3
6. 5
6. 6

3. 0
2. 7
2. 4
2. 1

0. 3
0. 6
0.9
1. 3

33 . 0
33 . 5
33 . 9
34 . 4

31 . 5
31 . 9
32 . 2
32 . 6

15
15
15
14

17
17
17
17

9000

19 . 7

19 . 5

8. 0

6. 8

1. 8

1. 6

34 . 8

33 . 0

14

16

9100
9200
9300
9400

19 . 8
19 . 9
20 . 0
20 . 1

19 . 6
19 . 7
19 . 8
19 . 9

8. 2
8. 5
8. 7
8. 9

7. 0
7. 2
7. 3
7. 5

1. 4
1. 1
0. 7
0. 3

2. 0
2. 3
2. 7
3. 1

35 . 2
35 . 7
36 . 1
36 . 5

33 . 4
33 . 8
34 . 1
34 . 5

14
14
14
14

16
16
16
16

9500

20 . 2

20 . 0

9.1

7. 7

0. 1

3. 4

36 . 9

34 . 9

13

15

9600
9700
9800
9900

20 . 3
20 . 4
20 . 5
20 . 6

20 . 1
20 . 2
20 . 3
20 . 4

9.4
9.6
9.8
10 . 1

7.9
8. 1
8. 3
8. 4

0. 5
0. 9
1. 3
1. 7

3. 8
4. 2
4. 6
5. 0

37 . 3
37 . 8
38 . 2
38 . 6

35 . 2
35 . 6
36 . 0
36 . 4

13
13
13
13

15
15
15
15

10000

20 . 6

20 . 5

10 . 3

8. 6

2. 2

5. 4

39 . 0

36 . 7

12

14

10100
10200
10300
10400

20 . 7
20 . 8
20 . 9
21 . 0

20 . 5
20 . 6
20 . 7
20 . 8

10 . 5
10 . 8
11 . 0
11 . 3

8. 8
9.0
9.2
9.4

2. 6
3. 0
3. 5
3. 9

5. 8
6. 2
6. 6
7. 0

39 . 4
39 . 8
40 . 2
40 . 6

37 . 1
37 . 5
37 . 9
38 . 2

12
12
12
12

14
14
14
14

10500

21 . 0

20 . 9

11 . 5

9.6

4. 4

7. 4

41 . 0

38 . 6

11

14

205

CHARGE
3H
M23 2 A1

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

10500

328 . 5

29 . 9

0 . 07

18

6

29 . 9

10 . 1

0 . 55

10600
10700
10800
10900

334 . 0
339 . 6
345 . 3
351 . 1

30 . 3
30 . 7
31 . 2
31 . 6

0 . 07
0 . 07
0 . 07
0 . 07

18
18
18
17

6
6
6
6

30 . 3
30 . 7
31 . 2
31 . 6

10 . 2
10 . 4
10 . 6
10 . 8

0 . 55
0 . 56
0 . 56
0 . 57

11000

356 . 9

32 . 0

0 . 07

17

6

32 . 0

11 . 0

0 . 57

11100
11200
11300
11400

362 . 7
368 . 7
374 . 7
380 . 7

32 . 4
32 . 8
33 . 3
33 . 7

0 . 07
0 . 06
0 . 06
0 . 06

17
17
17
16

6
7
7
7

32 . 4
32 . 8
33 . 3
33 . 7

11 . 2
11 . 3
11 . 5
11 . 7

0 . 58
0 . 58
0 . 58
0 . 59

11500

386 . 9

34 . 1

0 . 06

16

7

34 . 1

11 . 9

0 . 59

11600
11700
11800
11900

393 . 1
399 . 4
405 . 7
412 . 2

34 . 6
35 . 0
35 . 5
35 . 9

0 . 06
0 . 06
0 . 06
0 . 06

16
16
16
15

7
7
7
8

34 . 6
35 . 0
35 . 5
35 . 9

12 . 1
12 . 4
12 . 6
12 . 8

0 . 60
0 . 60
0 . 60
0 . 61

12000

418 . 7

36 . 4

0 . 06

15

8

36 . 4

13 . 0

0 . 61

12100
12200
12300
12400

425 . 4
432 . 1
438 . 9
445 . 9

36 . 9
37 . 3
37 . 8
38 . 3

0 . 06
0 . 06
0 . 06
0 . 06

15
15
15
14

8
8
8
8

36 . 9
37 . 3
37 . 8
38 . 3

13 . 2
13 . 5
13 . 7
14 . 0

0 . 62
0 . 62
0 . 63
0 . 63

12500

452 . 9

38 . 8

0 . 06

14

9

38 . 8

14 . 2

0 . 63

12600
12700
12800
12900

460 . 1
467 . 3
474 . 8
482 . 3

39 . 3
39 . 8
40 . 3
40 . 8

0 . 05
0 . 05
0 . 05
0 . 05

14
14
13
13

9
9
9
9

39 . 3
39 . 8
40 . 3
40 . 8

14 . 5
14 . 8
15 . 0
15 . 3

0 . 64
0 . 64
0 . 65
0 . 65

13000

490 . 0

41 . 3

0 . 05

13

10

41 . 3

15 . 6

0 . 66

13100
13200
13300
13400

497 . 9
505 . 9
514 . 1
522 . 5

41 . 9
42 . 4
43 . 0
43 . 5

0 . 05
0 . 05
0 . 05
0 . 05

13
12
12
12

10
10
11
11

41 . 9
42 . 4
43 . 0
43 . 5

15 . 9
16 . 2
16 . 6
16 . 9

0 . 66
0 . 66
0 . 67
0 . 67

13500

531 . 1

44 . 1

0 . 05

11

11

44 . 1

17 . 3

0 . 68

13600
13700
13800
13900

539 . 9
549 . 0
558 . 3
568 . 0

44 . 7
45 . 3
45 . 9
46 . 6

0 . 05
0 . 05
0 . 05
0 . 05

11
11
11
10

12
12
13
13

44 . 7
45 . 3
45 . 9
46 . 6

17 . 6
18 . 0
18 . 4
18 . 9

0 . 68
0 . 69
0 . 69
0 . 70

14000

578 . 0

47 . 2

0 . 05

10

14

47 . 2

19 . 3

0 . 70

206

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
3H
M23 2 A1

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

10500

21 . 0

20 . 9

11 . 5

9.6

4. 4

7. 4

41 . 0

38 . 6

11

14

10600
10700
10800
10900

21 . 1
21 . 2
21 . 3
21 . 3

21 . 0
21 . 1
21 . 1
21 . 2

11 . 8
12 . 0
12 . 3
12 . 5

9.8
10 . 0
10 . 2
10 . 4

4. 9
5. 3
5. 8
6. 3

7. 8
8. 2
8. 7
9.1

41 . 4
41 . 8
42 . 1
42 . 5

39 . 0
39 . 4
39 . 8
40 . 2

11
11
11
11

13
13
13
13

11000

21 . 4

21 . 3

12 . 8

10 . 6

6. 8

9.5

42 . 9

40 . 6

10

13

11100
11200
11300
11400

21 . 5
21 . 6
21 . 7
21 . 7

21 . 4
21 . 5
21 . 6
21 . 6

13 . 1
13 . 3
13 . 6
13 . 9

10 . 8
11 . 0
11 . 2
11 . 4

7. 3
7. 7
8. 2
8. 7

9.9
10 . 3
10 . 7
11 . 1

43 . 3
43 . 7
44 . 1
44 . 5

41 . 0
41 . 5
41 . 9
42 . 3

10
10
10
10

12
12
12
12

11500

21 . 8

21 . 7

14 . 1

11 . 6

9.3

11 . 5

44 . 9

42 . 8

9

11

11600
11700
11800
11900

21 . 9
22 . 0
22 . 1
22 . 2

21 . 8
21 . 9
22 . 0
22 . 0

14 . 4
14 . 7
14 . 9
15 . 2

11 . 8
12 . 0
12 . 2
12 . 4

9.8
10 . 3
10 . 8
11 . 3

11 . 9
12 . 3
12 . 6
13 . 0

45 . 3
45 . 7
46 . 1
46 . 4

43 . 2
43 . 6
44 . 1
44 . 5

9
9
8
8

11
11
11
10

12000

22 . 3

22 . 1

15 . 5

12 . 6

11 . 7

13 . 4

46 . 8

45 . 0

8

10

12100
12200
12300
12400

22 . 4
22 . 4
22 . 5
22 . 6

22 . 2
22 . 3
22 . 4
22 . 5

15 . 7
16 . 0
16 . 3
16 . 6

12 . 8
13 . 0
13 . 3
13 . 5

12 . 2
12 . 7
13 . 2
13 . 7

13 . 8
14 . 2
14 . 5
14 . 9

47 . 2
47 . 6
48 . 0
48 . 4

45 . 5
45 . 9
46 . 4
46 . 9

8
7
7
7

10
9
9
9

12500

22 . 7

22 . 6

16 . 9

13 . 7

14 . 1

15 . 3

48 . 9

47 . 3

6

9

12600
12700
12800
12900

22 . 8
22 . 9
23 . 0
23 . 0

22 . 7
22 . 7
22 . 8
22 . 9

17 . 2
17 . 5
17 . 7
18 . 0

13 . 9
14 . 1
14 . 3
14 . 5

14 . 6
15 . 0
15 . 4
15 . 8

15 . 7
16 . 0
16 . 4
16 . 8

49 . 3
49 . 7
50 . 1
50 . 6

47 . 8
48 . 3
48 . 8
49 . 3

6
6
5
5

8
8
8
8

13000

23 . 1

23 . 0

18 . 4

14 . 7

16 . 1

17 . 1

51 . 0

49 . 8

5

7

13100
13200
13300
13400

23 . 2
23 . 3
23 . 4
23 . 5

23 . 1
23 . 1
23 . 2
23 . 3

18 . 7
19 . 0
19 . 3
19 . 6

15 . 0
15 . 2
15 . 4
15 . 6

16 . 5
16 . 8
17 . 2
17 . 6

17 . 5
17 . 9
18 . 3
18 . 6

51 . 5
52 . 0
52 . 5
53 . 0

50 . 4
50 . 9
51 . 5
52 . 2

5
4
4
4

7
7
6
6

13500

23 . 6

23 . 4

19 . 9

15 . 8

18 . 0

19 . 0

53 . 5

52 . 8

3

5

13600
13700
13800
13900

23 . 7
23 . 8
23 . 9
24 . 1

23 . 5
23 . 6
23 . 7
23 . 8

20 . 3
20 . 6
21 . 0
21 . 4

16 . 0
16 . 3
16 . 5
16 . 7

18 . 4
18 . 8
19 . 2
19 . 6

19 . 4
19 . 7
20 . 1
20 . 4

54 . 1
54 . 6
55 . 1
55 . 7

53 . 5
54 . 3
55 . 0
55 . 7

3
2
2
1

5
5
4
4

14000

24 . 2

23 . 9

21 . 9

16 . 9

20 . 0

20 . 7

56 . 2

56 . 5

1

4

207

CHARGE
3H
M23 2 A1

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

14000

578 . 0

47 . 2

0 . 05

10

14

47 . 2

19 . 3

0 . 70

14100
14200
14300
14400

588 . 3
599 . 1
610 . 4
622 . 4

47 . 9
48 . 6
49 . 3
50 . 1

0 . 05
0 . 04
0 . 04
0 . 04

9
9
9
8

14
15
16
17

47 . 9
48 . 6
49 . 3
50 . 1

19 . 8
20 . 3
20 . 8
21 . 4

0 . 71
0 . 72
0 . 72
0 . 73

14500

635 . 1

50 . 9

0 . 04

8

19

50 . 9

22 . 0

0 . 73

14600
14700
14800
14900

648 . 7
663 . 6
680 . 2
699 . 0

51 . 8
52 . 8
53 . 8
55 . 0

0 . 04
0 . 04
0 . 04
0 . 04

7
6
6
5

20
23
26
30

51 . 8
52 . 8
53 . 8
55 . 0

22 . 8
23 . 6
24 . 5
25 . 6

0 . 74
0 . 75
0 . 76
0 . 77

15000

721 . 8

56 . 4

0 . 04

4

40

56 . 4

27 . 0

0 . 78

15100

753 . 4

58 . 3

0 . 04

58 . 3

28 . 9

0 . 79

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

**********************************************************************
15100

852 . 2

64 . 1

0 . 04

64 . 1

36 . 1

0 . 92

15000

882 . 3

65 . 8

0 . 04

4

41

65 . 8

38 . 6

0 . 94

14900
14800
14700
14600

903 . 4
920 . 8
935 . 8
949 . 2

67 . 0
67 . 9
68 . 7
69 . 4

0 . 04
0 . 04
0 . 03
0 . 03

5
6
7
8

31
26
23
20

67 . 0
67 . 9
68 . 7
69 . 4

40 . 5
42 . 1
43 . 6
44 . 9

0 . 96
0 . 97
0 . 99
1 . 01

14500

961 . 4

70 . 0

0 . 03

8

19

70 . 0

46 . 2

1 . 02

14400
14300
14200
14100

972 . 8
983 . 4
993 . 3
1002 . 8

70 . 6
71 . 1
71 . 6
72 . 1

0 . 03
0 . 03
0 . 03
0 . 03

9
10
10
11

17
16
15
14

70 . 6
71 . 1
71 . 6
72 . 1

47 . 5
48 . 7
49 . 9
51 . 0

1 . 03
1 . 05
1 . 06
1 . 08

14000

1011 . 8

72 . 5

0 . 03

11

13

72 . 5

52 . 2

1 . 09

13900
13800
13700
13600

1020 . 4
1028 . 6
1036 . 5
1044 . 2

72 . 9
73 . 3
73 . 7
74 . 0

0 . 03
0 . 03
0 . 03
0 . 03

12
12
13
13

13
12
12
11

72 . 9
73 . 3
73 . 7
74 . 0

53 . 3
54 . 5
55 . 6
56 . 7

1 . 10
1 . 12
1 . 13
1 . 14

13500

1051 . 6

74 . 4

0 . 03

14

11

74 . 4

57 . 8

1 . 16

13400
13300
13200
13100

1058 . 8
1065 . 7
1072 . 5
1079 . 0

74 . 7
75 . 0
75 . 3
75 . 6

0 . 03
0 . 03
0 . 03
0 . 03

14
15
15
15

10
10
10
9

74 . 7
75 . 0
75 . 3
75 . 6

59 . 0
60 . 1
61 . 2
62 . 4

1 . 17
1 . 19
1 . 20
1 . 21

13000

1085 . 4

75 . 9

0 . 03

16

9

75 . 9

63 . 5

1 . 23

208

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
3H
M23 2 A1

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

14000

24 . 2

23 . 9

21 . 9

16 . 9

20 . 0

20 . 7

56 . 2

56 . 5

1

4

14100
14200
14300
14400

24 . 4
24 . 6
24 . 7
24 . 9

24 . 0
24 . 1
24 . 2
24 . 3

17 . 2
17 . 4
17 . 6
17 . 8

20 . 3
20 . 6
20 . 9
21 . 2

20 . 9
21 . 2
21 . 4
21 . 5

56 . 7
57 . 3
57 . 8
58 . 4

57 . 2
58 . 0
58 . 8
59 . 7

1
0
1
1

3
3
2
2

14500

25 . 0

24 . 5

18 . 1

21 . 3

21 . 7

58 . 9

60 . 9

2

2

14600
14700
14800
14900

25 . 1
25 . 2
25 . 5
25 . 9

24 . 6
24 . 7
24 . 8
24 . 9

18 . 3
18 . 5
18 . 7
18 . 9

21 . 4
21 . 6
21 . 7
21 . 7

21 . 9
22 . 1
22 . 3
22 . 5

59 . 5
60 . 0
60 . 6
61 . 2

3
3
3
4

2
1
0
0

15000

25 . 0

19 . 2

22 . 7

61 . 9

5

1

15100

25 . 2

19 . 4

22 . 9

62 . 6

6

2

**********************************************************************
15100

25 . 6

21 . 7

21 . 7

69 . 8

9

3

15000

25 . 5

21 . 6

21 . 5

69 . 4

10

3

9
9
9
9

3
4
4
4

14900
14800
14700
14600

26 . 0
26 . 1
26 . 0
25 . 8

25 . 4
25 . 3
25 . 2
25 . 1

21 . 5
21 . 4
21 . 2
21 . 1

21 . 1
20 . 6
20 . 2
19 . 8

21 . 3
21 . 1
20 . 9
20 . 7

69 . 0
68 . 6
68 . 2
67 . 8

14500

25 . 6

24 . 9

21 . 0

19 . 5

20 . 5

67 . 3

63 . 0

9

5

14400
14300
14200
14100

25 . 4
25 . 2
25 . 1
25 . 0

24 . 8
24 . 7
24 . 5
24 . 4

20 . 9
20 . 8
20 . 7
20 . 5

19 . 2
19 . 0
18 . 8
18 . 6

20 . 4
20 . 2
20 . 0
19 . 9

66 . 9
66 . 5
66 . 0
65 . 6

63 . 3
63 . 2
63 . 0
62 . 7

9
9
10
10

5
5
5
5

14000

24 . 9

24 . 2

22 . 6

20 . 4

18 . 5

19 . 7

65 . 1

62 . 4

10

5

13900
13800
13700
13600

24 . 7
24 . 6
24 . 5
24 . 3

24 . 0
23 . 9
23 . 7
23 . 6

22 . 7
22 . 7
22 . 7
22 . 6

20 . 3
20 . 2
20 . 0
19 . 9

18 . 3
18 . 1
18 . 0
17 . 8

19 . 5
19 . 4
19 . 2
19 . 1

64 . 6
64 . 2
63 . 7
63 . 2

62 . 1
61 . 7
61 . 4
61 . 0

10
10
10
11

6
6
6
6

13500

24 . 2

23 . 4

22 . 6

19 . 7

17 . 7

18 . 9

62 . 8

60 . 6

11

6

13400
13300
13200
13100

24 . 0
23 . 9
23 . 7
23 . 5

23 . 2
23 . 0
22 . 8
22 . 7

22 . 5
22 . 5
22 . 4
22 . 3

19 . 6
19 . 5
19 . 3
19 . 1

17 . 5
17 . 3
17 . 2
17 . 0

18 . 8
18 . 6
18 . 5
18 . 4

62 . 3
61 . 8
61 . 3
60 . 8

60 . 2
59 . 9
59 . 5
59 . 1

11
11
11
11

6
6
6
6

13000

23 . 4

22 . 5

22 . 3

19 . 0

16 . 9

18 . 2

60 . 3

58 . 6

11

6

2 09

CHARGE
3H
M23 2 A1

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

13000

1085 . 4

75 . 9

0 . 03

16

9

75 . 9

63 . 5

1 . 23

12900
12800
12700
12600

1091 . 7
1097 . 8
1103 . 7
1109 . 5

76 . 2
76 . 4
76 . 7
77 . 0

0 . 03
0 . 03
0 . 03
0 . 03

16
17
17
17

9
8
8
8

76 . 2
76 . 4
76 . 7
77 . 0

64 . 7
65 . 9
67 . 1
68 . 3

1 . 24
1 . 26
1 . 27
1 . 29

12500

1115 . 2

77 . 2

0 . 03

18

8

77 . 2

69 . 6

1 . 30

12400
12300
12200
12100

1120 . 8
1126 . 2
1131 . 6
1136 . 9

77 . 4
77 . 7
77 . 9
78 . 1

0 . 03
0 . 03
0 . 03
0 . 03

18
18
19
19

7
7
7
7

77 . 4
77 . 7
77 . 9
78 . 1

70 . 9
72 . 2
73 . 5
74 . 9

1 . 32
1 . 34
1 . 35
1 . 37

12000

1142 . 0

78 . 3

0 . 03

20

7

78 . 3

76 . 3

1 . 39

11900
11800
11700
11600

1147 . 1
1152 . 0
1156 . 9
1161 . 7

78 . 5
78 . 7
78 . 9
79 . 1

0 . 03
0 . 03
0 . 03
0 . 03

20
20
21
21

6
6
6
6

78 . 5
78 . 7
78 . 9
79 . 1

77 . 7
79 . 2
80 . 8
82 . 4

1 . 40
1 . 42
1 . 44
1 . 46

11500

1166 . 4

79 . 3

0 . 03

21

6

79 . 3

84 . 0

1 . 48

11400
11300
11200
11100

1171 . 0
1175 . 6
1180 . 1
1184 . 5

79 . 5
79 . 7
79 . 8
80 . 0

0 . 03
0 . 03
0 . 03
0 . 03

22
22
23
23

6
5
5
5

79 . 5
79 . 7
79 . 8
80 . 0

85 . 7
87 . 5
89 . 3
91 . 2

1 . 50
1 . 52
1 . 54
1 . 57

11000

1188 . 8

80 . 2

0 . 03

23

5

80 . 2

93 . 2

1 . 59

10900
10800
10700
10600

1193 . 1
1197 . 3
1201 . 4
1205 . 4

80 . 3
80 . 5
80 . 7
80 . 8

0 . 03
0 . 03
0 . 03
0 . 03

24
24
25
25

5
5
5
4

80 . 3
80 . 5
80 . 7
80 . 8

95 . 3
97 . 5
99 . 8
102 . 1

1 . 61
1 . 64
1 . 67
1 . 69

10500

1209 . 4

81 . 0

0 . 03

25

4

81 . 0

104 . 7

1 . 72

10400
10300
10200
10100

1213 . 3
1217 . 2
1220 . 9
1224 . 6

81 . 1
81 . 3
81 . 4
81 . 6

0 . 03
0 . 03
0 . 03
0 . 03

26
26
27
27

4
4
4
4

81 . 1
81 . 3
81 . 4
81 . 6

107 . 3
110 . 1
113 . 1
116 . 2

1 . 75
1 . 79
1 . 82
1 . 86

10000

1228 . 3

81 . 7

0 . 03

28

4

81 . 7

119 . 5

1 . 89

9900
9800
9700
9600

1231 . 9
1235 . 4
1238 . 8
1242 . 2

81 . 9
82 . 0
82 . 2
82 . 3

0 . 03
0 . 03
0 . 03
0 . 03

28
29
29
30

4
3
3

81 . 9
82 . 0
82 . 2
82 . 3

123 . 0
126 . 7
130 . 7
134 . 9

1 . 94
1 . 98
2 . 03
2 . 07

9500

1245 . 5

82 . 5

0 . 03

30

82 . 5

139 . 4

2 . 13

210

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
3H
M23 2 A1

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

13000

23 . 4

22 . 5

22 . 3

19 . 0

16 . 9

18 . 2

60 . 3

58 . 6

11

6

12900
12800
12700
12600

23 . 2
23 . 1
22 . 9
22 . 7

22 . 3
22 . 1
21 . 9
21 . 7

22 . 2
22 . 1
22 . 0
21 . 9

18 . 8
18 . 6
18 . 5
18 . 3

16 . 8
16 . 6
16 . 5
16 . 4

18 . 1
18 . 0
17 . 9
17 . 7

59 . 8
59 . 3
58 . 8
58 . 3

58 . 2
57 . 8
57 . 3
56 . 9

12
12
12
12

6
6
6
6

12500

22 . 5

21 . 5

21 . 9

18 . 1

16 . 2

17 . 6

57 . 8

56 . 5

12

7

12400
12300
12200
12100

22 . 4
22 . 2
22 . 0
21 . 8

21 . 3
21 . 2
21 . 0
20 . 8

21 . 8
21 . 7
21 . 6
21 . 5

17 . 9
17 . 7
17 . 5
17 . 2

16 . 1
16 . 0
15 . 8
15 . 7

17 . 5
17 . 4
17 . 3
17 . 1

57 . 3
56 . 7
56 . 2
55 . 7

56 . 0
55 . 6
55 . 1
54 . 6

12
13
13
13

7
7
7
7

12000

21 . 6

20 . 6

21 . 4

17 . 0

15 . 6

17 . 0

55 . 1

54 . 2

13

7

11900
11800
11700
11600

21 . 4
21 . 2
21 . 0
20 . 8

20 . 4
20 . 2
20 . 0
19 . 8

21 . 3
21 . 2
21 . 0
20 . 9

16 . 8
16 . 5
16 . 2
16 . 0

15 . 5
15 . 4
15 . 3
15 . 2

16 . 9
16 . 8
16 . 7
16 . 6

54 . 6
54 . 0
53 . 5
52 . 9

53 . 7
53 . 2
52 . 8
52 . 3

13
14
14
14

8
8
8
8

11500

20 . 6

19 . 6

20 . 8

15 . 7

15 . 1

16 . 5

52 . 3

51 . 8

15

9

11400
11300
11200
11100

20 . 4
20 . 3
20 . 1
19 . 9

19 . 4
19 . 2
19 . 0
18 . 7

20 . 7
20 . 6
20 . 5
20 . 3

15 . 4
15 . 1
14 . 7
14 . 4

15 . 0
14 . 9
14 . 9
14 . 8

16 . 4
16 . 3
16 . 2
16 . 2

51 . 8
51 . 2
50 . 6
50 . 0

51 . 3
50 . 8
50 . 3
49 . 8

15
15
16
16

9
9
10
10

11000

19 . 7

18 . 5

20 . 2

14 . 0

14 . 7

16 . 1

49 . 4

49 . 3

16

10

10900
10800
10700
10600

19 . 4
19 . 2
19 . 0
18 . 8

18 . 3
18 . 1
17 . 9
17 . 7

20 . 1
19 . 9
19 . 8
19 . 7

13 . 6
13 . 2
12 . 8
12 . 3

14 . 6
14 . 5
14 . 5
14 . 4

16 . 0
15 . 9
15 . 9
15 . 8

48 . 9
48 . 3
47 . 7
47 . 0

48 . 8
48 . 3
47 . 8
47 . 3

17
17
18
18

11
11
12
12

10500

18 . 6

17 . 5

19 . 5

11 . 9

14 . 4

15 . 8

46 . 4

46 . 8

19

13

10400
10300
10200
10100

18 . 4
18 . 1
17 . 9
17 . 6

17 . 3
17 . 0
16 . 8
16 . 6

19 . 4
19 . 2
19 . 0
18 . 9

11 . 4

14 . 3
14 . 3
14 . 2
14 . 2

15 . 8
15 . 7
15 . 7
15 . 7

45 . 8
45 . 1
44 . 5
43 . 8

46 . 2
45 . 7
45 . 1
44 . 5

19
20
20
21

13
14
15
15

10000

17 . 4

16 . 3

18 . 7

14 . 2

15 . 7

43 . 1

44 . 0

22

16

9900
9800
9700
9600

17 . 1
16 . 9
16 . 6
16 . 4

16 . 1
15 . 8
15 . 6
15 . 3

18 . 5
18 . 3
18 . 1
17 . 9

14 . 1
14 . 1
14 . 1
14 . 1

15 . 7
15 . 6
15 . 6
15 . 7

42 . 4
41 . 7
41 . 0

43 . 4
42 . 8
42 . 2
41 . 6

22
23
24
25

17
18
19
20

9500

16 . 1

15 . 1

17 . 7

14 . 2

15 . 7

41 . 0

26

21

211

CHARGE
3H
M23 2 A1

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

9500

1245 . 5

82 . 5

0 . 03

30

82 . 5

139 . 4

2 . 13

9400
9300
9200
9100

1248 . 8
1252 . 0
1255 . 1
1258 . 1

82 . 6
82 . 8
82 . 9
83 . 1

0 . 03
0 . 03
0 . 03
0 . 03

31
32
32
33

82 . 6
82 . 8
82 . 9
83 . 1

144 . 1
149 . 2
154 . 7
160 . 5

2 . 19
2 . 25
2 . 32
2 . 39

9000

1261 . 1

83 . 2

0 . 03

34

83 . 2

166 . 7

2 . 47

8900
8800
8700
8600

1264 . 0
1266 . 9
1269 . 6
1272 . 3

83 . 4
83 . 6
83 . 8
83 . 9

0 . 03
0 . 03
0 . 03
0 . 03

35
36
37
38

83 . 4
83 . 6
83 . 8
83 . 9

173 . 3
180 . 3
187 . 8
195 . 7

8500

1274 . 9

84 . 1

0 . 03

84 . 1

204 . 1

8497

1275 . 0

212

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
3H
M23 2 A1

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

9500

16 . 1

15 . 1

17 . 7

14 . 2

15 . 7

41 . 0

26

21

9400
9300
9200
9100

15 . 8
15 . 6
15 . 3
15 . 0

14 . 8
14 . 5
14 . 2
14 . 0

17 . 5
17 . 2
17 . 0
16 . 7

14 . 2
14 . 2
14 . 3
14 . 3

15 . 7
15 . 8
15 . 9
16 . 0

40 . 3
39 . 7
39 . 0
38 . 4

27
28
29
31

22
23
24
26

9000

14 . 7

13 . 7

16 . 4

14 . 4

16 . 1

37 . 7

32

27

8900
8800
8700
8600

14 . 3
14 . 0
13 . 7
13 . 3

13 . 4
13 . 0
12 . 7

16 . 1
15 . 8
15 . 4
15 . 1

14 . 4
14 . 5
14 . 6
14 . 7

16 . 2
16 . 3
16 . 4

37 . 0
36 . 3
35 . 5
34 . 8

33
35
36
38

29
31
32
34

8500

13 . 0

14 . 7

14 . 9

34 . 0

40

213

CHARGE
3H
M23 2 A1

TABLE G

F T 1 5 5 AM 3

SUPPLEMEN TARY DA TA

1

2

R
A
N
G
E

E
L
E
V

M

MIL

3

4

5

6

7

PROBABLE ERRORS

8

PROJ , HE , M10 7
FUZE , PD , M739 A1
9

10

ANGLE CO T TML
OF
ANGLE VEL
FALL
OF
FALL

FUZE M58 2
R

D

HB

TB

RB

M

M

M

SEC

M

MIL

M/S

0

586

11

12

MO

13

COMP S I TE
FOR
ANGLE OF S I TE
+1 M I L 1 M I L
S I TE
S I TE

M

MIL

MIL

0

0 . 000

0 . 00

0

0. 0

13

0

1000
2000
3000
4000

15 . 3
32 . 6
52 . 2
74 . 7

13
12
12
12

0
1
1
2

1 0 . 04
1 0 . 04
2 0 . 04

20
18
17

16
37
63
96

62 . 4
27 . 5
16 . 1
10 . 5

537
490
445
403

4
17
42
83

0 . 000
0 . 001
0 . 003
0 . 005

0 . 00
0 . 001
0 . 002
0 . 004

5000

100 . 7

14

2

2 0 . 04

17

139

7. 3

364

145

0 . 009

0 . 007

6000
7000
8000
9000

131 . 0
166 . 2
206 . 5
251 . 6

16
18
21
23

2
3
3
4

3
4
5
7

0 . 04
0 . 04
0 . 04
0 . 04

17
17
18
19

192
255
322
391

5. 2
3. 9
3. 1
2. 5

333
317
309
304

234
359
525
738

0 . 015
0 . 024
0 . 034
0 . 049

0 . 012
0 . 018
0 . 027
0 . 039

10000

301 . 5

25

5

8 0 . 05

20

461

2. 1

302

1001

0 . 070

0 . 056

11000
12000
13000
14000

356 . 9
418 . 7
490 . 0
578 . 0

27
29
31
34

5
6
7
8

10
12
15
19

0 . 05
0 . 05
0 . 06
0 . 06

21
22
23
26

534
610
691
783

1. 7
1. 5
1. 2
1. 0

302
304
307
312

1323
1717
2209
2867

0 . 103
0 . 161
0 . 274
0 . 573

0 . 082
0 . 124
0 . 204
0 . 375

15000

721 . 8

37

9

27 0 . 08

29

919

0. 8

319

4037

1 . 148

************************************************************************
15000

882 . 3

14000
13000
12000
11000

1011 . 8
1085 . 4
1142 . 0
1188 . 8

40 10

36 0 . 09

31 1057

0. 6

325

5411

38
35
32
29

45
49
53
56

30
28
26
24

1162
1221
1267
1308

0. 5
0. 4
0. 3
0. 3

328
330
331
331

6492
7068
7479
7795

1 . 675
1 . 351
1 . 220
1 . 145

1 . 47
1 . 28
1 . 18
1 . 12

11
11
11
10

0 . 11
0 . 12
0 . 13
0 . 13

2 . 25

10000 1228 . 3

26 10

59 0 . 14

21 1345

0. 2

332

8040

1 . 09 5

1 . 08

9000 1261 . 1

9

62 0 . 14

18 1381

0. 2

332

8229

1 . 058

1 . 05

214

F T 1 5 5 AM 3

TABLE H

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
3H
M23 2 A1

RANGE

CORREC T I ONS TO RANGE , I N ME TERS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
AZ I MU TH OF TARGE T
RANGE
ME TERS

0
3200

M I LS

200
3000

400
2800

600
2600

800
2400

1000
2200

1200
2000

1400
1800

1600
1600

1000
2000
3000
4000

0
0
0
0

2+
3+
4+
5+

3+
6+
8+
9+

4+
8+
11+
13+

6+
10+
14+
17+

7+
12+
17+
20+

7+
14+
18+
22+

8+
14+
19+
23+

8+
15+
20+
24+

5000

0

5+

10+

15+

19+

22+

25+

26+

27+

6000
7000
8000
9000

0
0
0
0

6+
6+
6+
7+

11+
12+
12+
13+

16+
17+
18+
19+

20+
21+
23+
24+

24+
25+
27+
29+

26+
28+
30+
32+

28+
30+
32+
34+

29+
30+
32+
34+

10000

0

7+

14+

20+

26+

31+

34+

36+

37+

11000
12000
13000
14000

0
0
0
0

8+
8+
8+
8+

15+
16+
16+
16+

22+
23+
23+
23+

28+
29+
29+
29+

32+
34+
35+
34+

36+
38+
38+
38+

38+
40+
41+
41+

39+
41+
42+
41+

15000

0

7+

14+

20+

25+

30+

33+

35+

36+

**********************************************************************
15000

0

4+

8+

11+

14+

17+

18+

20+

20+

14000
13000
12000
11000

0
0
0
0

1+
+2
+4
+6

1+
+4
+8
+12

2+
+5
+11
+17

2+
+7
+14
+22

2+
+8
+17
+26

3+
+8
+19
+29

3+
+9
+20
+31

3+
+9
+20
+31

10000

0

+9

+17

+25

+32

+37

+41

+44

+45

9000

0

+12

+24

+35

+45

+53

+59

+62

+64

3400
6200

3600
6000

3800
5800

4000
5600

4200
5400

4400
5200

4600
5000

4800
4800

3200
6400

AZ I MU TH OF TARGE T
NO TES

1.
2.
3.
4.

M I LS

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .
CORREC T I ONS ARE FOR 0 DEGREES LA T I TUDE . FOR O THER LA T I TUDES
MUL T I PLY CORREC T I ONS BY THE FAC TOR G I VEN BELOW.
LA T I TUDE ( DEG)
MUL T I PLY BY

10

20

30

40

50

60

70

.98

.94

. 87

. 77

. 64

. 50

. 34

215

CHARGE
3H
M23 2 A1

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
0 DEGREES LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

5000

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

6000
7000
8000
9000

0. 0
0. 0
0. 0
R0 . 1 L R0 . 1 L
0. 0
R0 . 1 L R0 . 1 L R0 . 1 L
R0 . 1 L R0 . 1 L R0 . 1 L

0. 0
0. 0
0. 0
0. 0
L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R

10000

R0 . 2 L R0 . 2 L R0 . 1 L R0 . 1 L

0. 0

L 0 . 1R L 0 . 1R L 0 . 2R L 0 . 2R

11000
12000
13000
14000

R0 . 2 L
R0 . 3 L
R0 . 5 L
R0 . 6 L

R0 . 1 L
R0 . 1 L
R0 . 2 L
R0 . 2 L

0. 0
0. 0
0. 0
0. 0

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

15000

R1 . 0 L R1 . 0 L R0 . 7 L R0 . 4 L

0. 0

L 0 . 4R L 0 . 7R L 1 . 0R L 1 . 0R

R0 . 2 L
R0 . 3 L
R0 . 4 L
R0 . 6 L

R0 . 2 L
R0 . 2 L
R0 . 3 L
R0 . 5 L

L 0 . 2R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 2R
L 0 . 3R
L 0 . 4R
L 0 . 6R

L 0 . 2R
L 0 . 3R
L 0 . 5R
L 0 . 6R

**********************************************************************
15000

R1 . 7 L R1 . 5 L R1 . 2 L R0 . 6 L

0. 0

L 0 . 6R L 1 . 2R L 1 . 5R L 1 . 7R

14000
13000
12000
11000

R2 . 4 L
R3 . 0 L
R3 . 5 L
R4 . 0 L

R0 . 9 L
R1 . 1 L
R1 . 3 L
R1 . 5 L

0. 0
0. 0
0. 0
0. 0

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 5R

10000

R4 . 6 L R4 . 2 L R3 . 2 L R1 . 7 L

0. 0

L 1 . 7R L 3 . 2R L 4 . 2R L 4 . 6R

9000

R5 . 0 L R4 . 6 L R3 . 5 L R1 . 9 L

0. 0

L 1 . 9 R L 3 . 5R L 4 . 6R L 5 . 0R

3200
3200

R2 . 2 L
R2 . 8 L
R3 . 3 L
R3 . 7 L

2800
3600

R1 . 7 L
R2 . 1 L
R2 . 5 L
R2 . 9 L

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

L 1 . 7R
L 2 . 1R
L 2 . 5R
L2. 9R

800
5600

L 2 . 2R
L 2 . 8R
L 3 . 3R
L 3 . 7R

400
6000

L 2 . 4R
L 3 . 0R
L 3 . 5R
L 4 . 0R

0
6400

M I LS

0 DEGREES LA T I TUDE
NO TES

216

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
3H
M23 2 A1

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
1 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

0
6400

400
6000

800
5600

1200
5200

1600
4800

M I LS
2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R

5000

L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 2R L 0 . 2R

6000
7000
8000
9000

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 1R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 2R

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 2R
L 0 . 2R
L 0 . 3R
L 0 . 3R

L 0 . 2R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 4R

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 4R

10000

L 0 . 1R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 3R L 0 . 4R L 0 . 4R L 0 . 5R L 0 . 5R

11000
12000
13000
14000

L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R
0. 0
L 0 . 1R
R0 . 1 L
0. 0

15000

R0 . 4 L R0 . 3 L R0 . 1 L L 0 . 3R L 0 . 6R L 1 . 0R L 1 . 4R L 1 . 6R L 1 . 7R

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 1R

L 0 . 3R
L 0 . 3R
L 0 . 3R
L 0 . 3R

L 0 . 4R
L 0 . 4R
L 0 . 5R
L 0 . 5R

L 0 . 5R
L 0 . 5R
L 0 . 6R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 8R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L0. 9R
L 1 . 1R

L 0 . 6R
L 0 . 7R
L0. 9R
L 1 . 2R

**********************************************************************
15000

R0 . 9 L R0 . 8 L R0 . 4 L L 0 . 1R L 0 . 8R L 1 . 4R L 1 . 9 R L 2 . 3R L 2 . 4R

14000
13000
12000
11000

R1 . 5 L
R2 . 1 L
R2 . 6 L
R3 . 1 L

10000

R3 . 6 L R3 . 2 L R2 . 3 L R0 . 8 L L 0 . 9 R L 2 . 6R L 4 . 1R L 5 . 1R L 5 . 4R

9000

R4 . 0 L R3 . 6 L R2 . 6 L R1 . 0 L L 0 . 9 R L 2 . 8R L 4 . 4R L 5 . 5R L 5 . 9 R
3200
3200

R1 . 4 L
R1 . 8 L
R2 . 3 L
R2 . 8 L

2800
3600

R0 . 8 L
R1 . 2 L
R1 . 6 L
R1 . 9 L

2400
4000

R0 . 1 L
R0 . 2 L
R0 . 4 L
R0 . 6 L

2000
4400

L 0 . 8R
L0. 9R
L0. 9R
L0. 9R

1600
4800

AZ I MU TH OF TARGE T

L 1 . 8R
L 2 . 0R
L 2 . 2R
L 2 . 4R

1200
5200

L 2 . 5R
L 3 . 0R
L 3 . 4R
L 3 . 7R

800
5600

L 3 . 0R
L 3 . 6R
L 4 . 1R
L 4 . 6R

400
6000

L 3 . 2R
L 3 . 8R
L 4 . 4R
L4. 9R

0
6400

M I LS

1 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

217

CHARGE
3H
M23 2 A1

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
2 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

0
6400

400
6000

800
5600

1200
5200

1600
4800

M I LS
2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R

5000

L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R

6000
7000
8000
9000

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 4R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 4R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 3R
L 0 . 4R
L 0 . 4R
L 0 . 5R

L 0 . 3R
L 0 . 4R
L 0 . 5R
L 0 . 5R

L 0 . 3R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 3R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 4R
L 0 . 5R
L 0 . 7R

10000

L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 6R L 0 . 6R L 0 . 7R L 0 . 7R L 0 . 8R L 0 . 8R

11000
12000
13000
14000

L 0 . 5R
L 0 . 5R
L 0 . 5R
L 0 . 5R

15000

L 0 . 3R L 0 . 4R L 0 . 6R L 0 . 9 R L 1 . 3R L 1 . 6R L 2 . 0R L 2 . 2R L 2 . 2R

L 0 . 5R
L 0 . 5R
L 0 . 5R
L 0 . 5R

L 0 . 5R
L 0 . 6R
L 0 . 6R
L 0 . 6R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 0 . 8R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 8R
L0. 9R
L 1 . 1R
L 1 . 3R

L0. 9R
L 1 . 0R
L 1 . 2R
L 1 . 5R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 6R

L0. 9R
L 1 . 1R
L 1 . 4R
L 1 . 7R

**********************************************************************
15000

R0 . 1 L

14000
13000
12000
11000

R0 . 6 L
R1 . 1 L
R1 . 5 L
R2 . 0 L

10000

R2 . 5 L R2 . 1 L R1 . 2 L L 0 . 2R L 1 . 8R L 3 . 4R L 4 . 8R L 5 . 8R L 6 . 1R

9000

0. 0

L 0 . 4R L 0 . 9 R L 1 . 5R L 2 . 1R L 2 . 6R L 3 . 0R L 3 . 1R

R0 . 5 L
0. 0
R0 . 9 L R0 . 3 L
R1 . 3 L R0 . 6 L
R1 . 7 L R0 . 9 L

R2 . 9 L R2 . 6 L R1 . 5 L
3200
3200

2800
3600

2400
4000

L 0 . 8R
L 0 . 7R
L 0 . 5R
L 0 . 3R

0. 0
2000
4400

L 1 . 7R
L 1 . 7R
L 1 . 8R
L 1 . 8R

L 2 . 5R
L 2 . 8R
L 3 . 0R
L 3 . 3R

L 3 . 3R
L 3 . 7R
L 4 . 1R
L 4 . 5R

L 3 . 8R
L 4 . 3R
L 4 . 8R
L 5 . 3R

L3. 9R
L 4 . 5R
L 5 . 1R
L 5 . 6R

L 1 . 8R L 3 . 6R L 5 . 1R L 6 . 2R L 6 . 5R
1600
4800

AZ I MU TH OF TARGE T

1200
5200

800
5600

400
6000

0
6400

M I LS

2 0 DEGREES SOU TH LA T I TUDE
NO TES

218

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
3H
M23 2 A1

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
3 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

5000

L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R

6000
7000
8000
9000

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L0. 9R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L0. 9R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L0. 9R

10000

L 0 . 8R L 0 . 8R L 0 . 8R L 0 . 8R L 0 . 9 R L 1 . 0R L 1 . 0R L 1 . 0R L 1 . 1R

11000
12000
13000
14000

L 0 . 8R
L0. 9R
L 1 . 0R
L 1 . 0R

15000

L 1 . 0R L 1 . 0R L 1 . 2R L 1 . 5R L 1 . 9 R L 2 . 2R L 2 . 5R L 2 . 7R L 2 . 8R

L 0 . 8R
L0. 9R
L 1 . 0R
L 1 . 0R

L0. 9R
L 1 . 0R
L 1 . 1R
L 1 . 2R

L 1 . 0R
L 1 . 1R
L 1 . 2R
L 1 . 3R

L 1 . 0R
L 1 . 2R
L 1 . 4R
L 1 . 6R

L 1 . 1R
L 1 . 3R
L 1 . 5R
L 1 . 8R

L 1 . 2R
L 1 . 4R
L 1 . 6R
L1. 9R

L 1 . 2R
L 1 . 5R
L 1 . 7R
L 2 . 1R

L 1 . 3R
L 1 . 5R
L 1 . 7R
L 2 . 1R

**********************************************************************
15000

L 0 . 7R L 0 . 8R L 1 . 2R L 1 . 6R L 2 . 2R L 2 . 7R L 3 . 2R L 3 . 5R L 3 . 6R

14000
13000
12000
11000

L 0 . 3R
R0 . 1 L
R0 . 5 L
R0 . 9 L

10000

R1 . 3 L R1 . 0 L R0 . 1 L L 1 . 1R L 2 . 6R L 4 . 2R L 5 . 4R L 6 . 3R L 6 . 6R

9000

R1 . 7 L R1 . 4 L R0 . 4 L L 1 . 0R L 2 . 6R L 4 . 3R L 5 . 7R L 6 . 7R L 7 . 0R
3200
3200

L 0 . 5R
L 0 . 1R
R0 . 2 L
R0 . 6 L

2800
3600

L0. 9R
L 0 . 7R
L 0 . 4R
L 0 . 2R

2400
4000

L 1 . 6R
L 1 . 5R
L 1 . 4R
L 1 . 3R

2000
4400

L 2 . 4R
L 2 . 5R
L 2 . 6R
L 2 . 6R

1600
4800

AZ I MU TH OF TARGE T

L 3 . 2R
L 3 . 5R
L 3 . 8R
L 4 . 0R

1200
5200

L3. 9R
L 4 . 4R
L 4 . 7R
L 5 . 1R

800
5600

L 4 . 4R
L4. 9R
L 5 . 4R
L5. 9R

400
6000

L 4 . 5R
L 5 . 1R
L 5 . 6R
L 6 . 1R

0
6400

M I LS

3 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

2 19

CHARGE
3H
M23 2 A1

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
4 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

5000

L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R

6000
7000
8000
9000

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L0. 9R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L0. 9R
L 1 . 0R

L 0 . 6R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 6R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 6R
L 0 . 8R
L0. 9R
L 1 . 1R

10000

L 1 . 0R L 1 . 0R L 1 . 1R L 1 . 1R L 1 . 2R L 1 . 2R L 1 . 3R L 1 . 3R L 1 . 3R

11000
12000
13000
14000

L 1 . 1R
L 1 . 3R
L 1 . 4R
L 1 . 5R

15000

L 1 . 6R L 1 . 7R L 1 . 8R L 2 . 1R L 2 . 4R L 2 . 7R L 3 . 0R L 3 . 1R L 3 . 2R

L 1 . 2R
L 1 . 3R
L 1 . 4R
L 1 . 5R

L 1 . 2R
L 1 . 3R
L 1 . 5R
L 1 . 6R

L 1 . 3R
L 1 . 4R
L 1 . 6R
L 1 . 8R

L 1 . 3R
L 1 . 5R
L 1 . 7R
L 2 . 0R

L 1 . 4R
L 1 . 6R
L1. 9R
L 2 . 2R

L 1 . 5R
L 1 . 7R
L 2 . 0R
L 2 . 3R

L 1 . 5R
L 1 . 8R
L 2 . 1R
L 2 . 4R

L 1 . 5R
L 1 . 8R
L 2 . 1R
L 2 . 5R

**********************************************************************
15000

L 1 . 5R L 1 . 6R L 1 . 9 R L 2 . 3R L 2 . 8R L 3 . 3R L 3 . 7R L 4 . 0R L 4 . 1R

14000
13000
12000
11000

L 1 . 2R
L 1 . 0R
L 0 . 6R
L 0 . 3R

10000

R0 . 1 L L 0 . 2R L 0 . 9 R L 2 . 1R L 3 . 4R L 4 . 7R L 5 . 9 R L 6 . 6R L 6 . 9 R

9000

R0 . 5 L R0 . 2 L L 0 . 7R L 1 . 9 R L 3 . 4R L 4 . 9 R L 6 . 1R L 6 . 9 R L 7 . 2R
3200
3200

L 1 . 4R
L 1 . 1R
L 0 . 8R
L 0 . 5R

2800
3600

L 1 . 8R
L 1 . 6R
L 1 . 4R
L 1 . 2R

2400
4000

L 2 . 4R
L 2 . 4R
L 2 . 3R
L 2 . 2R

2000
4400

L 3 . 1R
L 3 . 2R
L 3 . 3R
L 3 . 4R

1600
4800

AZ I MU TH OF TARGE T

L 3 . 8R
L 4 . 1R
L 4 . 4R
L 4 . 6R

1200
5200

L 4 . 4R
L4. 9R
L 5 . 2R
L 5 . 6R

800
5600

L 4 . 8R
L 5 . 4R
L 5 . 8R
L 6 . 2R

400
6000

L 5 . 0R
L 5 . 5R
L 6 . 0R
L 6 . 5R

0
6400

M I LS

4 0 DEGREES SOU TH LA T I TUDE
NO TES

220

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
3H
M23 2 A1

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
5 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

5000

L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R

6000
7000
8000
9000

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 1R
L 1 . 3R

L 0 . 7R
L0. 9R
L 1 . 1R
L 1 . 3R

L 0 . 7R
L0. 9R
L 1 . 1R
L 1 . 3R

10000

L 1 . 3R L 1 . 3R L 1 . 3R L 1 . 3R L 1 . 4R L 1 . 4R L 1 . 5R L 1 . 5R L 1 . 5R

11000
12000
13000
14000

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 0R

15000

L 2 . 2R L 2 . 2R L 2 . 4R L 2 . 6R L 2 . 9 R L 3 . 1R L 3 . 3R L 3 . 5R L 3 . 5R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 0R

L 1 . 5R
L 1 . 7R
L1. 9R
L 2 . 1R

L 1 . 5R
L 1 . 7R
L 2 . 0R
L 2 . 2R

L 1 . 6R
L 1 . 8R
L 2 . 1R
L 2 . 4R

L 1 . 7R
L1. 9R
L 2 . 2R
L 2 . 5R

L 1 . 7R
L 2 . 0R
L 2 . 3R
L 2 . 7R

L 1 . 7R
L 2 . 0R
L 2 . 3R
L 2 . 8R

L 1 . 8R
L 2 . 0R
L 2 . 4R
L 2 . 8R

**********************************************************************
15000

L 2 . 3R L 2 . 4R L 2 . 6R L 2 . 9 R L 3 . 4R L 3 . 8R L 4 . 1R L 4 . 3R L 4 . 4R

14000
13000
12000
11000

L 2 . 1R
L1. 9R
L 1 . 7R
L 1 . 4R

10000

L 1 . 1R L 1 . 3R L 2 . 0R L 2 . 9 R L 4 . 1R L 5 . 2R L 6 . 1R L 6 . 8R L 7 . 0R

9000

L 0 . 8R L 1 . 1R L 1 . 8R L 2 . 8R L 4 . 0R L 5 . 3R L 6 . 3R L 7 . 0R L 7 . 3R
3200
3200

L 2 . 3R
L 2 . 1R
L1. 9R
L 1 . 6R

2800
3600

L 2 . 6R
L 2 . 5R
L 2 . 4R
L 2 . 2R

2400
4000

L 3 . 1R
L 3 . 1R
L 3 . 1R
L 3 . 0R

2000
4400

L 3 . 7R
L3. 9R
L 4 . 0R
L 4 . 0R

1600
4800

AZ I MU TH OF TARGE T

L 4 . 3R
L 4 . 6R
L 4 . 8R
L 5 . 0R

1200
5200

L 4 . 8R
L 5 . 2R
L 5 . 6R
L5. 9R

800
5600

L 5 . 1R
L 5 . 6R
L 6 . 1R
L 6 . 4R

400
6000

L 5 . 3R
L 5 . 8R
L 6 . 2R
L 6 . 6R

0
6400

M I LS

5 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

221

CHARGE
3H
M23 2 A1

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
6 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 4R
L 0 . 5R

5000

L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 7R L 0 . 7R L 0 . 7R

6000
7000
8000
9000

L 0 . 8R
L0. 9R
L 1 . 1R
L 1 . 3R

L 0 . 8R
L0. 9R
L 1 . 1R
L 1 . 3R

L 0 . 8R
L 1 . 0R
L 1 . 1R
L 1 . 3R

L 0 . 8R
L 1 . 0R
L 1 . 1R
L 1 . 3R

L 0 . 8R
L 1 . 0R
L 1 . 2R
L 1 . 4R

L 0 . 8R
L 1 . 0R
L 1 . 2R
L 1 . 4R

L 0 . 8R
L 1 . 0R
L 1 . 2R
L 1 . 4R

L 0 . 8R
L 1 . 0R
L 1 . 2R
L 1 . 4R

L 0 . 8R
L 1 . 0R
L 1 . 2R
L 1 . 4R

10000

L 1 . 5R L 1 . 5R L 1 . 5R L 1 . 5R L 1 . 6R L 1 . 6R L 1 . 6R L 1 . 7R L 1 . 7R

11000
12000
13000
14000

L 1 . 7R
L1. 9R
L 2 . 1R
L 2 . 4R

15000

L 2 . 7R L 2 . 8R L 2 . 9 R L 3 . 0R L 3 . 2R L 3 . 4R L 3 . 6R L 3 . 7R L 3 . 7R

L 1 . 7R
L1. 9R
L 2 . 1R
L 2 . 4R

L 1 . 7R
L1. 9R
L 2 . 2R
L 2 . 5R

L 1 . 8R
L 2 . 0R
L 2 . 3R
L 2 . 6R

L 1 . 8R
L 2 . 1R
L 2 . 3R
L 2 . 7R

L 1 . 8R
L 2 . 1R
L 2 . 4R
L 2 . 8R

L1. 9R
L 2 . 2R
L 2 . 5R
L2. 9R

L1. 9R
L 2 . 2R
L 2 . 6R
L 3 . 0R

L1. 9R
L 2 . 2R
L 2 . 6R
L 3 . 0R

**********************************************************************
15000

L 3 . 0R L 3 . 0R L 3 . 2R L 3 . 5R L 3 . 8R L 4 . 1R L 4 . 4R L 4 . 6R L 4 . 6R

14000
13000
12000
11000

L 3 . 0R
L2. 9R
L 2 . 7R
L 2 . 5R

10000

L 2 . 3R L 2 . 5R L 3 . 0R L 3 . 7R L 4 . 6R L 5 . 5R L 6 . 2R L 6 . 7R L 6 . 9 R

9000

L 2 . 1R L 2 . 2R L 2 . 8R L 3 . 6R L 4 . 6R L 5 . 5R L 6 . 3R L 6 . 9 R L 7 . 1R
3200
3200

L 3 . 1R
L 3 . 0R
L2. 9R
L 2 . 7R

2800
3600

L 3 . 3R
L 3 . 3R
L 3 . 2R
L 3 . 1R

2400
4000

L 3 . 7R
L 3 . 8R
L 3 . 8R
L 3 . 8R

2000
4400

L 4 . 2R
L 4 . 4R
L 4 . 5R
L 4 . 6R

1600
4800

AZ I MU TH OF TARGE T

L 4 . 6R
L4. 9R
L 5 . 2R
L 5 . 3R

1200
5200

L 5 . 0R
L 5 . 4R
L 5 . 7R
L 6 . 0R

800
5600

L 5 . 3R
L 5 . 7R
L 6 . 1R
L 6 . 4R

400
6000

L 5 . 4R
L5. 9R
L 6 . 2R
L 6 . 6R

0
6400

M I LS

6 0 DEGREES SOU TH LA T I TUDE
NO TES

222

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
3H
M23 2 A1

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
7 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 1R
L 0 . 3R
L 0 . 4R
L 0 . 5R

5000

L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R

6000
7000
8000
9000

L0. 9R
L 1 . 0R
L 1 . 2R
L 1 . 4R

L0. 9R
L 1 . 0R
L 1 . 2R
L 1 . 4R

L0. 9R
L 1 . 0R
L 1 . 2R
L 1 . 4R

L0. 9R
L 1 . 0R
L 1 . 2R
L 1 . 5R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 5R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 5R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 5R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 5R

L0. 9R
L 1 . 1R
L 1 . 3R
L 1 . 5R

10000

L 1 . 6R L 1 . 6R L 1 . 7R L 1 . 7R L 1 . 7R L 1 . 7R L 1 . 7R L 1 . 8R L 1 . 8R

11000
12000
13000
14000

L1. 9R
L 2 . 1R
L 2 . 4R
L 2 . 7R

15000

L 3 . 2R L 3 . 2R L 3 . 3R L 3 . 4R L 3 . 5R L 3 . 6R L 3 . 8R L 3 . 8R L 3 . 9 R

L1. 9R
L 2 . 1R
L 2 . 4R
L 2 . 7R

L1. 9R
L 2 . 1R
L 2 . 4R
L 2 . 8R

L1. 9R
L 2 . 2R
L 2 . 5R
L 2 . 8R

L 2 . 0R
L 2 . 2R
L 2 . 5R
L2. 9R

L 2 . 0R
L 2 . 3R
L 2 . 6R
L 3 . 0R

L 2 . 0R
L 2 . 3R
L 2 . 6R
L 3 . 1R

L 2 . 0R
L 2 . 3R
L 2 . 7R
L 3 . 1R

L 2 . 0R
L 2 . 3R
L 2 . 7R
L 3 . 1R

**********************************************************************
15000

L 3 . 5R L 3 . 6R L 3 . 7R L 3 . 9 R L 4 . 1R L 4 . 3R L 4 . 5R L 4 . 6R L 4 . 7R

14000
13000
12000
11000

L 3 . 7R
L 3 . 7R
L 3 . 7R
L 3 . 6R

10000

L 3 . 4R L 3 . 5R L 3 . 9 R L 4 . 4R L 5 . 0R L 5 . 6R L 6 . 1R L 6 . 4R L 6 . 5R

9000

L 3 . 2R L 3 . 4R L 3 . 7R L 4 . 3R L 5 . 0R L 5 . 6R L 6 . 2R L 6 . 5R L 6 . 7R
3200
3200

L 3 . 8R
L 3 . 8R
L 3 . 8R
L 3 . 7R

2800
3600

L 4 . 0R
L 4 . 0R
L 4 . 0R
L 4 . 0R

2400
4000

L 4 . 2R
L 4 . 3R
L 4 . 4R
L 4 . 4R

2000
4400

L 4 . 5R
L 4 . 7R
L4. 9R
L4. 9R

1600
4800

AZ I MU TH OF TARGE T

L4. 9R
L 5 . 1R
L 5 . 3R
L 5 . 5R

1200
5200

L 5 . 1R
L 5 . 5R
L 5 . 7R
L5. 9R

800
5600

L 5 . 3R
L 5 . 7R
L 6 . 0R
L 6 . 2R

400
6000

L 5 . 4R
L 5 . 8R
L 6 . 1R
L 6 . 3R

0
6400

M I LS

7 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

223

CHARGE
3H
M23 2 A1

1

TABLE J

F T 1 5 5 AM 3

FUZE CORREC T I ON FAC TORS

2

3

4

5

FS

6

7

PROJ , HE , M10 7
FUZE , MTSQ , M58 2
8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

I NC

RANGE
W I ND
1 KNO T
HEAD

TA I L

A IR
TEMP
1 PC T
DEC

I NC

A IR
DENS I TY
1 PC T
DEC

I NC

PROJ WT
OF 1 SQ
( 4 SQ S TD )
DEC

I NC

0

224

1
2
3
4

. 003 0 . 003
. 005 0 . 005
. 007 0 . 007

0 . 000 0 . 000
0 . 000 0 . 000
0 . 000 0 . 000

0 . 000 0 . 000
0 . 000 0 . 000
0 . 000 0 . 000

0 . 000 0 . 000
0 . 001 . 001
0 . 001 . 001

0 . 009
0 . 013
0 . 017

. 009
. 013
. 017

5

. 008 0 . 008

0 . 000 0 . 000

0 . 001 0 . 000

0 . 002

. 002

0 . 021

. 021

6
7
8
9

. 010
. 011
. 013
. 014

0 . 000
0 . 000
0 . 000
0 . 000

0 . 000
0 . 000
0 . 000
0 . 000

0 . 001
0 . 001
0 . 001
0 . 002

. 001
. 001
. 001
. 001

0 . 003
0 . 004
0 . 005
0 . 006

. 003
. 004
. 005
. 006

0 . 024
0 . 027
0 . 030
0 . 032

. 024
. 027
. 030
. 033

0 . 000 0 . 000

0 . 002

. 002

0 . 007

. 007

0 . 035

. 036

0 . 000
0 . 000
0 . 000
0 . 000

0 . 000
0 . 001
0 . 001
0 . 000

0 . 002
0 . 003
0 . 003
0 . 005

. 002
. 003
. 005
. 006

0 . 009
0 . 010
0 . 012
0 . 014

. 008
. 010
. 012
. 015

0 . 037
0 . 039
0 . 041
0 . 042

. 038
. 040
. 042
. 043

0 . 000 0 . 000

0 . 006

. 008

0 . 017

. 018

0 . 042

. 044

0 . 000
0 . 000
0 . 000
0 . 000

0 . 000
0 . 000
0 . 000
0 . 000

0 . 009
0 . 011
0 . 013
0 . 015

. 010
. 012
. 013
. 014

0 . 020
0 . 024
0 . 027
0 . 031

. 021
. 024
. 027
. 030

0 . 042
0 . 042
0 . 042
0 . 042

. 044
. 044
. 044
. 044

0 . 000 0 . 000

0 . 017

. 015

0 . 034

. 032

0 . 041

. 044

0 . 000
0 . 000
. 001
. 001

0 . 000
0 . 001
0 . 001
0 . 001

0 . 018
0 . 020
0 . 021
0 . 021

. 016
. 016
. 016
. 016

0 . 037
0 . 040
0 . 043
0 . 046

. 035
. 037
. 040
. 042

0 . 041
0 . 041
0 . 041
0 . 041

. 044
. 044
. 044
. 044

. 001 0 . 001

0 . 022

. 016

0 . 049

. 044

0 . 041

. 044

0 . 002
0 . 002
0 . 002
0 . 003

0 . 022
0 . 022
0 . 022
0 . 021

. 015
. 015
. 014
. 013

0 . 051
0 . 054
0 . 056
0 . 058

. 046
. 048
. 050
. 052

0 . 041
0 . 041
0 . 041
0 . 041

. 044
. 044
. 044
. 044

. 002 0 . 003

0 . 021

. 012

0 . 061

. 054

0 . 041

. 045

0 . 003
0 . 004
0 . 004
0 . 005

0 . 020
0 . 019
0 . 018
0 . 017

. 011
. 010
. 008
. 007

0 . 063
0 . 065
0 . 067
0 . 069

. 056
. 057
. 059
. 061

0 . 041
0 . 041
0 . 041
0 . 041

. 045
. 045
. 045
. 045

. 004 0 . 005

0 . 017

. 005

0 . 071

. 062

0 . 042

. 045

0 . 010
0 . 011
0 . 013
0 . 014

10

. 015 0 . 015

11
12
13
14

. 017
. 018
. 020
. 021

15

. 022 0 . 022

16
17
18
19

. 024
. 025
. 026
. 028

20

. 029 0 . 029

21
22
23
24

. 030
. 031
. 032
. 033

25

. 034 0 . 034

26
27
28
29

. 035
. 036
. 037
. 038

30

. 038 0 . 038

31
32
33
34

. 039
. 040
. 041
. 042

35

. 042 0 . 043

0 . 017
0 . 018
0 . 019
0 . 021

0 . 024
0 . 025
0 . 026
0 . 028

0 . 030
0 . 031
0 . 032
0 . 033

0 . 035
0 . 036
0 . 037
0 . 038

0 . 039
0 . 040
0 . 041
0 . 042

. 001
. 001
. 002
. 002

. 003
. 003
. 003
. 004

F T 1 5 5 AM 3

TABLE J

PROJ , HE , M10 7
FUZE , MTSQ , M58 2
1

2

3

CHARGE
3H
M23 2 A1

FUZE CORREC T I ON FAC TORS

4

5

FS

6

7

8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

I NC

35

. 042 0 . 043

36
37
38
39

. 043
. 044
. 045
. 045

40

. 046 0 . 046

41
42
43
44

. 047
. 048
. 048
. 049

45

. 050 0 . 050

46
47
48
49

. 051
. 052
. 052
. 053

50

. 054 0 . 054

51
52
53
54

. 055
. 056
. 057
. 058

55

. 059 0 . 059

56
57
58
59

. 060
. 061
. 062
. 063

60

. 064 0 . 064

61
62
63
64

. 065
. 066
. 068
. 069

65

. 070 0 . 069

66
67
68
69

. 071
. 072
. 073
. 074

70

. 075 0 . 075

0 . 043
0 . 044
0 . 045
0 . 045

0 . 047
0 . 048
0 . 049
0 . 049

0 . 051
0 . 052
0 . 053
0 . 054

0 . 055
0 . 056
0 . 057
0 . 058

0 . 060
0 . 061
0 . 062
0 . 063

0 . 065
0 . 066
0 . 067
0 . 068

0 . 070
0 . 072
0 . 073
0 . 074

RANGE
W I ND
1 KNO T
HEAD

TA I L

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

DEC

I NC

DEC

I NC

0 . 017

. 005

0 . 071

. 062

0 . 042

. 045

0 . 006
0 . 006
0 . 007
0 . 007

0 . 015 . 004
0 . 014 . 002
0 . 013 . 001
0 . 012 0 . 000

0 . 073
0 . 075
0 . 077
0 . 079

. 064
. 065
. 067
. 069

0 . 042
0 . 042
0 . 043
0 . 043

. 045
. 046
. 046
. 046

. 006 0 . 008

0 . 010 0 . 002

0 . 080

. 070

0 . 043

. 047

0 . 009
0 . 008
0 . 006
0 . 005

0 . 003
0 . 004
0 . 006
0 . 007

0 . 082
0 . 084
0 . 086
0 . 088

. 072
. 074
. 076
. 078

0 . 043
0 . 043
0 . 043
0 . 043

. 047
. 047
. 047
. 047

0 . 004 0 . 008

0 . 090

. 079

0 . 043

. 047

0 . 003
0 . 002
0 . 002
0 . 001

0 . 009
0 . 011
0 . 012
0 . 013

0 . 092
0 . 095
0 . 097
0 . 099

. 081
. 083
. 085
. 087

0 . 043
0 . 043
0 . 043
0 . 043

. 047
. 047
. 047
. 047

0 . 000 0 . 014

0 . 102

. 089

0 . 042

. 048

0 . 015
0 . 015
0 . 016
0 . 017

0 . 104
0 . 106
0 . 108
0 . 111

. 09 1
. 09 3
. 09 5
. 09 8

0 . 042
0 . 042
0 . 042
0 . 042

. 048
. 048
. 049
. 049

. 003 0 . 017

0 . 113

. 100

0 . 042

. 048

0 . 018
0 . 018
0 . 018
0 . 019

0 . 116
0 . 119
0 . 121
0 . 124

. 102
. 105
. 107
. 110

0 . 042
0 . 042
0 . 041
0 . 041

. 049
. 049
. 049
. 049

. 004 0 . 019

0 . 127

. 112

0 . 041

. 049

0 . 019
0 . 019
0 . 019
0 . 019

0 . 129
0 . 132
0 . 134
0 . 137

. 115
. 117
. 120
. 122

0 . 041
0 . 041
0 . 041
0 . 041

. 049
. 050
. 051
. 052

. 004 0 . 019

0 . 140

. 125

0 . 041

. 053

0 . 019
0 . 019
0 . 019
0 . 019

0 . 142
0 . 145
0 . 148
0 . 151

. 128
. 130
. 133
. 135

0 . 042
0 . 043
0 . 044
0 . 046

. 055
. 055
. 056
. 056

. 002 0 . 019

0 . 154

. 137

0 . 047

. 057

. 004 0 . 005
. 005
. 005
. 005
. 006

. 007
. 007
. 008
. 008

0 . 008
0 . 008
0 . 009
0 . 009

. 008 0 . 010
. 009
. 009
. 010
. 010

0 . 010
0 . 011
0 . 011
0 . 011

. 011 0 . 012
. 011
. 011
. 012
. 012

0 . 012
0 . 013
0 . 013
0 . 013

. 012 0 . 014
. 013
. 013
. 013
. 014

0 . 014
0 . 014
0 . 014
0 . 015

. 014 0 . 015
. 014
. 014
. 015
. 015

0 . 015
0 . 015
0 . 015
0 . 015

. 015 0 . 016
. 015
. 015
. 015
. 015

0 . 016
0 . 016
0 . 016
0 . 016

. 015 0 . 016

. 001
. 001
. 002
. 002

. 003
. 004
. 004
. 004

. 004
. 004
. 004
. 004

. 004
. 003
. 003
. 002

225

CHARGE
3H
M23 2 A1

1

TABLE J
FUZE CORREC T I ON FAC TORS

2

3

4

5

FS

6

7

PROJ , HE , M10 7
FUZE , MTSQ , M58 2
8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

226

F T 1 5 5 AM 3

I NC

RANGE
W I ND
1 KNO T
HEAD

TA I L

DEC

I NC

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

DEC

I NC

. 002 0 . 019

0 . 154

. 137

0 . 047

. 057

0 . 019
0 . 018
0 . 018
0 . 018

0 . 156
0 . 159
0 . 162
0 . 164

. 140
. 142
. 145
. 147

0 . 048
0 . 048
0 . 049
0 . 050

. 058
. 058
. 060
. 061

. 001 0 . 018

0 . 167

. 150

0 . 051

. 063

0 . 018
0 . 018
0 . 017
0 . 017

0 . 169
0 . 172
0 . 174
0 . 177

. 152
. 154
. 157
. 159

0 . 052
0 . 054
0 . 056
0 . 059

. 066
. 068
. 071
. 075

70

. 075 0 . 075

71
72
73
74

. 077
. 078
. 079
. 081

75

. 082 0 . 082

76
77
78
79

. 083
. 085
. 086
. 087

80

. 089 0 . 088

. 015 0 . 017

0 . 001 0 . 017

0 . 179

. 162

0 . 064

. 079

81
82
83
84

. 09 0
. 09 2
. 09 5
. 100

0 . 090
0 . 092
0 . 096
0 . 103

. 016 0 . 020
. 017 0 . 034
. 021
. 029

0 . 002
0 . 004
0 . 008
0 . 017

0 . 183
0 . 188

. 165
. 169
. 175
. 185

0 . 071
0 . 086
0 . 118
0 . 182

. 085
. 09 6
. 119
. 159

0 . 077
0 . 078
0 . 079
0 . 081

0 . 083
0 . 084
0 . 085
0 . 087

. 015 0 . 016

A IR
TEMP
1 PC T

. 015
. 015
. 015
. 015

0 . 016
0 . 016
0 . 016
0 . 015

. 015 0 . 015
. 015
. 015
. 015
. 015

0 . 015
0 . 015
0 . 015
0 . 016

. 002
. 002
. 001
. 001

. 001
0 . 000
0 . 000
0 . 001

0 . 016
0 . 015
0 . 012
0 . 006

FT 155-AM-3

TABLE K

CHARGE
3H

PROJ, HE, M107

FUZE SETTING

M232A1

FUZE, MTSQ, M582
CORRECTIONS TO FUZE SETTING OF FUZE, MTSQ, M582
FOR FUZE, MTSQ, M564

FUZE SETTING
FUZE M582

CORRECTIONS

FROM

TO

2.0

8.9

0.0

9.0

17.1

0.1

17.2

25.3

0.2

25.4

33.5

0.3

33.6

41.7

0.4

41.8

49.9

0.5

50.0

58.0

0.6

58.1

66.2

0.7

66.3

74.4

0.8

74.5

82.6

0.9

82.7

84.1

1.0

227

FT 155-AM-3

228

FT 155-AM-3

Part 1 - 6

Charge 4H

Projectile, HE, M107

Fuze, PD, M739A1

Muzzle Velocity – 704.6 m/s*

Propelling Charge M232A1 - Increments 1, 2, 3 and 4

* The standard muzzle velocity of 703 m/s was adjusted for the fuzed weight of the projectile.

229

FT 155-AM-3

230

F T 1 5 5 AM 3

TABLE A

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2 A1

L I NE NUMBER

L I NE NUMBER OF ME TEOROLOG I CAL MESSAGE
QUADRAN T
ELEVA T I ON
M I LS

NO TE

L I NE
NUMBER

0. 0

68 . 9

0

69 . 0
137 . 4
213 . 1
289 . 2

137 . 3
213 . 0
289 . 1
355 . 4

1
2
3
4

355 . 5

444 . 7

5

444 . 8
552 . 3
651 . 4
745 . 2

552 . 2
651 . 3
745 . 1
881 . 3

6
7
8
9

881 . 4

1068 . 0

10

1068 . 1

1260 . 0

11

WHEN THE PROJ EC T I LE MUS T H I T THE TARGE T ON THE ASCEND I NG BRANCH
OF I TS TRAJ EC TORY , USE HE I GH T OF TARGE T I N ME TERS TO EN TER THE
TABLE ON PAGE XL I I I TO DE TERM I NE L I NE NUMBER .

231

CHARGE
4H
M23 2 A1

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

0

HE I GH T OF TARGE T ABOVE GUN
400

300

100

0

100

200

300

0

0

100
200
300
400

0
0
0
0

0
0
0
0

0
0
1
1

0
1
3
3

500

0

0

2

3

600
700
800
900

0
0
0
0

1
1
1
1

2
3
3
3

4
5
5
5

1000

0

1

3

5

1100
1200
1300
1400

0
0
0
0

1
2
2
2

3
4
4
4

6
6
6
7

1500

0

2

4

7

1600
1700
1800
1900

0
0
0
0

2
2
2
3

4
4
5
5

7
7
8
8

2000

0

3

5

8

2100
2200
2300
2400

0
0
0
0

3
3
3
3

5
5
6
6

8
8
9
9

2500

0

3

6

9

2600
2700
2800
2900

0
0
0
0

3
3
4
4

6
6
6
6

9
9
10
10

3000

2

0

4

7

10

3100
3200
3300
3400

2
2
2
2

0
0
0
0

4
4
4
4

7
7
7
7

10
10
10
11

3500

2

0

4

7

11

0

232

200

ME TERS

1

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2 A1

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN
400

500

600

700

800

9 00

1000

RANGE

L I NE

ME TERS

NO .

0
0
2
4
5

0
3
6
7

4
8
9

5
10
11

7
11
13

8
13
16

15
18

100
200
300
400

6

8

11

14

16

19

22

500

7
7
7
8

9
10
10
11

12
13
14
15

15
17
18
19

19
21
22
23

22
24
26
27

26
28
30
32

600
700
800
900

8

12

16

20

24

29

34

1000

9
9
9
10

12
12
13
14

16
16
17
18

20
21
22
22

25
26
27
27

30
31
32
33

35
36
37
39

1100
1200
1300
1400

10

14

18

23

28

33

39

1500

10
11
11
11

14
15
15
15

18
19
19
20

23
24
24
25

29
29
30
30

34
35
36
36

40
41
42
43

1600
1700
1800
1900

12

16

20

25

31

37

43

2000

12
12
12
13

16
16
17
17

21
21
21
22

26
26
27
27

32
32
32
33

37
38
39
39

44
45
45
46

2100
2200
2300
2400

13

17

22

27

33

40

46

2500

13
13
14
14

17
18
18
18

22
23
23
23

28
28
29
29

34
34
35
35

40
41
41
42

47
48
48
49

2600
2700
2800
2900

14

19

24

29

35

42

49

3000

14
14
15
15

19
19
19
20

24
24
24
25

30
30
30
31

36
36
36
37

42
43
43
43

49
50
50
51

3100
3200
3300
3400

15

20

25

31

37

44

51

3500

2

3

3

233

CHARGE
4H
M23 2 A1

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

0

HE I GH T OF TARGE T ABOVE GUN
100

0

100

200

300

3500

2

0

4

7

11

3600
3700
3800
3900

1
1
1
1

0
0
0
0

4
4
4
4

7
7
7
8

11
11
11
11

4000

1

0

5

8

11

400

300

200

4100
4200
4300
4400

4
4
4
4

1
1
1
1

0
0
0
0

5
5
5
5

8
8
8
8

12
12
12
12

4500

4

1

0

5

8

12

4600
4700
4800
4900

6

3
3
3
3

1
1
1
0

0
0
0
0

5
5
5
5

8
8
8
8

12
12
12
12

5000

6

3

0

0

5

8

12

5100
5200
5300
5400

5
5
5
5

3
3
3
2

0
0
0
0

0
0
0
0

5
5
5
5

8
9
9
9

12
12
13
13

5500

7

5

2

0

0

5

9

13

5600
5700
5800
5900

7
6
6
6

4
4
4
4

2
2
2
2

0
0
0
0

0
0
0
0

5
5
5
5

9
9
9
9

13
13
13
13

6000

6

4

2

0

0

5

9

13

6100
6200
6300
6400

5
5
5
5

4
4
4
3

2
2
2
2

0
0
0
0

0
0
0
0

5
5
5
5

9
9
9
9

13
13
13
13

6500

5

3

2

0

0

5

9

13

6600
6700
6800
6900

5
4
4
4

3
3
3
3

2
2
2
2

0
0
0
0

0
0
0
0

5
5
5
5

9
9
9
9

13
13
13
13

7000

4

3

2

0

0

5

9

13

0

234

ME TERS

1

2

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2 A1

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

15

20

25

31

37

44

51

3500

15
15
15
16

20
20
20
20

25
25
26
26

31
31
31
32

37
38
38
38

44
45
45
45

52
52
52
53

3600
3700
3800
3900

16

21

26

32

38

45

53

4000

16
16
16
16

21
21
21
21

26
26
27
27

32
32
33
33

39
39
39
39

46
46
46
46

53
53
54
54

4100
4200
4300
4400

16

21

27

33

39

46

54

4500

17
17
17
17

22
22
22
22

27
27
27
27

33
33
33
34

40
40
40
40

47
47
47
47

54
54
55
55

4600
4700
4800
4900

17

22

28

34

40

47

55

5000

17
17
17
17

22
22
22
22

28
28
28
28

34
34
34
34

40
40
41
41

47
48
48
48

55
55
55
56

5100
5200
5300
5400

17

22

28

34

41

48

56

5500

17
17
17
17

22
22
22
23

28
28
28
28

34
34
34
34

41
41
41
41

48
48
48
48

56
56
56
56

5600
5700
5800
5900

17

23

28

34

41

48

56

6000

17
17
18
18

23
23
23
23

28
28
28
28

34
34
34
34

41
41
41
41

48
48
48
48

56
56
56
56

6100
6200
6300
6400

18

23

28

34

41

48

56

6500

18
18
18
18

23
23
23
23

28
28
28
28

35
34
35
34

41
41
41
41

48
48
48
48

56
56
56
56

6600
6700
6800
6900

18

23

28

34

41

48

56

7000

2

3

3

235

CHARGE
4H
M23 2 A1

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

0

1

2

HE I GH T OF TARGE T ABOVE GUN
400

300

200

100

0

100

200

300

7000

4

3

2

0

0

5

9

13

7100
7200
7300
7400

4
4
4
4

3
3
3
3

2
2
2
2

0
0
0
0

0
0
0
0

5
6
6
6

9
9
9
9

13
13
13
13

7500

4

3

2

0

0

6

9

13

7600
7700
7800
7900

4
4
4
4

3
3
3
3

2
2
2
2

0
0
0
0

0
0
0
0

6
6
6
6

9
9
9
9

13
13
13
13

8000

4

3

2

0

0

6

9

13

8100
8200
8300
8400

4
4
4
4

3
3
3
3

2
2
1
2

0
0
0
0

0
0
0
0

6
6
6
6

9
9
9
9

13
13
13
13

8500

4

3

1

0

0

6

9

13

8600
8700
8800
8900

4
4
4
4

3
3
3
3

2
2
2
2

0
0
0
0

0
0
0
0

6
6
6
6

9
9
9
9

13
13
13
13

9000

4

3

2

0

0

6

9

13

9100
9200
9300
9400

4
4
4
4

3
3
3
3

2
2
2
2

0
0
0
0

0
0
0
0

6
6
6
6

9
9
9
9

13
13
13
14

9500

5

4

2

0

0

6

10

14

9600
9700
9800
9900

5
5
5
5

4
4
4
4

2
2
2
2

0
0
0
0

0
0
0
0

6
6
6
6

10
10
10
10

14
14
14
14

10000

6

4

2

0

0

6

10

14

10100
10200
10300
10400

6
6
6
7

5
5
5
5

3
3
3
3

0
0
0
0

0
0
0
0

6
6
6
6

10
10
10
10

15
15
15
15

10500

7

5

3

1

0

6

11

15

2

236

ME TERS

3

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2 A1

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

18

23

28

34

41

48

56

7000

18
18
18
18

23
23
23
23

28
28
28
28

34
34
34
34

41
41
41
41

48
48
48
48

56
56
56
56

7100
7200
7300
7400

18

23

28

34

41

48

56

7500

18
18
18
18

23
23
23
23

28
28
28
28

34
34
34
34

41
41
41
41

48
48
48
48

56
56
56
56

7600
7700
7800
7900

18

23

28

34

41

48

56

8000

18
18
18
18

23
23
23
23

28
28
28
28

34
34
34
34

41
41
41
41

48
48
48
48

56
56
56
56

8100
8200
8300
8400

18

23

28

34

41

48

56

8500

18
18
18
18

23
23
23
23

28
28
28
28

34
34
35
35

41
41
41
41

48
48
48
49

56
56
56
56

8600
8700
8800
8900

18

23

29

35

41

49

57

9000

18
18
18
18

23
23
23
23

29
29
29
29

35
35
35
36

42
42
42
42

49
49
49
50

57
57
57
58

9100
9200
9300
9400

18

24

29

36

43

50

58

9500

19
19
19
19

24
24
24
25

30
30
30
30

36
36
37
37

43
43
44
44

50
51
51
52

58
59
59
60

9600
9700
9800
9900

19

25

31

37

44

52

60

10000

20
20
20
20

25
25
26
26

31
32
32
32

38
38
39
39

45
45
46
46

53
53
54
54

61
61
62
63

10100
10200
10300
10400

21

26

33

40

47

55

63

10500

3

3

4

4

237

CHARGE
4H
M23 2 A1

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

2

3

4

HE I GH T OF TARGE T ABOVE GUN
400

300

200

100

0

100

200

300

10500

7

5

3

1

0

6

11

15

10600
10700
10800
10900

8
8
8
9

6
6
6
7

3
4
4
4

1
1
1
1

0
0
0
0

6
7
7
7

11
11
11
11

16
16
16
16

11000

9

7

4

1

0

7

12

17

11100
11200
11300
11400

10
10
10
11

7
8
8
8

4
5
5
5

1
1
1
2

0
0
0
0

7
7
7
7

12
12
12
12

17
17
18
18

11500

11

9

5

2

0

7

13

18

11600
11700
11800
11900

12
13
13
14

9
9
10
10

6
6
6
7

2
2
2
2

0
0
0
0

7
8
8
8

13
13
13
14

19
19
19
20

12000

14

11

7

2

0

8

14

20

12100
12200
12300
12400

15
15
16
17

11
12
12
13

7
7
8
8

3
3
3
3

0
0
0
0

8
8
8
8

14
14
15
15

21
21
21
22

12500

17

13

8

3

0

9

15

22

12600
12700
12800
12900

18
19
19
20

14
14
15
15

9
9
9
10

3
4
4
4

0
0
0
0

9
9
9
9

15
16
16
16

23
23
24
24

13000

21

16

10

4

0

9

17

25

13100
13200
13300
13400

21
22
23
24

16
17
17
18

10
11
11
12

4
4
5
5

0
0
0
0

9
10
10
10

17
17
18
18

25
26
26
27

13500

25

19

12

5

0

10

19

27

13600
13700
13800
13900

25
26
27
28

19
20
21
21

12
13
13
14

5
6
6
6

0
0
0
0

10
11
11
11

19
19
20
20

28
29
29
30

14000

29

22

14

6

0

11

21

31

4

238

ME TERS

5

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2 A1

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

21

26

33

40

47

55

63

10500

21
21
22
22

27
27
28
28

33
34
34
35

40
41
41
42

48
48
49
50

56
56
57
58

64
65
66
66

10600
10700
10800
10900

22

29

35

43

50

59

67

11000

23
23
24
24

29
30
30
31

36
37
37
38

43
44
45
45

51
52
53
53

59
60
61
62

68
69
70
71

11100
11200
11300
11400

25

31

38

46

54

63

72

11500

25
25
26
26

32
32
33
34

39
40
41
41

47
48
49
49

55
56
57
58

64
65
66
67

73
75
76
77

11600
11700
11800
11900

27

34

42

50

59

68

78

12000

27
28
29
29

35
36
36
37

43
44
44
45

51
52
53
54

60
61
62
64

70
71
72
73

80
81
82
84

12100
12200
12300
12400

30

38

46

55

65

75

85

12500

30
31
32
32

38
39
40
41

47
48
49
50

56
57
59
60

66
67
69
70

76
78
79
81

87
89
90
92

12600
12700
12800
12900

33

42

51

61

72

83

94

13000

34
34
35
36

43
44
45
46

52
53
55
56

62
64
65
67

73
75
76
78

84
86
88
90

96
98
100
102

13100
13200
13300
13400

37

47

57

68

80

92

104

13500

38
39
40
41

48
49
50
51

59
60
61
63

70
71
73
75

82
83
85
87

94
96
98
101

107
109
112
114

13600
13700
13800
13900

42

53

64

77

89

103

117

14000

5

4

5

6
6
2 39

CHARGE
4H
M23 2 A1

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

4

14000

29

22

14

6

0

11

21

31

14100
14200
14300
14400

30
31
32
33

23
24
24
25

15
15
16
17

7
7
7
8

0
0
0
0

11
12
12
12

21
22
22
23

32
32
33
34

14500

34

26

17

8

0

12

23

35

14600
14700
14800
14900

36
37
38
39

27
28
29
30

18
18
19
20

8
8
9
9

0
0
0
0

13
13
13
14

24
25
25
26

36
37
38
38

15000

40

31

20

9

0

14

26

39

15100
15200
15300
15400

42
43
44
46

32
33
34
35

21
22
22
23

10
10
11
11

0
0
0
0

14
14
15
15

27
28
28
29

40
41
42
44

15500

47

36

24

11

0

15

30

45

15600
15700
15800
15900

49
50
52
53

37
38
39
41

25
25
26
27

12
12
13
13

0
0
0
0

16
16
17
17

31
31
32
33

46
47
48
50

16000

55

42

28

13

0

17

34

51

16100
16200
16300
16400

57
59
61
63

43
45
46
48

29
30
31
32

14
14
15
16

0
0
0
0

18
18
19
19

35
36
37
38

53
54
56
57

16500

65

49

33

16

0

20

39

59

16600
16700
16800
16900

67
69
71
73

51
53
54
56

34
35
36
38

17
17
18
19

0
0
0
0

20
21
21
22

40
41
42
44

60
62
64
67

17000

76

58

39

19

0

23

46

69

17100
17200
17300
17400

79
82
85
89

60
63
65
68

41
42
44
46

20
21
22
23

0
0
0
0

24
25
26
27

47
49
51
53

72
75
78
81

17500

93

71

48

24

0

28

56

85

5

6
7

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

7

240

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2 A1

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

42

53

64

77

89

103

117

14000

43
44
45
46

54
55
57
58

66
68
69
71

78
80
82
84

92
94
96
98

105
108
110
113

119
122
125
128

14100
14200
14300
14400

47

59

73

86

101

116

131

14500

48
49
50
52

61
62
64
66

74
76
78
80

88
91
93
95

103
106
108
111

118
121
124
127

134
137
141
144

14600
14700
14800
14900

53

67

82

98

114

130

148

15000

54
56
57
59

69
71
73
74

84
86
89
91

100
103
105
108

117
119
123
126

134
137
141
144

152
155
159
164

15100
15200
15300
15400

60

76

93

111

129

148

168

15500

62
64
65
67

78
81
83
85

96
98
101
104

114
117
120
124

133
136
140
144

152
156
161
165

173
177
182
187

15600
15700
15800
15900

69

88

107

127

148

170

192

16000

71
73
75
77

90
93
95
98

110
113
116
120

131
134
138
142

152
157
161
166

175
180
185
191

198
204
211
218

16100
16200
16300
16400

79

101

123

147

172

198

225

16500

82
84
87
91

104
108
112
116

127
132
137
143

152
158
164
170

178
185
192
200

205
213
221
230

233
242
252
262

16600
16700
16800
16900

95

121

148

177

208

240

273

17000

98
102
106
111

126
131
136
142

154
161
168
175

185
192
201
210

216
226
236
247

250
261
273
286

285
298
312
327

17100
17200
17300
17400

116

149

183

220

259

300

344

17500

6

7

8

8

241

CHARGE
4H
M23 2 A1

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

17500

93

71

48

24

0

28

56

85

17600
17700
17800
17900

97
101
106
111

74
78
81
85

50
53
55
58

25
27
28
29

0
0
0
0

29
30
31
33

58
61
63
67

89
93
97
102

18000

116

89

61

31

0

34

70

108

18100
18200
18300
18400

122
128
135
143

94
99
105
111

64
68
72
76

33
35
37
39

0
0
0
0

36
38
41
44

74
79
85
93

115
123
134
153

18500

152

118

82

43

0

50

18600

163

128

90

48

0

7

8

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

*****************************************************************

10

11

18600

329

236

150

71

0

18500

348

252

162

77

0

68

18400
18300
18200
18100

367
383
399
414

267
280
29 2
303

172
181
19 0
19 7

83
88
92
96

0
0
0
0

76
81
86
90

143
156
167
176

198
222
240
255

18000

428

314

205

100

0

95

184

268

17900
17800
17700
17600

442
455
468
481

325
335
345
355

212
219
225
232

104
107
111
114

0
0
0
0

98
102
106
109

192
199
207
213

280
292
303
313

17500

49 4

364

238

117

0

112

220

323

17400
17300
17200
17100

507
519
532
544

374
383
39 2
402

245
251
257
264

120
124
127
130

0
0
0
0

115
118
122
125

226
233
239
245

333
343
352
362

17000

557

411

270

133

0

128

252

371

16900
16800
16700
16600

569
581
59 4
607

420
430
439
448

276
282
288
29 5

136
139
142
145

0
0
0
0

131
134
137
140

258
264
270
276

380
389
398
407

16500

619

458

301

148

0

143

282

416

11
242

10

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2 A1

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

116

149

183

220

259

300

344

17500

121
127
133
141

156
163
172
182

192
202
213
225

231
243
257
273

272
287
304
325

316
334
356
385

363
386
414
456

17600
17700
17800
17900

149

193

241

294

355

431

561

18000

159
171
191

207
227
267

261
295

325

409

18100
18200
18300
18400
18500
18600

****************************************************************

8

9

18600
18500
18400
18300
18200
18100

279
306
327

314
362
392

404
448

492

514

346

417

481

537

581

611

363
379
394
408

439
460
480
498

510
535
559
582

573
604
634
661

627
666
701
734

673
720
762
800

705
766
815
860

17900
17800
17700
17600

422

515

604

687

764

835

901

17500

435
448
461
473

532
549
565
580

624
644
664
683

711
735
758
780

793
821
847
873

869
901
931
961

939
975
1010
1043

17400
17300
17200
17100

486

596

701

802

899

990

1076

17000

498
510
522
534

611
626
641
656

720
738
756
774

824
845
866
888

923
948
972
996

1018
1046
1073
1100

1107
1138
1169
1199

16900
16800
16700
16600

546

671

792

908

1020

1127

1229

16500

18000

10

10
243

CHARGE
4H
M23 2 A1

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

16500

619

458

301

148

0

143

282

416

16400
16300
16200
16100

632
645
658
672

467
477
487
49 6

307
313
320
326

151
155
158
161

0
0
0
0

146
149
152
155

288
294
300
306

425
434
443
452

16000

685

506

333

164

0

158

312

462

15900
15800
15700
15600

69 8
711
725
739

516
526
536
546

339
346
353
359

168
171
174
177

0
0
0
0

161
165
168
171

319
325
331
338

471
480
490
499

15500

754

557

366

181

0

174

344

509

15400
15300
15200
15100

768
783
79 8
813

568
578
59 0
601

373
380
387
39 5

184
187
19 1
19 5

0
0
0
0

178
181
184
188

351
357
364
370

518
528
538
548

15000

829

613

402

19 8

0

191

377

558

14900
14800
14700
14600

845
861
878
89 5

624
636
648
661

410
417
426
434

202
206
210
214

0
0
0
0

195
198
202
206

384
391
399
406

568
578
589
600

14500

9 13

673

442

218

0

210

413

611

14400
14300
14200
14100

9 31
9 50
9 69
9 89

686
700
714
728

450
459
468
477

222
226
230
235

0
0
0
0

214
218
221
226

421
429
436
444

622
633
645
656

14000

1009

743

486

239

0

230

453

668

13900
13800
13700
13600

1031
1053
1076
1100

758
774
79 0
807

49 6
506
516
527

244
248
253
258

0
0
0
0

234
239
243
248

461
470
478
487

681
693
706
719

13500

1125

824

538

264

0

253

497

732

13400
13300
13200
13100

1151
1179
1207
1238

843
862
881
9 02

549
561
573
586

269
275
280
286

0
0
0
0

258
263
268
274

506
516
526
537

746
760
774
789

13000

1270

9 24

600

29 3

0

279

547

805

11

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

11

244

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2 A1

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

546

671

792

908

1020

1127

1229

16500

558
570
582
594

686
701
716
731

810
828
846
863

929
950
970
991

1044
1067
1091
1114

1153
1180
1206
1233

1258
1288
1317
1346

16400
16300
16200
16100

606

746

881

1012

1138

1259

1376

16000

618
631
643
656

761
776
792
807

899
917
936
954

1033
1054
1075
1096

1161
1185
1209
1233

1285
1312
1338
1365

1405
1434
1463
1492

15900
15800
15700
15600

668

823

972

1117

1257

1392

1522

15500

681
694
707
720

838
854
870
886

991
1010
1029
1048

1138
1160
1182
1204

1281
1306
1330
1355

1419
1446
1473
1501

1552
1582
1612
1642

15400
15300
15200
15100

733

903

1067

1226

1380

1529

1672

15000

746
760
773
788

919
936
952
970

1086
1106
1126
1146

1248
1271
1294
1317

1405
1431
1456
1482

1557
1585
1613
1642

1703
1734
1765
1797

14900
14800
14700
14600

802

987

1167

1341

1509

1672

1829

14500

816
831
846
862

1005
1023
1041
1060

1187
1209
1230
1252

1364
1389
1413
1438

1536
1563
1590
1618

1701
1731
1762
1792

1861
1894
1927
1961

14400
14300
14200
14100

877

1079

1274

1463

1647

1824

1995

14000

893
909
925
942

1098
1118
1138
1158

1297
1320
1343
1367

1489
1515
1542
1569

1675
1705
1734
1765

1855
1888
1920
1953

2029
2064
2100
2136

13900
13800
13700
13600

959

1179

1392

1597

1795

1987

2173

13500

977
995
1014
1033

1201
1222
1245
1268

1417
1442
1468
1494

1625
1654
1683
1714

1827
1859
1892
1925

2022
2057
2092
2129

2210
2248
2287
2326

13400
13300
13200
13100

1052

1291

1522

1744

1959

2166

2366

13000

10

11

11

245

CHARGE
4H
M23 2 A1

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

13000

1270

9 24

600

29 3

0

279

547

805

12900
12800
12700
12600

1303
1338
1376
1416

9 47
9 71
99 6
1023

614
628
643
660

299
306
312
320

0
0
0
0

285
291
298
304

558
570
582
594

820
836
853
871

12500

1051

676

328

0

311

606

888

12400
12300
12200
12100

1080
1111

69 3
712
732
752

335
343
352
361

0
0
0
0

318
325
333
341

619
633
647
661

907
926
946
966

773

370

0

350

677

987

380
39 1
403
414

0
0
0
0

359
367
376
386

693
709
726
743

1010
1032
1055
1079

11500

0

397

762

1105

11400
11300
11200
11100

0
0
0

408
420
432
444

782
802
823
845

1131
1159
1188
1217

11

12000
11900
11800
11700
11600

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

11000

11

246

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2 A1

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

1052

1291

1522

1744

1959

2166

2366

13000

1072
1093
1114
1136

1315
1340
1365
1392

1550
1578
1607
1637

1776
1807
1840
1874

1994
2029
2065
2102

2204
2243
2282
2322

2407
2449
2491
2535

12900
12800
12700
12600

1159

1418

1668

1909

2140

2364

2579

12500

1182
1206
1231
1256

1446
1474
1504
1534

1700
1732
1766
1800

1944
1980
2018
2056

2179
2219
2260
2302

2406
2449
2493
2539

2624
2671
2718
2767

12400
12300
12200
12100

1283

1565

1835

2095

2345

2585

2816

12000

1311
1339
1367
1397

1598
1631
1664
1699

1872
1910
1948
1988

2136
2178
2220
2264

2389
2435
2481
2528

2633
2682
2732
2782

2867
2919
2973
3027

11900
11800
11700
11600

1428

1736

2029

2309

2577

2835

3082

11500

1461
1495
1530
1566

1773
1813
1853
1895

2071
2115
2160
2207

2355
2403
2453
2504

2628
2680
2733
2788

2889
2944
3001
3060

3139
3198
3258
3320

11400
11300
11200
11100

2556

2844

3120

3384

11000

11

11

247

CHARGE
4H
M23 2 A1

TABLE C

F T 1 5 5 AM 3

W I ND COMPONEN TS

PROJ , HE , M10 7
FUZE , PD , M739 A1

COMPONEN TS OF A ONE KNO T W I ND
CHAR T
D I REC T I ON
OF W I ND

CROSS
W I ND

RANGE
W I ND

CHAR T
D I REC T I ON
OF W I ND

CROSS
W I ND

RANGE
W I ND

MIL

KNO T

KNO T

MIL

KNO T

KNO T

0

H1 . 00

3200

0

T1 . 00

100
200
300

R. 10
R. 20
R. 29

H. 99
H. 98
H. 96

3300
3400
3500

L . 10
L . 20
L . 29

T. 99
T. 98
T. 96

400

R. 38

H. 92

3600

L . 38

T. 92

500
600
700

R. 47
R. 56
R. 63

H. 88
H. 83
H. 77

3700
3800
3900

L . 47
L . 56
L . 63

T. 88
T. 83
T. 77

800

R. 71

H. 71

4000

L . 71

T. 71

900
1000
1100

R. 77
R. 83
R. 88

H. 63
H. 56
H. 47

4100
4200
4300

L . 77
L . 83
L . 88

T. 63
T. 56
T. 47

1200

R. 92

H. 38

4400

L . 92

T. 38

1300
1400
1500

R. 96
R. 98
R. 99

H. 29
H. 20
H. 10

4500
4600
4700

L . 96
L . 98
L . 99

T. 29
T. 20
T. 10

1600

R1 . 00

0

4800

L 1 . 00

0

1700
1800
1900

R. 99
R. 98
R. 96

T. 10
T. 20
T. 29

4900
5000
5100

L . 99
L . 98
L . 96

H. 10
H. 20
H. 29

2000

R. 92

T. 38

5200

L . 92

H. 38

2100
2200
2300

R. 88
R. 83
R. 77

T. 47
T. 56
T. 63

5300
5400
5500

L . 88
L . 83
L . 77

H. 47
H. 56
H. 63

2400

R. 71

T. 71

5600

L . 71

H. 71

2500
2600
2700

R. 63
R. 56
R. 47

T. 77
T. 83
T. 88

5700
5800
5900

L . 63
L . 56
L . 47

H. 77
H. 83
H. 88

2800

R. 38

T. 92

6000

L . 38

H. 92

2900
3000
3100

R. 29
R. 20
R. 10

T. 96
T. 98
T. 99

6100
6200
6300

L . 29
L . 20
L . 10

H. 96
H. 98
H. 99

3200

0

T1 . 00

6400

0

H1 . 00

0

248

F T 1 5 5 AM 3

TABLE D

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
4H
M23 2 A1

TEMPERA TURE
AND DENS I TY CORREC T I ONS

CORREC T I ONS TO TEMPERA TURE ( D T) AND DENS I TY ( DD ) , I N PERCEN T ,
TO COMPENSA TE FOR THE D I FFERENCE I N AL T I TUDE ,
I N ME TERS , BE TWEEN THE BA TTERY AND THE MDP
DH

0

+10

+20

+30

+40

+50

+60

+70

+80

+9 0

0

DT
DD

0.0
0.0

0.0
0 . 1+

0.0
0 . 2+

0 . 1+
0 . 3+

0 . 1+
0 . 4+

0 . 1+
0 . 5+

0 . 1+
0 . 6+

0 . 2+
0 . 7+

0 . 2+
0 . 8+

0 . 2+
0.9+

+100

DT
DD

0 . 2+
1 . 0+

0 . 2+
1 . 1+

0 . 2+
1 . 2+

0 . 3+
1 . 3+

0 . 3+
1 . 4+

0 . 3+
1 . 5+

0 . 3+
1 . 6+

0 . 4+
1 . 7+

0 . 4+
1 . 8+

0 . 4+
1.9+

+200

DT
DD

0 . 5+
2 . 0+

0 . 5+
2 . 1+

0 . 5+
2 . 2+

0 . 6+
2 . 3+

0 . 6+
2 . 4+

0 . 6+
2 . 5+

0 . 6+
2 . 6+

0 . 7+
2 . 7+

0 . 7+
2 . 8+

0 . 7+
2.9+

+300

DT
DD

0 . 7+
3 . 0+

0 . 7+
3 . 1+

0 . 7+
3 . 2+

0 . 8+
3 . 3+

0 . 8+
3 . 4+

0 . 8+
3 . 5+

0 . 8+
3 . 6+

0.9+
3 . 7+

0.9+
3 . 8+

0.9+
3.9+

NO TES

1 . DH I S BA TTERY HE I GH T ABOVE OR BELOW THE MDP .
2 . I F ABOVE THE MDP , USE THE S I GN BEFORE THE NUMBER .
3 . I F BELOW THE MDP , USE THE S I GN AF TER THE NUMBER .

TABLE E
PROPELLAN T TEMPERA TURE
EFFEC TS ON MUZZLE VELOC I TY DUE TO PROPELLAN T TEMPERA TURE
TEMPERA TURE
OF
PROPELLAN T

EFFEC T
ON
VELOC I TY

TEMPERA TURE
OF
PROPELLAN T

DEGREES F

M/S

DEGREES C

40
30
20
10

17 . 1
15 . 4
13 . 8
12 . 2

40 . 0
34 . 4
28 . 9
23 . 3

0

10 . 7

17 . 8

10
20
30
40

9.3
7. 8
6. 3
4. 8

12 . 2
6. 7
1. 1
4. 4

50

3. 3

10 . 0

60
70
80
90

1. 7
0. 0
1. 8
3. 6

15 . 6
21 . 1
26 . 7
32 . 2

100

5. 6

37 . 8

110
120
130

7. 7
10 . 0
12 . 4

43 . 3
48 . 9
54 . 4

2 49

CHARGE
4H
M23 2 A1

250

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

M

MIL

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
6

7

8

9

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

SEC

MIL

MIL

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

0

0. 0

100

1

0. 0

0. 0

0 . 00

100
200
300
400

1. 1
2. 1
3. 1
4. 1

100
100
99
97

1
1
1
1

0. 1
0. 3
0. 4
0. 6

0. 0
0. 1
0. 1
0. 1

0 . 00
0 . 01
0 . 01
0 . 01

500

5. 1

95

1

0. 7

0. 2

0 . 01

600
700
800
900

6. 2
7. 2
8. 3
9.4

94
94
93
92

1
1
1
1

0. 9
1. 0
1. 2
1. 3

0. 2
0. 2
0. 3
0. 3

0 . 02
0 . 02
0 . 02
0 . 03

1000

10 . 5

91

1

1. 5

0. 3

0 . 03

1100
1200
1300
1400

11 . 6
12 . 7
13 . 9
15 . 0

1. 9
2. 1

1 . 07
0 . 99

90
89
88
87

1
1
1
1

1. 6
1. 8
1. 9
2. 1

0. 4
0. 4
0. 5
0. 5

0 . 03
0 . 04
0 . 04
0 . 04

1500

16 . 2

2. 3

0 . 92

86

1

2. 3

0. 5

0 . 05

1600
1700
1800
1900

17 . 3
18 . 5
19 . 7
20 . 9

2. 4
2. 6
2. 7
2. 9

0 . 86
0 . 81
0 . 76
0 . 72

85
84
83
82

1
1
1
1

2. 4
2. 6
2. 7
2. 9

0. 6
0. 6
0. 6
0. 7

0 . 05
0 . 05
0 . 06
0 . 06

2000

22 . 2

3. 1

0 . 68

81

1

3. 1

0. 7

0 . 06

2100
2200
2300
2400

23 . 4
24 . 7
25 . 9
27 . 2

3. 2
3. 4
3. 6
3. 8

0 . 65
0 . 62
0 . 59
0 . 56

80
79
78
77

1
1
1
1

3. 2
3. 4
3. 6
3. 8

0. 8
0. 8
0. 9
0. 9

0 . 07
0 . 07
0 . 07
0 . 08

2500

28 . 5

3. 9

0 . 54

77

1

3. 9

0. 9

0 . 08

2600
2700
2800
2900

29 . 8
31 . 1
32 . 5
33 . 9

4. 1
4. 3
4. 5
4. 6

0 . 51
0 . 49
0 . 48
0 . 46

76
75
74
73

1
1
1
1

4. 1
4. 3
4. 5
4. 6

1. 0
1. 0
1. 1
1. 1

0 . 08
0 . 09
0 . 09
0 . 09

3000

35 . 2

4. 8

0 . 44

72

1

4. 8

1. 2

0 . 10

3100
3200
3300
3400

36 . 6
38 . 0
39 . 5
40 . 9

5. 0
5. 2
5. 4
5. 6

0 . 43
0 . 41
0 . 40
0 . 38

71
70
70
69

1
1
1
1

5. 0
5. 2
5. 4
5. 6

1. 2
1. 3
1. 3
1. 4

0 . 10
0 . 10
0 . 11
0 . 11

3500

42 . 4

5. 7

0 . 37

68

1

5. 7

1. 4

0 . 12

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1

10

R
A
N
G
E

CHARGE
4H
M23 2 A1

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0

0

100
200
300
400

0. 3
0. 6
0. 9
1. 2

0. 3
0. 6
0. 8
1. 1

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 1

1
1
2
3

1
2
2
3

500

1. 4

1. 4

0. 0

0. 0

0. 0

0. 0

0. 1

0. 1

3

3

600
700
800
900

1. 7
2. 0
2. 3
2. 5

1. 7
1.9
2. 2
2. 4

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 1
0. 1
0. 1

0. 0
0. 1
0. 1
0. 1

0. 2
0. 3
0. 4
0. 4

0. 1
0. 2
0. 3
0. 4

4
5
5
6

4
5
5
6

1000

2. 8

2. 7

0. 1

0. 1

0. 1

0. 1

0. 5

0. 5

6

6

1100
1200
1300
1400

3. 1
3. 4
3. 6
3. 9

3. 0
3. 2
3. 5
3. 7

0. 1
0. 1
0. 1
0. 1

0. 1
0. 1
0. 1
0. 1

0. 2
0. 2
0. 2
0. 3

0. 2
0. 2
0. 2
0. 3

0. 6
0. 7
0. 8
1. 0

0. 6
0. 8
0. 9
1. 0

7
7
8
8

7
7
8
8

1500

4. 1

4. 0

0. 1

0. 1

0. 3

0. 3

1. 1

1. 2

9

9

1600
1700
1800
1900

4. 4
4. 7
4. 9
5. 2

4. 2
4. 5
4. 7
5. 0

0. 1
0. 2
0. 2
0. 2

0. 1
0. 1
0. 2
0. 2

0. 4
0. 4
0. 5
0. 5

0. 4
0. 4
0. 4
0. 5

1. 3
1. 4
1. 6
1. 8

1. 3
1. 5
1. 7
1. 8

9
9
10
10

9
10
10
10

2000

5. 4

5. 2

0. 2

0. 2

0. 6

0. 6

2. 0

2. 0

11

11

2100
2200
2300
2400

5. 6
5. 9
6. 1
6. 4

5. 4
5. 7
5.9
6. 1

0. 2
0. 3
0. 3
0. 3

0. 2
0. 2
0. 3
0. 3

0. 6
0. 7
0. 8
0. 8

0. 6
0. 7
0. 7
0. 8

2. 2
2. 4
2. 6
2.9

2. 3
2. 5
2. 7
2. 9

11
11
12
12

11
12
12
12

2500

6. 6

6. 4

0. 3

0. 3

0.9

0. 9

3. 1

3. 2

12

12

2600
2700
2800
2900

6. 8
7. 1
7. 3
7. 5

6. 6
6. 8
7. 1
7. 3

0. 4
0. 4
0. 4
0. 4

0. 3
0. 4
0. 4
0. 4

1. 0
1. 0
1. 1
1. 2

0. 9
1. 0
1. 1
1. 1

3. 4
3. 6
3.9
4. 2

3. 5
3. 7
4. 0
4. 3

12
13
13
13

13
13
13
14

3000

7. 8

7. 5

0. 5

0. 5

1. 3

1. 2

4. 5

4. 6

13

14

3100
3200
3300
3400

8. 0
8. 2
8. 4
8. 7

7. 7
7.9
8. 1
8. 4

0. 5
0. 5
0. 6
0. 6

0. 5
0. 5
0. 6
0. 6

1. 3
1. 4
1. 5
1. 6

1. 3
1. 4
1. 4
1. 5

4. 8
5. 1
5. 4
5. 7

4. 9
5. 2
5. 6
5. 9

13
14
14
14

14
14
14
14

3500

8. 9

8. 6

0. 7

0. 6

1. 7

1. 6

6. 1

6. 3

14

15

M

251

CHARGE
4H
M23 2 A1

252

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

M

MIL

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
6

7

8

9

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

SEC

MIL

MIL

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

3500

42 . 4

5. 7

0 . 37

68

1

5. 7

1. 4

0 . 12

3600
3700
3800
3900

43 . 8
45 . 3
46 . 9
48 . 4

5. 9
6. 1
6. 3
6. 5

0 . 36
0 . 35
0 . 34
0 . 33

67
66
66
65

1
1
1
1

5. 9
6. 1
6. 3
6. 5

1. 5
1. 5
1. 6
1. 6

0 . 12
0 . 12
0 . 13
0 . 13

4000

50 . 0

6. 7

0 . 32

64

1

6. 7

1. 7

0 . 14

4100
4200
4300
4400

51 . 5
53 . 1
54 . 7
56 . 4

6. 9
7. 1
7. 3
7. 5

0 . 31
0 . 30
0 . 30
0 . 29

63
62
62
61

1
1
1
1

6. 9
7. 1
7. 3
7. 5

1. 7
1. 8
1. 8
1. 9

0 . 14
0 . 14
0 . 15
0 . 15

4500

58 . 0

7. 7

0 . 28

60

1

7. 7

2. 0

0 . 16

4600
4700
4800
4900

59 . 7
61 . 4
63 . 1
64 . 9

7. 9
8. 2
8. 4
8. 6

0 . 27
0 . 27
0 . 26
0 . 25

59
58
58
57

1
1
1
1

7. 9
8. 2
8. 4
8. 6

2. 0
2. 1
2. 1
2. 2

0 . 16
0 . 16
0 . 17
0 . 17

5000

66 . 6

8. 8

0 . 25

56

1

8. 8

2. 3

0 . 18

5100
5200
5300
5400

68 . 4
70 . 2
72 . 1
73 . 9

9.0
9.2
9.5
9.7

0 . 24
0 . 24
0 . 23
0 . 23

56
55
54
53

1
1
1
1

9.0
9.2
9.5
9.7

2. 3
2. 4
2. 5
2. 5

0 . 18
0 . 19
0 . 19
0 . 20

5500

75 . 8

9.9

0 . 22

53

1

9.9

2. 6

0 . 20

5600
5700
5800
5900

77 . 7
79 . 7
81 . 6
83 . 6

10 . 2
10 . 4
10 . 6
10 . 9

0 . 22
0 . 21
0 . 21
0 . 20

52
51
51
50

1
1
1
1

10 . 2
10 . 4
10 . 6
10 . 9

2. 7
2. 7
2. 8
2. 9

0 . 20
0 . 21
0 . 21
0 . 22

6000

85 . 6

11 . 1

0 . 20

49

1

11 . 1

2. 9

0 . 22

6100
6200
6300
6400

87 . 7
89 . 8
91 . 9
94 . 0

11 . 3
11 . 6
11 . 8
12 . 1

0 . 20
0 . 19
0 . 19
0 . 18

49
48
47
47

1
1
1
1

11 . 3
11 . 6
11 . 8
12 . 1

3. 0
3. 1
3. 2
3. 3

0 . 23
0 . 23
0 . 24
0 . 24

6500

96 . 2

12 . 3

0 . 18

46

1

12 . 3

3. 3

0 . 25

6600
6700
6800
6900

98 . 4
100 . 6
102 . 8
105 . 1

12 . 6
12 . 9
13 . 1
13 . 4

0 . 18
0 . 17
0 . 17
0 . 17

45
45
44
43

1
1
1
1

12 . 6
12 . 9
13 . 1
13 . 4

3. 4
3. 5
3. 6
3. 7

0 . 25
0 . 26
0 . 26
0 . 27

7000

107 . 4

13 . 6

0 . 17

43

2

13 . 6

3. 7

0 . 27

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
4H
M23 2 A1

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

3500

8. 9

8. 6

0. 7

0. 6

1. 7

1. 6

6. 1

6. 3

14

15

3600
3700
3800
3900

9.1
9.3
9.5
9.7

8. 8
9.0
9.2
9.4

0. 7
0. 7
0. 8
0. 8

0. 7
0. 7
0. 7
0. 8

1. 8
1.9
2. 0
2. 1

1. 7
1. 8
1. 9
2. 0

6. 4
6. 8
7. 1
7. 5

6. 6
7. 0
7. 4
7. 8

14
14
14
14

15
15
15
15

4000

9.9

9.6

0. 9

0. 8

2. 2

2. 1

7.9

8. 2

14

15

4100
4200
4300
4400

10 . 1
10 . 3
10 . 5
10 . 7

9.8
10 . 0
10 . 2
10 . 4

0. 9
1. 0
1. 0
1. 1

0.9
0.9
0.9
1. 0

2. 3
2. 4
2. 5
2. 6

2. 2
2. 3
2. 4
2. 5

8. 3
8. 7
9.1
9.5

8. 6
9.0
9.4
9.9

14
14
14
14

15
15
15
15

4500

10 . 9

10 . 6

1. 1

1. 0

2. 8

2. 6

9.9

10 . 3

14

15

4600
4700
4800
4900

11 . 1
11 . 3
11 . 5
11 . 7

10 . 8
10 . 9
11 . 1
11 . 3

1. 2
1. 2
1. 3
1. 3

1. 1
1. 1
1. 2
1. 2

2.9
3. 0
3. 1
3. 3

2. 7
2. 8
3. 0
3. 1

10 . 3
10 . 8
11 . 2
11 . 7

10 . 8
11 . 2
11 . 7
12 . 2

14
14
14
14

15
15
15
15

5000

11 . 9

11 . 5

1. 4

1. 3

3. 4

3. 2

12 . 1

12 . 7

14

15

5100
5200
5300
5400

12 . 1
12 . 2
12 . 4
12 . 6

11 . 7
11 . 9
12 . 0
12 . 2

1. 4
1. 5
1. 6
1. 6

1. 4
1. 4
1. 5
1. 5

3. 5
3. 6
3. 8
3.9

3. 3
3. 4
3. 6
3. 7

12 . 6
13 . 1
13 . 6
14 . 1

13 . 2
13 . 7
14 . 2
14 . 8

14
14
13
13

15
15
14
14

5500

12 . 8

12 . 4

1. 7

1. 6

4. 1

3. 8

14 . 6

15 . 3

13

14

5600
5700
5800
5900

13 . 0
13 . 1
13 . 3
13 . 5

12 . 6
12 . 7
12 . 9
13 . 1

1. 8
1. 8
1. 9
2. 0

1. 7
1. 7
1. 8
1. 8

4. 2
4. 3
4. 5
4. 6

4. 0
4. 1
4. 2
4. 4

15 . 1
15 . 6
16 . 2
16 . 7

15 . 9
16 . 4
17 . 0
17 . 6

13
13
12
12

14
14
14
13

6000

13 . 6

13 . 2

2. 1

1.9

4. 8

4. 5

17 . 2

18 . 2

12

13

6100
6200
6300
6400

13 . 8
14 . 0
14 . 1
14 . 3

13 . 4
13 . 6
13 . 7
13 . 9

2. 1
2. 2
2. 3
2. 4

2. 0
2. 0
2. 1
2. 2

4.9
5. 1
5. 2
5. 4

4. 6
4. 8
4. 9
5. 1

17 . 8
18 . 4
18 . 9
19 . 5

18 . 8
19 . 4
20 . 0
20 . 6

12
11
11
11

13
13
12
12

6500

14 . 5

14 . 0

2. 5

2. 3

5. 6

5. 2

20 . 1

21 . 2

10

12

6600
6700
6800
6900

14 . 6
14 . 8
14 . 9
15 . 1

14 . 2
14 . 4
14 . 5
14 . 7

2. 5
2. 6
2. 7
2. 8

2. 3
2. 4
2. 5
2. 6

5. 7
5.9
6. 0
6. 2

5. 4
5. 5
5. 7
5. 8

20 . 7
21 . 3
21 . 9
22 . 5

21 . 9
22 . 5
23 . 2
23 . 9

10
10
9
9

11
11
11
10

7000

15 . 2

14 . 8

2. 9

2. 7

6. 4

6. 0

23 . 1

24 . 5

9

10

M

253

CHARGE
4H
M23 2 A1

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

SEC

MIL

MIL

0 . 17

43

2

13 . 6

3. 7

0 . 27

13 . 9
14 . 2
14 . 5
14 . 7

0 . 16
0 . 16
0 . 16
0 . 15

42
42
41
40

2
2
2
2

13 . 9
14 . 2
14 . 5
14 . 7

3. 8
3. 9
4. 0
4. 1

0 . 28
0 . 28
0 . 29
0 . 29

119 . 6

15 . 0

0 . 15

40

2

15 . 0

4. 2

0 . 30

7600
7700
7800
7900

122 . 1
124 . 7
127 . 3
129 . 9

15 . 3
15 . 6
15 . 9
16 . 2

0 . 15
0 . 15
0 . 14
0 . 14

39
39
38
38

2
2
2
2

15 . 3
15 . 6
15 . 9
16 . 2

4. 3
4. 4
4. 5
4. 6

0 . 31
0 . 31
0 . 32
0 . 32

8000

132 . 6

16 . 5

0 . 14

37

2

16 . 5

4. 7

0 . 33

8100
8200
8300
8400

135 . 3
138 . 1
140 . 9
143 . 8

16 . 8
17 . 1
17 . 4
17 . 7

0 . 14
0 . 13
0 . 13
0 . 13

36
36
35
35

2
2
2
2

16 . 8
17 . 1
17 . 4
17 . 7

4. 8
4. 9
5. 0
5. 1

0 . 33
0 . 34
0 . 35
0 . 35

8500

146 . 7

18 . 0

0 . 13

34

2

18 . 0

5. 2

0 . 36

8600
8700
8800
8900

149 . 6
152 . 6
155 . 6
158 . 6

18 . 3
18 . 6
18 . 9
19 . 2

0 . 12
0 . 12
0 . 12
0 . 12

34
33
33
32

2
2
2
3

18 . 3
18 . 6
18 . 9
19 . 2

5. 3
5. 4
5. 5
5. 6

0 . 36
0 . 37
0 . 37
0 . 38

9000

161 . 7

19 . 6

0 . 12

32

3

19 . 6

5. 7

0 . 39

9100
9200
9300
9400

164 . 9
168 . 1
171 . 3
174 . 6

19 . 9
20 . 2
20 . 5
20 . 9

0 . 11
0 . 11
0 . 11
0 . 11

32
31
31
30

3
3
3
3

19 . 9
20 . 2
20 . 5
20 . 9

5. 8
6. 0
6. 1
6. 2

0 . 39
0 . 40
0 . 40
0 . 41

9500

177 . 9

21 . 2

0 . 11

30

3

21 . 2

6. 3

0 . 41

9600
9700
9800
9900

181 . 3
184 . 7
188 . 1
191 . 6

21 . 5
21 . 9
22 . 2
22 . 5

0 . 10
0 . 10
0 . 10
0 . 10

30
29
29
28

3
3
3
3

21 . 5
21 . 9
22 . 2
22 . 5

6. 4
6. 5
6. 7
6. 8

0 . 42
0 . 42
0 . 43
0 . 44

10000

195 . 2

22 . 9

0 . 10

28

3

22 . 9

6. 9

0 . 44

10100
10200
10300
10400

198 . 7
202 . 4
206 . 0
209 . 7

23 . 2
23 . 6
23 . 9
24 . 3

0 . 10
0 . 09
0 . 09
0 . 09

28
27
27
27

3
3
4
4

23 . 2
23 . 6
23 . 9
24 . 3

7. 0
7. 2
7. 3
7. 4

0 . 45
0 . 45
0 . 46
0 . 46

10500

213 . 5

24 . 6

0 . 09

27

4

24 . 6

7. 6

0 . 47

254

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

M

MIL

7000

107 . 4

13 . 6

7100
7200
7300
7400

109 . 8
112 . 2
114 . 6
117 . 1

7500

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
4H
M23 2 A1

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

7000

15 . 2

14 . 8

2. 9

2. 7

6. 4

6. 0

23 . 1

24 . 5

9

10

7100
7200
7300
7400

15 . 4
15 . 5
15 . 7
15 . 8

15 . 0
15 . 1
15 . 3
15 . 4

3. 0
3. 1
3. 2
3. 3

2. 7
2. 8
2.9
3. 0

6. 5
6. 7
6.9
7. 1

6. 1
6. 3
6. 5
6. 6

23 . 8
24 . 4
25 . 1
25 . 7

25 . 2
25 . 9
26 . 6
27 . 3

8
8
7
7

10
9
9
9

7500

16 . 0

15 . 6

3. 4

3. 1

7. 2

6. 8

26 . 4

28 . 0

6

8

7600
7700
7800
7900

16 . 1
16 . 3
16 . 4
16 . 5

15 . 7
15 . 8
16 . 0
16 . 1

3. 5
3. 6
3. 7
3. 8

3. 2
3. 3
3. 4
3. 5

7. 4
7. 6
7. 8
8. 0

7. 0
7. 1
7. 3
7. 4

27 . 0
27 . 7
28 . 4
29 . 1

28 . 7
29 . 5
30 . 2
30 . 9

6
5
5
4

8
7
7
6

8000

16 . 7

16 . 3

4. 0

3. 6

8. 2

7. 5

29 . 8

31 . 6

4

6

8100
8200
8300
8400

16 . 8
17 . 0
17 . 1
17 . 2

16 . 4
16 . 5
16 . 7
16 . 8

4. 1
4. 2
4. 3
4. 4

3. 7
3. 8
3.9
4. 0

8. 3
8. 5
8. 7
8.9

7. 7
7. 8
7. 9
8. 0

30 . 5
31 . 2
31 . 9
32 . 6

32 . 3
33 . 0
33 . 7
34 . 4

3
3
2
2

5
5
4
4

8500

17 . 4

16 . 9

4. 6

4. 1

9.1

8. 1

33 . 3

35 . 1

1

3

8600
8700
8800
8900

17 . 5
17 . 6
17 . 7
17 . 9

17 . 0
17 . 2
17 . 3
17 . 4

4. 7
4. 8
5. 0
5. 1

4. 2
4. 3
4. 4
4. 5

9.3
9.4
9.6
9.7

8. 2
8. 2
8. 3
8. 3

34 . 1
34 . 8
35 . 5
36 . 3

35 . 8
36 . 5
37 . 1
37 . 8

1
0
0
1

3
2
2
1

9000

18 . 0

17 . 5

5. 2

4. 6

9.9

8. 3

37 . 0

38 . 4

1

1

9100
9200
9300
9400

18 . 1
18 . 2
18 . 4
18 . 5

17 . 7
17 . 8
17 . 9
18 . 0

5. 4
5. 5
5. 7
5. 8

4. 7
4.9
5. 0
5. 1

10 . 0
10 . 2
10 . 3
10 . 4

8. 3
8. 3
8. 3
8. 3

37 . 7
38 . 5
39 . 2
39 . 9

39 . 1
39 . 7
40 . 3
40 . 9

2
3
3
4

0
0
1
1

9500

18 . 6

18 . 1

6. 0

5. 2

10 . 4

8. 2

40 . 7

41 . 5

4

2

9600
9700
9800
9900

18 . 7
18 . 8
18 . 9
19 . 0

18 . 3
18 . 4
18 . 5
18 . 6

6. 2
6. 3
6. 5
6. 7

5. 4
5. 5
5. 6
5. 8

10 . 5
10 . 6
10 . 6
10 . 7

8. 2
8. 1
8. 0
7. 9

41 . 4
42 . 1
42 . 8
43 . 5

42 . 1
42 . 7
43 . 3
43 . 8

5
5
6
6

2
3
3
3

10000

19 . 1

18 . 7

6. 8

5.9

10 . 7

7. 8

44 . 2

44 . 4

6

4

10100
10200
10300
10400

19 . 3
19 . 4
19 . 5
19 . 6

18 . 8
18 . 9
19 . 0
19 . 1

7. 0
7. 2
7. 4
7. 5

6. 0
6. 2
6. 3
6. 5

10 . 7
10 . 7
10 . 6
10 . 6

7. 7
7. 6
7. 4
7. 3

44 . 9
45 . 6
46 . 3
46 . 9

44 . 9
45 . 5
46 . 0
46 . 5

7
7
8
8

4
5
5
6

10500

19 . 7

19 . 2

7. 7

6. 6

10 . 5

7. 1

47 . 6

47 . 1

9

6

255

CHARGE
4H
M23 2 A1

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

MIL

10500

213 . 5

24 . 6

0 . 09

27

4

24 . 6

7. 6

0 . 47

10600
10700
10800
10900

217 . 3
221 . 1
225 . 0
228 . 9

25 . 0
25 . 3
25 . 7
26 . 0

0 . 09
0 . 09
0 . 09
0 . 08

26
26
26
25

4
4
4
4

25 . 0
25 . 3
25 . 7
26 . 0

7. 7
7. 8
8. 0
8. 1

0 . 47
0 . 48
0 . 48
0 . 49

11000

232 . 9

26 . 4

0 . 08

25

4

26 . 4

8. 2

0 . 49

11100
11200
11300
11400

236 . 9
240 . 9
245 . 0
249 . 1

26 . 7
27 . 1
27 . 5
27 . 8

0 . 08
0 . 08
0 . 08
0 . 08

25
25
24
24

4
4
4
4

26 . 7
27 . 1
27 . 5
27 . 8

8. 4
8. 5
8. 6
8. 8

0 . 50
0 . 50
0 . 51
0 . 51

11500

253 . 3

28 . 2

0 . 08

24

5

28 . 2

8. 9

0 . 52

11600
11700
11800
11900

257 . 5
261 . 8
266 . 1
270 . 4

28 . 6
28 . 9
29 . 3
29 . 7

0 . 08
0 . 07
0 . 07
0 . 07

24
23
23
23

5
5
5
5

28 . 6
28 . 9
29 . 3
29 . 7

9.1
9.2
9.4
9.5

0 . 52
0 . 53
0 . 53
0 . 54

12000

274 . 8

30 . 1

0 . 07

23

5

30 . 1

9.7

0 . 54

12100
12200
12300
12400

279 . 2
283 . 7
288 . 2
292 . 8

30 . 4
30 . 8
31 . 2
31 . 6

0 . 07
0 . 07
0 . 07
0 . 07

22
22
22
22

5
5
5
5

30 . 4
30 . 8
31 . 2
31 . 6

9.8
10 . 0
10 . 1
10 . 3

0 . 54
0 . 55
0 . 55
0 . 56

12500

297 . 4

32 . 0

0 . 07

22

5

32 . 0

10 . 4

0 . 56

12600
12700
12800
12900

302 . 0
306 . 7
311 . 5
316 . 3

32 . 4
32 . 7
33 . 1
33 . 5

0 . 07
0 . 07
0 . 06
0 . 06

21
21
21
21

6
6
6
6

32 . 4
32 . 7
33 . 1
33 . 5

10 . 6
10 . 8
10 . 9
11 . 1

0 . 57
0 . 57
0 . 58
0 . 58

13000

321 . 1

33 . 9

0 . 06

21

6

33 . 9

11 . 3

0 . 58

13100
13200
13300
13400

326 . 0
330 . 9
335 . 9
340 . 9

34 . 3
34 . 7
35 . 1
35 . 5

0 . 06
0 . 06
0 . 06
0 . 06

20
20
20
20

6
6
6
6

34 . 3
34 . 7
35 . 1
35 . 5

11 . 4
11 . 6
11 . 8
12 . 0

0 . 59
0 . 59
0 . 60
0 . 60

13500

346 . 0

36 . 0

0 . 06

20

6

36 . 0

12 . 1

0 . 61

13600
13700
13800
13900

351 . 1
356 . 3
361 . 5
366 . 8

36 . 4
36 . 8
37 . 2
37 . 6

0 . 06
0 . 06
0 . 06
0 . 06

19
19
19
19

7
7
7
7

36 . 4
36 . 8
37 . 2
37 . 6

12 . 3
12 . 5
12 . 7
12 . 9

0 . 61
0 . 61
0 . 62
0 . 62

14000

372 . 1

38 . 0

0 . 06

19

7

38 . 0

13 . 1

0 . 63

256

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
4H
M23 2 A1

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

10500

19 . 7

19 . 2

7. 7

6. 6

10 . 5

7. 1

47 . 6

47 . 1

9

6

10600
10700
10800
10900

19 . 8
19 . 9
20 . 0
20 . 1

19 . 3
19 . 5
19 . 6
19 . 7

7. 9
8. 1
8. 3
8. 5

6. 7
6.9
7. 0
7. 2

10 . 5
10 . 4
10 . 3
10 . 2

6. 9
6. 7
6. 5
6. 3

48 . 3
48 . 9
49 . 6
50 . 2

47 . 6
48 . 1
48 . 6
49 . 1

9
10
10
10

6
7
7
8

11000

20 . 1

19 . 8

8. 7

7. 3

10 . 0

6. 1

50 . 8

49 . 6

11

8

11100
11200
11300
11400

20 . 2
20 . 3
20 . 4
20 . 5

19 . 9
20 . 0
20 . 1
20 . 2

8. 8
9.0
9.2
9.4

7. 5
7. 7
7. 8
8. 0

9.9
9.7
9.6
9.4

5. 9
5. 6
5. 4
5. 1

51 . 5
52 . 1
52 . 7
53 . 3

50 . 1
50 . 6
51 . 0
51 . 5

11
12
12
12

8
9
9
10

11500

20 . 6

20 . 3

9.6

8. 1

9.2

4. 9

53 . 9

52 . 0

13

10

11600
11700
11800
11900

20 . 7
20 . 8
20 . 9
21 . 0

20 . 4
20 . 5
20 . 6
20 . 7

9.8
10 . 1
10 . 3
10 . 5

8. 3
8. 5
8. 6
8. 8

9.0
8. 8
8. 6
8. 3

4. 6
4. 3
4. 0
3. 8

54 . 5
55 . 1
55 . 7
56 . 2

52 . 5
52 . 9
53 . 4
53 . 9

13
14
14
14

10
11
11
11

12000

21 . 0

20 . 8

10 . 7

9.0

8. 1

3. 5

56 . 8

54 . 3

15

12

12100
12200
12300
12400

21 . 1
21 . 2
21 . 3
21 . 4

20 . 8
20 . 9
21 . 0
21 . 1

10 . 9
11 . 1
11 . 3
11 . 6

9.1
9.3
9.5
9.6

7. 8
7. 5
7. 2
6.9

3. 2
2. 9
2. 6
2. 2

57 . 4
57 . 9
58 . 5
59 . 0

54 . 8
55 . 2
55 . 7
56 . 2

15
15
16
16

12
12
13
13

12500

21 . 5

21 . 2

11 . 8

9.8

6. 6

1. 9

59 . 5

56 . 6

16

13

12600
12700
12800
12900

21 . 5
21 . 6
21 . 7
21 . 8

21 . 3
21 . 4
21 . 5
21 . 6

12 . 0
12 . 2
12 . 5
12 . 7

10 . 0
10 . 2
10 . 4
10 . 5

6. 3
6. 0
5. 6
5. 3

1. 6
1. 3
1. 0
0. 6

60 . 1
60 . 6
61 . 1
61 . 6

57 . 1
57 . 6
58 . 0
58 . 5

16
17
17
17

14
14
14
15

13000

21 . 9

21 . 7

12 . 9

10 . 7

4.9

0. 3

62 . 1

58 . 9

18

15

13100
13200
13300
13400

22 . 0
22 . 1
22 . 2
22 . 3

21 . 8
21 . 9
22 . 0
22 . 0

13 . 2
13 . 4
13 . 6
13 . 9

10 . 9
11 . 1
11 . 3
11 . 4

4. 6
4. 2
3. 8
3. 4

0. 0
0. 4
0. 7
1. 1

62 . 6
63 . 1
63 . 6
64 . 1

59 . 4
59 . 9
60 . 3
60 . 8

18
18
19
19

15
16
16
16

13500

22 . 3

22 . 1

14 . 1

11 . 6

3. 0

1. 4

64 . 6

61 . 2

19

16

13600
13700
13800
13900

22 . 4
22 . 5
22 . 6
22 . 7

22 . 2
22 . 3
22 . 4
22 . 4

14 . 4
14 . 6
14 . 9
15 . 1

11 . 8
12 . 0
12 . 2
12 . 4

2. 6
2. 1
1. 7
1. 3

1. 7
2. 1
2. 4
2. 8

65 . 1
65 . 6
66 . 0
66 . 5

61 . 7
62 . 2
62 . 6
63 . 1

20
20
20
21

17
17
17
18

14000

22 . 8

22 . 5

15 . 4

12 . 6

0. 8

3. 2

67 . 0

63 . 5

21

18

257

CHARGE
4H
M23 2 A1

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

14000

372 . 1

38 . 0

0 . 06

19

7

38 . 0

13 . 1

0 . 63

14100
14200
14300
14400

377 . 5
383 . 0
388 . 5
394 . 0

38 . 5
38 . 9
39 . 3
39 . 8

0 . 06
0 . 06
0 . 05
0 . 05

18
18
18
18

7
7
7
8

38 . 5
38 . 9
39 . 3
39 . 8

13 . 3
13 . 4
13 . 6
13 . 8

0 . 63
0 . 64
0 . 64
0 . 64

14500

399 . 7

40 . 2

0 . 05

18

8

40 . 2

14 . 1

0 . 65

14600
14700
14800
14900

405 . 3
411 . 1
416 . 9
422 . 8

40 . 7
41 . 1
41 . 6
42 . 0

0 . 05
0 . 05
0 . 05
0 . 05

17
17
17
17

8
8
8
8

40 . 7
41 . 1
41 . 6
42 . 0

14 . 3
14 . 5
14 . 7
14 . 9

0 . 65
0 . 66
0 . 66
0 . 66

15000

428 . 8

42 . 5

0 . 05

17

8

42 . 5

15 . 1

0 . 67

15100
15200
15300
15400

434 . 8
440 . 9
447 . 1
453 . 4

43 . 0
43 . 4
43 . 9
44 . 4

0 . 05
0 . 05
0 . 05
0 . 05

16
16
16
16

8
9
9
9

43 . 0
43 . 4
43 . 9
44 . 4

15 . 3
15 . 6
15 . 8
16 . 0

0 . 67
0 . 68
0 . 68
0 . 68

15500

459 . 7

44 . 9

0 . 05

16

9

44 . 9

16 . 3

0 . 69

15600
15700
15800
15900

466 . 2
472 . 7
479 . 3
486 . 0

45 . 4
45 . 9
46 . 4
46 . 9

0 . 05
0 . 05
0 . 05
0 . 05

15
15
15
15

9
10
10
10

45 . 4
45 . 9
46 . 4
46 . 9

16 . 5
16 . 8
17 . 0
17 . 3

0 . 69
0 . 70
0 . 70
0 . 71

16000

492 . 8

47 . 4

0 . 05

15

10

47 . 4

17 . 6

0 . 71

16100
16200
16300
16400

499 . 8
506 . 8
514 . 0
521 . 3

47 . 9
48 . 4
49 . 0
49 . 5

0 . 05
0 . 05
0 . 05
0 . 04

14
14
14
14

10
11
11
11

47 . 9
48 . 4
49 . 0
49 . 5

17 . 8
18 . 1
18 . 4
18 . 7

0 . 71
0 . 72
0 . 72
0 . 73

16500

528 . 7

50 . 1

0 . 04

13

11

50 . 1

19 . 0

0 . 73

16600
16700
16800
16900

536 . 3
544 . 1
552 . 0
560 . 0

50 . 6
51 . 2
51 . 8
52 . 4

0 . 04
0 . 04
0 . 04
0 . 04

13
13
13
12

12
12
12
13

50 . 6
51 . 2
51 . 8
52 . 4

19 . 3
19 . 7
20 . 0
20 . 4

0 . 74
0 . 74
0 . 74
0 . 75

17000

568 . 3

53 . 0

0 . 04

12

13

53 . 0

20 . 7

0 . 75

17100
17200
17300
17400

576 . 8
585 . 5
594 . 6
603 . 9

53 . 6
54 . 3
55 . 0
55 . 6

0 . 04
0 . 04
0 . 04
0 . 04

12
11
11
11

13
14
15
15

53 . 6
54 . 3
55 . 0
55 . 6

21 . 1
21 . 5
21 . 9
22 . 4

0 . 76
0 . 76
0 . 77
0 . 77

17500

613 . 6

56 . 3

0 . 04

10

16

56 . 3

22 . 8

0 . 78

258

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
4H
M23 2 A1

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

14000

22 . 8

22 . 5

15 . 4

12 . 6

0. 8

3. 2

67 . 0

63 . 5

21

18

14100
14200
14300
14400

22 . 9
23 . 0
23 . 0
23 . 1

22 . 6
22 . 7
22 . 8
22 . 8

15 . 6
15 . 9
16 . 2
16 . 4

12 . 8
13 . 0
13 . 2
13 . 3

0. 4
0. 1
0. 5
1. 0

3. 5
3.9
4. 3
4. 6

67 . 4
67 . 9
68 . 4
68 . 8

64 . 0
64 . 5
64 . 9
65 . 4

22
22
22
23

18
18
19
19

14500

23 . 2

22 . 9

16 . 7

13 . 5

1. 5

5. 0

69 . 3

65 . 8

23

19

14600
14700
14800
14900

23 . 3
23 . 4
23 . 5
23 . 6

23 . 0
23 . 1
23 . 2
23 . 2

17 . 0
17 . 2
17 . 5
17 . 8

13 . 7
13 . 9
14 . 1
14 . 3

1. 9
2. 4
2. 9
3. 4

5. 4
5. 8
6. 2
6. 6

69 . 7
70 . 2
70 . 6
71 . 1

66 . 3
66 . 8
67 . 2
67 . 7

23
24
24
24

20
20
20
21

15000

23 . 7

23 . 3

18 . 1

14 . 5

3. 8

7. 0

71 . 5

68 . 2

25

21

15100
15200
15300
15400

23 . 8
23 . 8
23 . 9
24 . 0

23 . 4
23 . 5
23 . 5
23 . 6

18 . 4
18 . 7
19 . 0
19 . 3

14 . 7
14 . 9
15 . 1
15 . 3

4. 3
4. 8
5. 3
5. 7

7. 4
7. 8
8. 2
8. 6

72 . 0
72 . 4
72 . 9
73 . 4

68 . 6
69 . 1
69 . 7
70 . 2

25
25
26
26

21
22
22
22

15500

24 . 1

23 . 7

19 . 6

15 . 6

6. 2

9.0

73 . 8

70 . 7

26

23

15600
15700
15800
15900

24 . 2
24 . 3
24 . 4
24 . 5

23 . 8
23 . 9
23 . 9
24 . 0

19 . 9
20 . 2
20 . 5
20 . 8

15 . 8
16 . 0
16 . 2
16 . 4

6. 7
7. 2
7. 6
8. 1

9.4
9.8
10 . 2
10 . 5

74 . 3
74 . 7
75 . 2
75 . 7

71 . 3
71 . 8
72 . 4
73 . 0

27
27
27
28

23
23
23
24

16000

24 . 6

24 . 1

21 . 1

16 . 6

8. 6

10 . 9

76 . 2

73 . 6

28

24

16100
16200
16300
16400

24 . 6
24 . 7
24 . 8
24 . 9

24 . 2
24 . 2
24 . 3
24 . 4

21 . 5
21 . 8
22 . 1
22 . 4

16 . 8
17 . 0
17 . 3
17 . 5

9.0
9.5
10 . 0
10 . 5

11 . 3
11 . 6
12 . 0
12 . 4

76 . 6
77 . 1
77 . 6
78 . 1

74 . 2
74 . 9
75 . 6
76 . 3

28
29
29
29

24
25
25
26

16500

25 . 0

24 . 5

22 . 7

17 . 7

11 . 0

12 . 7

78 . 6

77 . 0

30

26

16600
16700
16800
16900

25 . 1
25 . 2
25 . 3
25 . 5

24 . 5
24 . 6
24 . 7
24 . 8

23 . 1
23 . 4
23 . 8
24 . 2

17 . 9
18 . 1
18 . 4
18 . 6

11 . 5
12 . 0
12 . 5
13 . 1

13 . 0
13 . 4
13 . 7
14 . 0

79 . 1
79 . 6
80 . 1
80 . 6

77 . 8
78 . 5
79 . 2
80 . 0

30
30
31
31

26
26
27
27

17000

25 . 6

24 . 9

24 . 6

18 . 8

13 . 6

14 . 3

81 . 1

80 . 8

32

27

17100
17200
17300
17400

25 . 7
25 . 9
26 . 0
26 . 2

25 . 0
25 . 1
25 . 2
25 . 3

25 . 1
25 . 6

19 . 0
19 . 3
19 . 5
19 . 8

14 . 0
14 . 5
14 . 9
15 . 3

14 . 5
14 . 8
15 . 0
15 . 3

81 . 6
82 . 1
82 . 5
83 . 0

81 . 5
82 . 3
83 . 2
84 . 2

33
33
34
34

28
28
29
30

17500

26 . 3

25 . 4

20 . 0

15 . 7

15 . 6

83 . 5

85 . 4

35

30

2 59

CHARGE
4H
M23 2 A1

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

17500

613 . 6

56 . 3

0 . 04

10

16

56 . 3

22 . 8

0 . 78

17600
17700
17800
17900

623 . 6
634 . 1
645 . 2
656 . 9

57 . 1
57 . 8
58 . 6
59 . 5

0 . 04
0 . 04
0 . 04
0 . 04

10
9
9
8

17
17
19
20

57 . 1
57 . 8
58 . 6
59 . 5

23 . 3
23 . 9
24 . 5
25 . 1

0 . 79
0 . 79
0 . 80
0 . 80

18000

669 . 3

60 . 4

0 . 04

8

21

60 . 4

25 . 8

0 . 81

18100
18200
18300
18400

682 . 7
697 . 3
713 . 6
732 . 4

61 . 3
62 . 4
63 . 6
64 . 9

0 . 04
0 . 04
0 . 04
0 . 04

7
6
6
5

23
26
30
36

61 . 3
62 . 4
63 . 6
64 . 9

26 . 6
27 . 4
28 . 4
29 . 6

0 . 82
0 . 83
0 . 83
0 . 84

18500

756 . 1

66 . 5

0 . 04

3

55

66 . 5

31 . 2

0 . 85

18600

796 . 8

69 . 4

0 . 04

69 . 4

34 . 2

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

**********************************************************************
18600

841 . 2

72 . 3

0 . 03

72 . 3

38 . 0

18500

880 . 6

74 . 9

0 . 03

3

60

74 . 9

41 . 6

1 . 01

18400
18300
18200
18100

902 . 7
919 . 8
934 . 2
946 . 8

76 . 4
77 . 4
78 . 3
79 . 1

0 . 03
0 . 03
0 . 03
0 . 03

5
6
7
8

38
30
26
23

76 . 4
77 . 4
78 . 3
79 . 1

43 . 8
45 . 6
47 . 1
48 . 6

1 . 03
1 . 04
1 . 05
1 . 07

18000

958 . 2

79 . 8

0 . 03

9

21

79 . 8

49 . 9

1 . 08

17900
17800
17700
17600

968 . 6
978 . 3
987 . 4
996 . 0

80 . 5
81 . 0
81 . 6
82 . 1

0 . 03
0 . 03
0 . 03
0 . 03

10
11
11
12

19
18
17
16

80 . 5
81 . 0
81 . 6
82 . 1

51 . 2
52 . 5
53 . 7
54 . 8

1 . 09
1 . 11
1 . 12
1 . 13

17500

1004 . 1

82 . 6

0 . 03

13

15

82 . 6

56 . 0

1 . 14

17400
17300
17200
17100

1011 . 9
1019 . 3
1026 . 5
1033 . 3

83 . 0
83 . 4
83 . 8
84 . 2

0 . 03
0 . 03
0 . 03
0 . 03

13
14
14
15

14
14
13
12

83 . 0
83 . 4
83 . 8
84 . 2

57 . 1
58 . 2
59 . 3
60 . 4

1 . 16
1 . 17
1 . 18
1 . 19

17000

1040 . 0

84 . 6

0 . 03

15

12

84 . 6

61 . 5

1 . 20

260

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
4H
M23 2 A1

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

17500

26 . 3

25 . 4

20 . 0

15 . 7

15 . 6

83 . 5

85 . 4

35

30

17600
17700
17800
17900

26 . 4
26 . 5
26 . 6
26 . 8

25 . 6
25 . 7
25 . 8
25 . 9

20 . 2
20 . 4
20 . 7
20 . 9

16 . 0
16 . 2
16 . 4
16 . 5

15 . 9
16 . 1
16 . 4
16 . 7

84 . 0
84 . 5
85 . 0
85 . 6

86 . 9
89 . 0

36
36
37
37

31
31
32
32

18000

27 . 0

26 . 1

21 . 1

16 . 6

17 . 0

86 . 1

38

33

18100
18200
18300
18400

27 . 2
27 . 5
27 . 9

26 . 2
26 . 4
26 . 5
26 . 7

21 . 4
21 . 6
21 . 8
22 . 1

16 . 7
16 . 9
17 . 0
16 . 8

17 . 2
17 . 5
17 . 7
17 . 8

86 . 6
87 . 2
87 . 9
88 . 5

39
39
40
42

34
34
35
35

18500

26 . 9

22 . 3

17 . 8

89 . 2

43

36

18600

27 . 0

22 . 5

17 . 6

90 . 0

37

**********************************************************************
18600

28 . 4

26 . 2

15 . 5

103 . 4

18500

28 . 4

26 . 2

15 . 0

103 . 0

45

41

41

18400
18300
18200
18100

28 . 3
28 . 4
28 . 4

28 . 3
28 . 3
28 . 3
28 . 2

26 . 1
26 . 0
25 . 9
25 . 8

14 . 7
13 . 9
13 . 3
12 . 8

14 . 5
14 . 2
13 . 9
13 . 6

102 . 7
102 . 3
101 . 9
101 . 5

46
46
47
47

42
42
42
42

18000

28 . 5

28 . 2

25 . 7

12 . 3

13 . 4

101 . 0

47

42

17900
17800
17700
17600

28 . 5
28 . 4
28 . 3
28 . 2

28 . 1
28 . 1
28 . 0
27 . 9

25 . 6
25 . 5
25 . 4
25 . 3

11 . 9
11 . 5
11 . 2
10 . 9

13 . 2
13 . 0
12 . 8
12 . 6

100 . 6
100 . 2
99 . 7
99 . 2

90 . 6
91 . 5

47
47
47
47

42
42
42
42

17500

28 . 0

27 . 9

25 . 2

10 . 6

12 . 5

98 . 7

91 . 9

47

42

17400
17300
17200
17100

27 . 9
27 . 7
27 . 6
27 . 5

27 . 8
27 . 7
27 . 6
27 . 5

27 . 0
27 . 1

25 . 1
25 . 0
24 . 9
24 . 7

10 . 3
10 . 0
9.8
9.6

12 . 3
12 . 2
12 . 0
11 . 9

98 . 2
97 . 7
97 . 1
96 . 6

92 . 0
92 . 0
91 . 8
91 . 5

47
47
47
47

42
42
42
42

17000

27 . 4

27 . 4

27 . 2

24 . 6

9.4

11 . 7

96 . 0

91 . 2

47

43

261

CHARGE
4H
M23 2 A1

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

17000

1040 . 0

84 . 6

0 . 03

15

12

84 . 6

61 . 5

1 . 20

16900
16800
16700
16600

1046 . 4
1052 . 6
1058 . 6
1064 . 5

84 . 9
85 . 3
85 . 6
85 . 9

0 . 03
0 . 03
0 . 03
0 . 03

16
16
17
17

11
11
11
10

84 . 9
85 . 3
85 . 6
85 . 9

62 . 5
63 . 6
64 . 7
65 . 8

1 . 21
1 . 23
1 . 24
1 . 25

16500

1070 . 2

86 . 2

0 . 03

18

10

86 . 2

66 . 9

1 . 26

16400
16300
16200
16100

1075 . 7
1081 . 1
1086 . 4
1091 . 6

86 . 5
86 . 8
87 . 1
87 . 4

0 . 03
0 . 03
0 . 03
0 . 03

18
19
19
20

10
9
9
9

86 . 5
86 . 8
87 . 1
87 . 4

68 . 0
69 . 1
70 . 2
71 . 4

1 . 27
1 . 29
1 . 30
1 . 31

16000

1096 . 6

87 . 6

0 . 03

20

9

87 . 6

72 . 5

1 . 33

15900
15800
15700
15600

1101 . 6
1106 . 4
1111 . 1
1115 . 8

87 . 9
88 . 2
88 . 4
88 . 6

0 . 03
0 . 03
0 . 03
0 . 03

20
21
21
22

8
8
8
8

87 . 9
88 . 2
88 . 4
88 . 6

73 . 7
74 . 9
76 . 1
77 . 3

1 . 34
1 . 35
1 . 36
1 . 38

15500

1120 . 3

88 . 9

0 . 03

22

8

88 . 9

78 . 5

1 . 39

15400
15300
15200
15100

1124 . 8
1129 . 2
1133 . 5
1137 . 7

89 . 1
89 . 3
89 . 5
89 . 7

0 . 03
0 . 03
0 . 03
0 . 03

23
23
23
24

7
7
7
7

89 . 1
89 . 3
89 . 5
89 . 7

79 . 8
81 . 1
82 . 4
83 . 8

1 . 41
1 . 42
1 . 44
1 . 45

15000

1141 . 9

89 . 9

0 . 03

24

7

89 . 9

85 . 2

1 . 47

14900
14800
14700
14600

1146 . 0
1150 . 0
1153 . 9
1157 . 8

90 . 1
90 . 3
90 . 5
90 . 7

0 . 03
0 . 03
0 . 03
0 . 03

25
25
26
26

6
6
6
6

90 . 1
90 . 3
90 . 5
90 . 7

86 . 6
88 . 1
89 . 6
91 . 2

1 . 48
1 . 50
1 . 51
1 . 53

14500

1161 . 7

90 . 9

0 . 03

26

6

90 . 9

92 . 8

1 . 55

14400
14300
14200
14100

1165 . 4
1169 . 1
1172 . 8
1176 . 3

91 . 1
91 . 3
91 . 4
91 . 6

0 . 03
0 . 03
0 . 03
0 . 03

27
27
28
28

6
6
5
5

91 . 1
91 . 3
91 . 4
91 . 6

94 . 5
96 . 2
98 . 0
99 . 8

1 . 57
1 . 58
1 . 60
1 . 62

14000

1179 . 9

91 . 8

0 . 03

29

5

91 . 8

101 . 8

1 . 64

13900
13800
13700
13600

1183 . 4
1186 . 8
1190 . 1
1193 . 5

92 . 0
92 . 1
92 . 3
92 . 4

0 . 03
0 . 03
0 . 03
0 . 03

29
29
30
30

5
5
5
5

92 . 0
92 . 1
92 . 3
92 . 4

103 . 7
105 . 8
108 . 0
110 . 2

1 . 66
1 . 68
1 . 71
1 . 73

13500

1196 . 7

92 . 6

0 . 03

31

5

92 . 6

112 . 5

1 . 75

262

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
4H
M23 2 A1

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

17000

27 . 4

27 . 4

27 . 2

24 . 6

9.4

11 . 7

96 . 0

91 . 2

47

43

16900
16800
16700
16600

27 . 3
27 . 2
27 . 1
26 . 9

27 . 3
27 . 1
27 . 0
26 . 8

27 . 2
27 . 2
27 . 2
27 . 1

24 . 5
24 . 4
24 . 2
24 . 1

9.2
9.0
8. 9
8. 8

11 . 6
11 . 5
11 . 4
11 . 2

95 . 5
94 . 9
94 . 3
93 . 8

90 . 9
90 . 5
90 . 1
89 . 7

47
47
47
47

43
43
43
43

16500

26 . 8

26 . 7

27 . 1

24 . 0

8. 6

11 . 1

93 . 2

89 . 3

47

43

16400
16300
16200
16100

26 . 7
26 . 6
26 . 5
26 . 3

26 . 5
26 . 3
26 . 2
26 . 0

27 . 0
27 . 0
26 . 9
26 . 9

23 . 8
23 . 7
23 . 5
23 . 4

8. 5
8. 4
8. 3
8. 2

11 . 0
10 . 9
10 . 8
10 . 7

92 . 6
92 . 1
91 . 5
90 . 9

88 . 9
88 . 5
88 . 1
87 . 6

47
47
47
47

43
43
43
43

16000

26 . 2

25 . 9

26 . 8

23 . 2

8. 0

10 . 6

90 . 3

87 . 2

47

43

15900
15800
15700
15600

26 . 1
25 . 9
25 . 8
25 . 6

25 . 7
25 . 6
25 . 4
25 . 3

26 . 8
26 . 7
26 . 6
26 . 6

23 . 0
22 . 9
22 . 7
22 . 5

7. 9
7. 8
7. 7
7. 6

10 . 5
10 . 4
10 . 3
10 . 2

89 . 7
89 . 1
88 . 5
87 . 9

86 . 8
86 . 3
85 . 8
85 . 4

47
47
47
47

43
43
43
43

15500

25 . 5

25 . 1

26 . 5

22 . 3

7. 5

10 . 1

87 . 2

84 . 9

47

44

15400
15300
15200
15100

25 . 3
25 . 1
25 . 0
24 . 8

24 . 9
24 . 7
24 . 6
24 . 4

26 . 4
26 . 3
26 . 2
26 . 1

22 . 1
21 . 9
21 . 7
21 . 5

7. 4
7. 3
7. 2
7. 1

10 . 0
10 . 0
9.9
9.8

86 . 6
86 . 0
85 . 4
84 . 7

84 . 4
83 . 9
83 . 4
82 . 8

47
47
48
48

44
44
44
44

15000

24 . 6

24 . 2

26 . 1

21 . 2

7. 0

9.7

84 . 1

82 . 3

48

44

14900
14800
14700
14600

24 . 5
24 . 3
24 . 1
24 . 0

24 . 1
23 . 9
23 . 7
23 . 5

26 . 0
25 . 9
25 . 8
25 . 7

21 . 0
20 . 7
20 . 5
20 . 2

6. 9
6. 9
6. 8
6. 7

9.7
9.6
9.5
9.5

83 . 4
82 . 8
82 . 1
81 . 4

81 . 8
81 . 2
80 . 7
80 . 1

48
48
48
48

44
44
44
45

14500

23 . 8

23 . 4

25 . 6

19 . 9

6. 7

9.4

80 . 7

79 . 6

49

45

14400
14300
14200
14100

23 . 6
23 . 4
23 . 2
23 . 0

23 . 2
23 . 0
22 . 8
22 . 6

25 . 5
25 . 3
25 . 2
25 . 1

19 . 6
19 . 3
19 . 0
18 . 7

6. 6
6. 5
6. 5
6. 4

9.4
9.3
9.3
9.3

80 . 0
79 . 3
78 . 6
77 . 9

79 . 0
78 . 4
77 . 8
77 . 3

49
49
49
49

45
45
46
46

14000

22 . 8

22 . 4

25 . 0

18 . 4

6. 4

9.2

77 . 2

76 . 7

50

46

13900
13800
13700
13600

22 . 6
22 . 4
22 . 2
22 . 0

22 . 2
22 . 0
21 . 8
21 . 6

24 . 9
24 . 8
24 . 7
24 . 5

18 . 0
17 . 6
17 . 2
16 . 8

6. 4
6. 3
6. 3
6. 3

9.2
9.2
9.1
9.1

76 . 4
75 . 7
74 . 9
74 . 2

76 . 1
75 . 4
74 . 8
74 . 2

50
50
51
51

47
47
47
48

13500

21 . 8

21 . 4

24 . 4

6. 3

9.1

73 . 4

73 . 5

51

48

263

CHARGE
4H
M23 2 A1

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

13500

1196 . 7

92 . 6

0 . 03

31

5

92 . 6

112 . 5

1 . 75

13400
13300
13200
13100

1199 . 9
1203 . 1
1206 . 2
1209 . 3

92 . 8
92 . 9
93 . 1
93 . 2

0 . 03
0 . 03
0 . 03
0 . 03

31
32
32
33

4
4
4
4

92 . 8
92 . 9
93 . 1
93 . 2

115 . 0
117 . 5
120 . 2
122 . 9

1 . 78
1 . 81
1 . 83
1 . 86

13000

1212 . 3

93 . 4

0 . 03

33

4

93 . 4

125 . 8

1 . 89

12900
12800
12700
12600

1215 . 3
1218 . 2
1221 . 1
1223 . 9

93 . 5
93 . 7
93 . 8
94 . 0

0 . 03
0 . 03
0 . 03
0 . 03

34
35
35
36

4
4
4

93 . 5
93 . 7
93 . 8
94 . 0

128 . 9
132 . 1
135 . 4
138 . 9

1 . 93
1 . 96
1 . 99
2 . 03

12500

1226 . 6

94 . 1

0 . 03

36

94 . 1

142 . 6

2 . 07

12400
12300
12200
12100

1229 . 4
1232 . 0
1234 . 7
1237 . 3

94 . 3
94 . 4
94 . 6
94 . 8

0 . 03
0 . 03
0 . 03
0 . 03

37
38
38
39

94 . 3
94 . 4
94 . 6
94 . 8

146 . 5
150 . 5
154 . 8
159 . 3

2 . 11
2 . 16
2 . 20
2 . 26

12000

1239 . 8

94 . 9

0 . 03

40

94 . 9

164 . 1

2 . 31

11900
11800
11700
11600

1242 . 3
1244 . 7
1247 . 1
1249 . 4

95 . 1
95 . 2
95 . 4
95 . 6

0 . 03
0 . 03
0 . 03
0 . 03

41
41
42
43

95 . 1
95 . 2
95 . 4
95 . 6

169 . 0
174 . 3
179 . 8
185 . 5

2 . 37
2 . 43

11500

1251 . 7

95 . 8

0 . 03

44

95 . 8

191 . 6

11400
11300
11200

1254 . 0
1256 . 2
1258 . 3

96 . 0
96 . 1
96 . 3

0 . 03
0 . 03
0 . 03

45
46

96 . 0
96 . 1
96 . 3

197 . 9
204 . 5
211 . 4

11119

1260 . 0

264

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
4H
M23 2 A1

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

13500

21 . 8

21 . 4

24 . 4

6. 3

9.1

73 . 4

73 . 5

51

48

13400
13300
13200
13100

21 . 6
21 . 4
21 . 2
20 . 9

21 . 1
20 . 9
20 . 7
20 . 5

24 . 3
24 . 1
24 . 0
23 . 8

6. 3
6. 3
6. 3
6. 3

9.1
9.1
9.1
9.1

72 . 6
71 . 8
71 . 0
70 . 2

72 . 9
72 . 3
71 . 6
70 . 9

52
52
53
53

49
49
50
50

13000

20 . 7

20 . 2

23 . 7

6. 3

9.1

69 . 3

70 . 3

54

51

12900
12800
12700
12600

20 . 5
20 . 3
20 . 0
19 . 8

20 . 0
19 . 8
19 . 5
19 . 2

23 . 5
23 . 3
23 . 2
23 . 0

6. 4
6. 4
6. 4
6. 5

9.1
9.1
9.2
9.2

68 . 5
67 . 6
66 . 7

69 . 6
68 . 9
68 . 3
67 . 6

55
55
56
57

51
52
53
53

12500

19 . 5

19 . 0

22 . 8

6. 5

9.2

66 . 9

58

54

12400
12300
12200
12100

19 . 3
19 . 0
18 . 8
18 . 5

18 . 7
18 . 4
18 . 2
17 . 9

22 . 6
22 . 4
22 . 2
22 . 0

6. 6
6. 7
6. 7
6. 8

9.3
9.3
9.4
9.5

66 . 2
65 . 4
64 . 7
63 . 9

58
59
60
61

55
56
57
58

12000

18 . 2

17 . 6

21 . 8

6. 9

9.6

63 . 2

62

59

11900
11800
11700
11600

17 . 9
17 . 6
17 . 3
17 . 0

17 . 3
17 . 1
16 . 8
16 . 4

21 . 5
21 . 3
21 . 0
20 . 7

9.7
9.8
9.9
10 . 0

62 . 4
61 . 7
60 . 9
60 . 1

64

61
62
63
65

11500

16 . 7

16 . 1

20 . 5

10 . 2

59 . 3

66

11400
11300
11200

16 . 4
16 . 0
15 . 7

15 . 7
15 . 4

20 . 2
19 . 8
19 . 5

10 . 3
10 . 4

58 . 4
57 . 5
56 . 7

68
69

265

CHARGE
4H
M23 2 A1

TABLE G

F T 1 5 5 AM 3

SUPPLEMEN TARY DA TA

1

2

R
A
N
G
E

E
L
E
V

M

MIL

3

4

5

6

7

PROBABLE ERRORS

8

PROJ , HE , M10 7
FUZE , PD , M739 A1
9

10

ANGLE CO T TML
OF
ANGLE VEL
FALL
OF
FALL

FUZE M58 2
R

D

HB

TB

RB

M

M

M

SEC

M

MIL

M/S

0

705

11

12

MO

13

COMP S I TE
FOR
ANGLE OF S I TE
+1 M I L 1 M I L
S I TE
S I TE

M

MIL

MIL

0

0 . 000

0 . 00

0

0. 0

19

0

1000
2000
3000
4000

10 . 5
22 . 2
35 . 2
50 . 0

18
17
15
15

1
1
2
2

1 0 . 04
1 0 . 04
1 0 . 04

24
22
21

11
25
42
63

91 . 2
40 . 8
24 . 3
16 . 1

651
600
551
504

3
11
28
55

0 . 000
0 . 000
0 . 001
0 . 002

0 . 00
0 . 00
0 . 001
0 . 001

5000

66 . 6

14

3

2 0 . 04

20

89

11 . 4

460

94

0 . 003

0 . 002

6000
7000
8000
9000

85 . 6
107 . 4
132 . 6
161 . 7

15
16
18
21

3
4
4
5

2
3
4
4

0 . 04
0 . 04
0 . 04
0 . 04

19
18
19
20

122
163
213
274

8. 3
6. 2
4. 7
3. 6

419
381
347
326

150
226
329
467

0 . 004
0 . 006
0 . 008
0 . 011

0 . 002
0 . 003
0 . 003
0 . 004

10000

195 . 2

23

6

6 0 . 04

21

340

2. 9

315

646

0 . 016

0 . 007

11000
12000
13000
14000

232 . 9
274 . 8
321 . 1
372 . 1

26
28
31
33

6
7
8
9

0 . 05
0 . 05
0 . 05
0 . 05

22
23
24
25

409
478
548
618

2. 4
2. 0
1. 7
1. 4

310
309
309
311

872
1150
1484
1884

0 . 023
0 . 034
0 . 051
0 . 079

0 . 011
0 . 020
0 . 033
0 . 053

15000

428 . 8

35 10

16 0 . 06

26

689

1. 2

313

2360

0 . 123

0 . 086

16000
17000
18000

492 . 8
568 . 3
669 . 3

37 11
39 12
41 14

19 0 . 06
24 0 . 07
30 0 . 08

27
29
32

762
840
935

1. 1
0. 9
0. 8

317
320
324

2936
3658
4689

0 . 200
0 . 376
1 . 335

0 . 141
0 . 245
0 . 549

7
9
11
13

************************************************************************
18000 958 . 2
17000 1040 . 0
16000 1096 . 6

48 18
46 18
43 18

53 0 . 13
60 0 . 15
65 0 . 16

38 1166
37 1226
36 1268

0. 5
0. 4
0. 3

333
335
336

7844
8713
9285

2 . 478
1 . 49 0
1 . 29 4

1 . 68
1 . 36
1 . 24

15000 1141 . 9

40 18

69 0 . 17

34 1302

0. 3

336

9718

1 . 19 8

1 . 16

14000 1179 . 9
13000 1212 . 3
12000 1239 . 8

37 17
34 17
16

73 0 . 18
76 0 . 18
80 0 . 19

32 1332
29 1361
26 1388

0. 3
0. 2
0. 2

337 10060
337 10336
338 10558

1 . 138
1 . 09 6
1 . 065

1 . 12
1 . 08
1 . 05

266

F T 1 5 5 AM 3

TABLE H

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
4H
M23 2 A1

RANGE

CORREC T I ONS TO RANGE , I N ME TERS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
AZ I MU TH OF TARGE T
RANGE
ME TERS

0
3200

M I LS

200
3000

400
2800

600
2600

800
2400

1000
2200

1200
2000

1400
1800

1600
1600

1000
2000
3000
4000

0
0
0
0

2+
4+
5+
6+

4+
7+
9+
12+

5+
10+
14+
17+

7+
13+
17+
21+

8+
15+
21+
25+

9+
17+
23+
28+

10+
18+
24+
29+

10+
18+
25+
30+

5000

0

7+

13+

19+

24+

28+

32+

33+

34+

6000
7000
8000
9000

0
0
0
0

7+
8+
8+
8+

14+
15+
15+
15+

21+
22+
22+
22+

26+
27+
28+
29+

31+
32+
33+
34+

34+
36+
37+
37+

36+
38+
39+
40+

37+
39+
40+
40+

10000

0

8+

16+

23+

29+

34+

38+

40+

41+

11000
12000
13000
14000

0
0
0
0

8+
9+
9+
9+

16+
17+
18+
18+

24+
25+
26+
27+

30+
31+
32+
34+

35+
37+
38+
40+

39+
41+
42+
44+

42+
43+
45+
47+

42+
44+
46+
48+

15000

0

10+

19+

28+

35+

41+

46+

49+

50+

16000
17000
18000

0
0
0

10+
10+
10+

20+
20+
19+

28+
29+
27+

36+
37+
35+

42+
43+
41+

47+
48+
45+

50+
51+
48+

51+
52+
49+

**********************************************************************
18000
17000
16000

0
0
0

3+
0
+3

15000

0

+6

+11

14000
13000
12000

0
0
0

+8
+12
+16
3400
6200

3200
6400

6+
+1
+6

8+
+1
+9

10+
+1
+11

12+
+2
+13

14+
+2
+15

14+
+2
+16

15+
+2
+16

+16

+21

+24

+27

+29

+29

+17
+23
+31

+24
+33
+45

+31
+42
+57

+36
+50
+67

+40
+55
+75

+42
+58
+79

+43
+60
+81

3600
6000

3800
5800

4000
5600

4200
5400

4400
5200

4600
5000

4800
4800

AZ I MU TH OF TARGE T
NO TES

1.
2.
3.
4.

M I LS

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .
CORREC T I ONS ARE FOR 0 DEGREES LA T I TUDE . FOR O THER LA T I TUDES
MUL T I PLY CORREC T I ONS BY THE FAC TOR G I VEN BELOW.
LA T I TUDE ( DEG)
MUL T I PLY BY

10

20

30

40

50

60

70

.98

.94

. 87

. 77

. 64

. 50

. 34

267

CHARGE
4H
M23 2 A1

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
0 DEGREES LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

5000

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0

0. 0

0. 0

6000
7000
8000
9000

0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
R0 . 1 L R0 . 1 L

0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
L 0 . 1R L 0 . 1R

10000

R0 . 1 L R0 . 1 L R0 . 1 L

11000
12000
13000
14000

R0 . 1 L
R0 . 2 L
R0 . 2 L
R0 . 3 L

R0 . 1 L
0. 0
R0 . 1 L R0 . 1 L
R0 . 2 L R0 . 1 L
R0 . 2 L R0 . 1 L

0. 0
0. 0
0. 0
0. 0

0. 0
L 0 . 1R
L 0 . 1R
L 0 . 1R

15000

R0 . 4 L R0 . 3 L R0 . 3 L R0 . 1 L

0. 0

L 0 . 1R L 0 . 3R L 0 . 3R L 0 . 4R

16000
17000
18000

R0 . 5 L R0 . 5 L R0 . 3 L R0 . 2 L
R0 . 7 L R0 . 6 L R0 . 5 L R0 . 3 L
R0 . 9 L R0 . 9 L R0 . 7 L R0 . 4 L

0. 0
0. 0
0. 0

L 0 . 2R L 0 . 3R L 0 . 5R L 0 . 5R
L 0 . 3R L 0 . 5R L 0 . 6R L 0 . 7R
L 0 . 4R L 0 . 7R L 0 . 9 R L 0 . 9 R

R0 . 1 L
R0 . 2 L
R0 . 2 L
R0 . 3 L

L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

**********************************************************************
18000
17000
16000

R2 . 3 L R2 . 1 L R1 . 6 L R0 . 9 L
R2 . 9 L R2 . 7 L R2 . 0 L R1 . 1 L
R3 . 4 L R3 . 1 L R2 . 4 L R1 . 3 L

0. 0
0. 0
0. 0

L 0 . 9 R L 1 . 6R L 2 . 1R L 2 . 3R
L 1 . 1R L 2 . 0R L 2 . 7R L 2 . 9 R
L 1 . 3R L 2 . 4R L 3 . 1R L 3 . 4R

15000

R3 . 9 L R3 . 6 L R2 . 7 L R1 . 5 L

0. 0

L 1 . 5R L 2 . 7R L 3 . 6R L 3 . 9 R

14000
13000
12000

R4 . 3 L R4 . 0 L R3 . 1 L R1 . 7 L
R4 . 8 L R4 . 4 L R3 . 4 L R1 . 8 L
R5 . 2 L R4 . 8 L R3 . 7 L R2 . 0 L

0. 0
0. 0
0. 0

L 1 . 7R L 3 . 1R L 4 . 0R L 4 . 3R
L 1 . 8R L 3 . 4R L 4 . 4R L 4 . 8R
L 2 . 0R L 3 . 7R L 4 . 8R L 5 . 2R

3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

800
5600

400
6000

0
6400

M I LS

0 DEGREES LA T I TUDE
NO TES

268

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
4H
M23 2 A1

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
1 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

0
6400

400
6000

800
5600

1200
5200

1600
4800

M I LS
2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R

5000

L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R

6000
7000
8000
9000

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 3R

10000

L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R

11000
12000
13000
14000

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 1R

15000

L 0 . 1R L 0 . 1R L 0 . 2R L 0 . 3R L 0 . 5R L 0 . 6R L 0 . 7R L 0 . 8R L 0 . 8R

16000
17000
18000

0. 0
L 0 . 1R L 0 . 2R L 0 . 3R L 0 . 5R L 0 . 7R L 0 . 9 R L 1 . 0R L 1 . 0R
R0 . 1 L
0. 0
L 0 . 1R L 0 . 3R L 0 . 6R L 0 . 8R L 1 . 0R L 1 . 2R L 1 . 2R
R0 . 3 L R0 . 2 L
0. 0
L 0 . 3R L 0 . 7R L 1 . 0R L 1 . 3R L 1 . 5R L 1 . 6R

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 2R

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 2R

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 3R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 4R

L 0 . 3R
L 0 . 4R
L 0 . 4R
L 0 . 5R

L 0 . 4R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

**********************************************************************
18000
17000
16000

R1 . 3 L R1 . 2 L R0 . 7 L
0. 0
L 0 . 9 R L 1 . 8R L 2 . 5R L 3 . 0R L 3 . 1R
R1 . 9 L R1 . 7 L R1 . 1 L R0 . 1 L L 0 . 9 R L 2 . 0R L 3 . 0R L 3 . 6R L 3 . 8R
R2 . 4 L R2 . 1 L R1 . 4 L R0 . 3 L L 1 . 0R L 2 . 3R L 3 . 3R L 4 . 1R L 4 . 3R

15000

R2 . 8 L R2 . 5 L R1 . 7 L R0 . 5 L L 1 . 0R L 2 . 5R L 3 . 7R L 4 . 5R L 4 . 8R

14000
13000
12000

R3 . 3 L R2 . 9 L R2 . 0 L R0 . 6 L L 1 . 0R L 2 . 6R L 4 . 0R L 5 . 0R L 5 . 3R
R3 . 7 L R3 . 3 L R2 . 3 L R0 . 8 L L 1 . 0R L 2 . 8R L 4 . 3R L 5 . 4R L 5 . 7R
R4 . 1 L R3 . 7 L R2 . 6 L R0 . 9 L L 1 . 0R L 3 . 0R L 4 . 6R L 5 . 7R L 6 . 1R
3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

800
5600

400
6000

0
6400

M I LS

1 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

2 69

CHARGE
4H
M23 2 A1

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
2 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

0
6400

400
6000

800
5600

1200
5200

1600
4800

M I LS
2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R

5000

L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R

6000
7000
8000
9000

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 4R

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 4R

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 4R

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 4R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 4R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 5R

10000

L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 6R L 0 . 6R L 0 . 6R

11000
12000
13000
14000

L 0 . 4R
L 0 . 5R
L 0 . 5R
L 0 . 5R

15000

L 0 . 6R L 0 . 6R L 0 . 7R L 0 . 8R L 0 . 9 R L 1 . 0R L 1 . 2R L 1 . 2R L 1 . 3R

16000
17000
18000

L 0 . 6R L 0 . 6R L 0 . 7R L 0 . 8R L 1 . 0R L 1 . 2R L 1 . 3R L 1 . 4R L 1 . 5R
L 0 . 5R L 0 . 6R L 0 . 7R L 0 . 9 R L 1 . 1R L 1 . 4R L 1 . 6R L 1 . 7R L 1 . 8R
L 0 . 4R L 0 . 5R L 0 . 7R L 1 . 0R L 1 . 3R L 1 . 6R L 1 . 9 R L 2 . 1R L 2 . 2R

L 0 . 5R
L 0 . 5R
L 0 . 5R
L 0 . 6R

L 0 . 5R
L 0 . 5R
L 0 . 6R
L 0 . 6R

L 0 . 5R
L 0 . 6R
L 0 . 6R
L 0 . 7R

L 0 . 6R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 0 . 6R
L 0 . 8R
L0. 9R
L 1 . 0R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

**********************************************************************
18000
17000
16000

R0 . 4 L R0 . 2 L L 0 . 2R L 0 . 9 R L 1 . 8R L 2 . 6R L 3 . 3R L 3 . 7R L 3 . 9 R
R0 . 8 L R0 . 6 L R0 . 1 L L 0 . 8R L 1 . 9 R L 2 . 9 R L 3 . 8R L 4 . 4R L 4 . 6R
R1 . 3 L R1 . 0 L R0 . 3 L L 0 . 7R L 1 . 9 R L 3 . 1R L 4 . 2R L 4 . 9 R L 5 . 1R

15000

R1 . 7 L R1 . 4 L R0 . 6 L L 0 . 6R L 2 . 0R L 3 . 4R L 4 . 5R L 5 . 3R L 5 . 6R

14000
13000
12000

R2 . 1 L R1 . 8 L R0 . 9 L L 0 . 4R L 2 . 0R L 3 . 6R L 4 . 9 R L 5 . 8R L 6 . 1R
R2 . 5 L R2 . 1 L R1 . 2 L L 0 . 3R L 2 . 0R L 3 . 7R L 5 . 2R L 6 . 2R L 6 . 5R
R2 . 9 L R2 . 5 L R1 . 4 L L 0 . 1R L 2 . 0R L 3 . 9 R L 5 . 5R L 6 . 5R L 6 . 9 R
3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

800
5600

400
6000

0
6400

M I LS

2 0 DEGREES SOU TH LA T I TUDE
NO TES

270

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
4H
M23 2 A1

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
3 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

5000

L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R

6000
7000
8000
9000

L 0 . 4R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 5R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 6R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

10000

L 0 . 6R L 0 . 6R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 8R L 0 . 8R L 0 . 8R L 0 . 8R

11000
12000
13000
14000

L 0 . 7R
L 0 . 8R
L0. 9R
L0. 9R

15000

L 1 . 0R L 1 . 0R L 1 . 1R L 1 . 2R L 1 . 3R L 1 . 5R L 1 . 6R L 1 . 6R L 1 . 7R

16000
17000
18000

L 1 . 1R L 1 . 1R L 1 . 2R L 1 . 3R L 1 . 5R L 1 . 6R L 1 . 8R L 1 . 9 R L 1 . 9 R
L 1 . 1R L 1 . 1R L 1 . 3R L 1 . 5R L 1 . 7R L 1 . 9 R L 2 . 1R L 2 . 2R L 2 . 2R
L 1 . 1R L 1 . 2R L 1 . 3R L 1 . 6R L 1 . 9 R L 2 . 2R L 2 . 5R L 2 . 7R L 2 . 7R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 0R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 0R

L 0 . 8R
L0. 9R
L 1 . 0R
L 1 . 1R

L 0 . 8R
L0. 9R
L 1 . 1R
L 1 . 2R

L0. 9R
L 1 . 0R
L 1 . 1R
L 1 . 3R

L0. 9R
L 1 . 0R
L 1 . 2R
L 1 . 4R

L0. 9R
L 1 . 1R
L 1 . 2R
L 1 . 4R

L0. 9R
L 1 . 1R
L 1 . 2R
L 1 . 4R

**********************************************************************
18000
17000
16000

L 0 . 6R L 0 . 7R L 1 . 2R L 1 . 8R L 2 . 6R L 3 . 3R L 4 . 0R L 4 . 4R L 4 . 5R
L 0 . 2R L 0 . 4R L 1 . 0R L 1 . 8R L 2 . 7R L 3 . 7R L 4 . 5R L 5 . 0R L 5 . 2R
R0 . 1 L L 0 . 1R L 0 . 7R L 1 . 7R L 2 . 8R L 3 . 9 R L 4 . 9 R L 5 . 5R L 5 . 8R

15000

R0 . 5 L R0 . 2 L L 0 . 5R L 1 . 6R L 2 . 9 R L 4 . 2R L 5 . 3R L 6 . 0R L 6 . 2R

14000
13000
12000

R0 . 8 L R0 . 6 L L 0 . 3R L 1 . 5R L 2 . 9 R L 4 . 4R L 5 . 6R L 6 . 4R L 6 . 7R
R1 . 2 L R0 . 9 L
0. 0
L 1 . 3R L 2 . 9 R L 4 . 5R L 5 . 9 R L 6 . 8R L 7 . 1R
R1 . 6 L R1 . 2 L R0 . 2 L L 1 . 2R L 2 . 9 R L 4 . 7R L 6 . 1R L 7 . 1R L 7 . 4R
3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

800
5600

400
6000

0
6400

M I LS

3 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

271

CHARGE
4H
M23 2 A1

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
4 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

5000

L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R

6000
7000
8000
9000

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L0. 9R

10000

L 0 . 9 R L 0 . 9 R L 0 . 9 R L 0 . 9 R L 0 . 9 R L 1 . 0R L 1 . 0R L 1 . 0R L 1 . 0R

11000
12000
13000
14000

L 1 . 0R
L 1 . 1R
L 1 . 2R
L 1 . 3R

15000

L 1 . 4R L 1 . 4R L 1 . 5R L 1 . 6R L 1 . 7R L 1 . 8R L 1 . 9 R L 2 . 0R L 2 . 0R

16000
17000
18000

L 1 . 5R L 1 . 6R L 1 . 6R L 1 . 8R L 1 . 9 R L 2 . 1R L 2 . 2R L 2 . 3R L 2 . 3R
L 1 . 6R L 1 . 7R L 1 . 8R L 2 . 0R L 2 . 1R L 2 . 3R L 2 . 5R L 2 . 6R L 2 . 7R
L 1 . 7R L 1 . 8R L 2 . 0R L 2 . 2R L 2 . 5R L 2 . 7R L 3 . 0R L 3 . 1R L 3 . 2R

L 1 . 0R
L 1 . 1R
L 1 . 2R
L 1 . 3R

L 1 . 0R
L 1 . 1R
L 1 . 2R
L 1 . 4R

L 1 . 0R
L 1 . 2R
L 1 . 3R
L 1 . 4R

L 1 . 1R
L 1 . 2R
L 1 . 4R
L 1 . 5R

L 1 . 1R
L 1 . 3R
L 1 . 4R
L 1 . 6R

L 1 . 1R
L 1 . 3R
L 1 . 5R
L 1 . 7R

L 1 . 1R
L 1 . 3R
L 1 . 5R
L 1 . 7R

L 1 . 2R
L 1 . 3R
L 1 . 5R
L 1 . 7R

**********************************************************************
18000
17000
16000

L 1 . 6R L 1 . 7R L 2 . 1R L 2 . 6R L 3 . 3R L 4 . 0R L 4 . 5R L 4 . 9 R L 5 . 0R
L 1 . 3R L 1 . 5R L 1 . 9 R L 2 . 7R L 3 . 5R L 4 . 3R L 5 . 1R L 5 . 5R L 5 . 7R
L 1 . 0R L 1 . 2R L 1 . 8R L 2 . 6R L 3 . 6R L 4 . 6R L 5 . 5R L 6 . 0R L 6 . 2R

15000

L 0 . 7R L 1 . 0R L 1 . 6R L 2 . 6R L 3 . 7R L 4 . 8R L 5 . 8R L 6 . 4R L 6 . 7R

14000
13000
12000

L 0 . 4R L 0 . 7R L 1 . 4R L 2 . 5R L 3 . 7R L 5 . 0R L 6 . 1R L 6 . 8R L 7 . 1R
L 0 . 1R L 0 . 4R L 1 . 2R L 2 . 4R L 3 . 8R L 5 . 2R L 6 . 4R L 7 . 2R L 7 . 4R
R0 . 2 L L 0 . 1R L 1 . 0R L 2 . 2R L 3 . 8R L 5 . 3R L 6 . 6R L 7 . 4R L 7 . 7R
3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

800
5600

400
6000

0
6400

M I LS

4 0 DEGREES SOU TH LA T I TUDE
NO TES

272

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
4H
M23 2 A1

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
5 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

5000

L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R

6000
7000
8000
9000

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 1 . 0R

10000

L 1 . 0R L 1 . 1R L 1 . 1R L 1 . 1R L 1 . 1R L 1 . 1R L 1 . 1R L 1 . 2R L 1 . 2R

11000
12000
13000
14000

L 1 . 2R
L 1 . 3R
L 1 . 5R
L 1 . 6R

15000

L 1 . 8R L 1 . 8R L 1 . 9 R L 1 . 9 R L 2 . 0R L 2 . 1R L 2 . 2R L 2 . 3R L 2 . 3R

16000
17000
18000

L 2 . 0R L 2 . 0R L 2 . 1R L 2 . 2R L 2 . 3R L 2 . 4R L 2 . 5R L 2 . 6R L 2 . 6R
L 2 . 1R L 2 . 2R L 2 . 3R L 2 . 4R L 2 . 6R L 2 . 7R L 2 . 9 R L 3 . 0R L 3 . 0R
L 2 . 3R L 2 . 4R L 2 . 5R L 2 . 7R L 2 . 9 R L 3 . 2R L 3 . 4R L 3 . 5R L 3 . 5R

L 1 . 2R
L 1 . 3R
L 1 . 5R
L 1 . 6R

L 1 . 2R
L 1 . 4R
L 1 . 5R
L 1 . 7R

L 1 . 2R
L 1 . 4R
L 1 . 6R
L 1 . 7R

L 1 . 3R
L 1 . 4R
L 1 . 6R
L 1 . 8R

L 1 . 3R
L 1 . 5R
L 1 . 7R
L1. 9R

L 1 . 3R
L 1 . 5R
L 1 . 7R
L1. 9R

L 1 . 3R
L 1 . 5R
L 1 . 7R
L 2 . 0R

L 1 . 3R
L 1 . 5R
L 1 . 8R
L 2 . 0R

**********************************************************************
18000
17000
16000

L 2 . 5R L 2 . 6R L 2 . 9 R L 3 . 4R L 3 . 9 R L 4 . 5R L 5 . 0R L 5 . 3R L 5 . 4R
L 2 . 3R L 2 . 5R L 2 . 9 R L 3 . 5R L 4 . 2R L 4 . 9 R L 5 . 5R L 5 . 9 R L 6 . 0R
L 2 . 1R L 2 . 3R L 2 . 8R L 3 . 5R L 4 . 3R L 5 . 1R L 5 . 9 R L 6 . 3R L 6 . 5R

15000

L 1 . 9 R L 2 . 1R L 2 . 6R L 3 . 5R L 4 . 4R L 5 . 4R L 6 . 2R L 6 . 7R L 6 . 9 R

14000
13000
12000

L 1 . 7R L 1 . 9 R L 2 . 5R L 3 . 4R L 4 . 5R L 5 . 5R L 6 . 4R L 7 . 0R L 7 . 3R
L 1 . 4R L 1 . 7R L 2 . 3R L 3 . 3R L 4 . 5R L 5 . 7R L 6 . 7R L 7 . 3R L 7 . 6R
L 1 . 2R L 1 . 4R L 2 . 1R L 3 . 2R L 4 . 5R L 5 . 8R L 6 . 8R L 7 . 6R L 7 . 8R
3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

800
5600

400
6000

0
6400

M I LS

5 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

273

CHARGE
4H
M23 2 A1

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
6 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

5000

L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R

6000
7000
8000
9000

L 0 . 6R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 6R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 6R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 6R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 6R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

10000

L 1 . 2R L 1 . 2R L 1 . 2R L 1 . 2R L 1 . 2R L 1 . 3R L 1 . 3R L 1 . 3R L 1 . 3R

11000
12000
13000
14000

L 1 . 4R
L 1 . 5R
L 1 . 7R
L1. 9R

15000

L 2 . 1R L 2 . 1R L 2 . 2R L 2 . 2R L 2 . 3R L 2 . 4R L 2 . 4R L 2 . 5R L 2 . 5R

16000
17000
18000

L 2 . 3R L 2 . 3R L 2 . 4R L 2 . 5R L 2 . 6R L 2 . 7R L 2 . 7R L 2 . 8R L 2 . 8R
L 2 . 6R L 2 . 6R L 2 . 7R L 2 . 8R L 2 . 9 R L 3 . 0R L 3 . 1R L 3 . 2R L 3 . 2R
L 2 . 9 R L 2 . 9 R L 3 . 0R L 3 . 1R L 3 . 3R L 3 . 5R L 3 . 7R L 3 . 8R L 3 . 8R

L 1 . 4R
L 1 . 5R
L 1 . 7R
L1. 9R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 0R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 0R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 1R

L 1 . 5R
L 1 . 7R
L1. 9R
L 2 . 1R

L 1 . 5R
L 1 . 7R
L1. 9R
L 2 . 2R

L 1 . 5R
L 1 . 7R
L1. 9R
L 2 . 2R

L 1 . 5R
L 1 . 7R
L1. 9R
L 2 . 2R

**********************************************************************
18000
17000
16000

L 3 . 3R L 3 . 4R L 3 . 6R L 4 . 0R L 4 . 4R L 4 . 9 R L 5 . 3R L 5 . 5R L 5 . 6R
L 3 . 3R L 3 . 4R L 3 . 7R L 4 . 2R L 4 . 7R L 5 . 3R L 5 . 7R L 6 . 0R L 6 . 2R
L 3 . 2R L 3 . 3R L 3 . 7R L 4 . 2R L 4 . 9 R L 5 . 5R L 6 . 1R L 6 . 4R L 6 . 6R

15000

L 3 . 0R L 3 . 2R L 3 . 6R L 4 . 2R L 5 . 0R L 5 . 7R L 6 . 4R L 6 . 8R L 6 . 9 R

14000
13000
12000

L 2 . 9 R L 3 . 0R L 3 . 5R L 4 . 2R L 5 . 0R L 5 . 9 R L 6 . 6R L 7 . 1R L 7 . 2R
L 2 . 7R L 2 . 9 R L 3 . 4R L 4 . 2R L 5 . 1R L 6 . 0R L 6 . 8R L 7 . 3R L 7 . 5R
L 2 . 5R L 2 . 7R L 3 . 2R L 4 . 1R L 5 . 1R L 6 . 1R L 6 . 9 R L 7 . 5R L 7 . 7R
3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

800
5600

400
6000

0
6400

M I LS

6 0 DEGREES SOU TH LA T I TUDE
NO TES

274

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
4H
M23 2 A1

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
7 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

5000

L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R

6000
7000
8000
9000

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

10000

L 1 . 3R L 1 . 3R L 1 . 3R L 1 . 3R L 1 . 4R L 1 . 4R L 1 . 4R L 1 . 4R L 1 . 4R

11000
12000
13000
14000

L 1 . 5R
L 1 . 7R
L1. 9R
L 2 . 1R

15000

L 2 . 4R L 2 . 4R L 2 . 4R L 2 . 4R L 2 . 5R L 2 . 5R L 2 . 6R L 2 . 6R L 2 . 6R

16000
17000
18000

L 2 . 6R L 2 . 6R L 2 . 7R L 2 . 7R L 2 . 8R L 2 . 9 R L 2 . 9 R L 2 . 9 R L 3 . 0R
L 2 . 9 R L 2 . 9 R L 3 . 0R L 3 . 1R L 3 . 1R L 3 . 2R L 3 . 3R L 3 . 3R L 3 . 4R
L 3 . 3R L 3 . 3R L 3 . 4R L 3 . 5R L 3 . 6R L 3 . 7R L 3 . 8R L 3 . 9 R L 3 . 9 R

L 1 . 5R
L 1 . 7R
L1. 9R
L 2 . 1R

L 1 . 5R
L 1 . 7R
L1. 9R
L 2 . 2R

L 1 . 5R
L 1 . 7R
L 2 . 0R
L 2 . 2R

L 1 . 6R
L 1 . 8R
L 2 . 0R
L 2 . 2R

L 1 . 6R
L 1 . 8R
L 2 . 0R
L 2 . 3R

L 1 . 6R
L 1 . 8R
L 2 . 0R
L 2 . 3R

L 1 . 6R
L 1 . 8R
L 2 . 1R
L 2 . 3R

L 1 . 6R
L 1 . 8R
L 2 . 1R
L 2 . 3R

**********************************************************************
18000
17000
16000

L 4 . 0R L 4 . 1R L 4 . 3R L 4 . 5R L 4 . 8R L 5 . 1R L 5 . 4R L 5 . 5R L 5 . 6R
L 4 . 1R L 4 . 2R L 4 . 4R L 4 . 7R L 5 . 1R L 5 . 5R L 5 . 8R L 6 . 0R L 6 . 1R
L 4 . 1R L 4 . 2R L 4 . 5R L 4 . 8R L 5 . 3R L 5 . 7R L 6 . 1R L 6 . 4R L 6 . 5R

15000

L 4 . 1R L 4 . 2R L 4 . 5R L 4 . 9 R L 5 . 4R L 5 . 9 R L 6 . 3R L 6 . 6R L 6 . 7R

14000
13000
12000

L 4 . 0R L 4 . 1R L 4 . 4R L 4 . 9 R L 5 . 5R L 6 . 0R L 6 . 5R L 6 . 8R L 7 . 0R
L 3 . 9 R L 4 . 0R L 4 . 4R L 4 . 9 R L 5 . 5R L 6 . 1R L 6 . 7R L 7 . 0R L 7 . 1R
L 3 . 7R L 3 . 9 R L 4 . 3R L 4 . 8R L 5 . 5R L 6 . 2R L 6 . 8R L 7 . 1R L 7 . 3R
3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

AZ I MU TH OF TARGE T

1200
5200

800
5600

400
6000

0
6400

M I LS

7 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

275

CHARGE
4H
M23 2 A1

1

TABLE J

F T 1 5 5 AM 3

FUZE CORREC T I ON FAC TORS

2

3

4

5

FS

6

7

PROJ , HE , M10 7
FUZE , MTSQ , M58 2
8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

I NC

RANGE
W I ND
1 KNO T
HEAD

TA I L

A IR
TEMP
1 PC T
DEC

I NC

A IR
DENS I TY
1 PC T
DEC

I NC

PROJ WT
OF 1 SQ
( 4 SQ S TD )
DEC

I NC

0

276

1
2
3
4

. 003 0 . 003
. 004 0 . 004
. 005 0 . 005

0 . 000 0 . 000
0 . 000 0 . 000
0 . 000 0 . 000

0 . 000 0 . 000
0 . 000 0 . 000
0 . 000 0 . 000

0 . 000 0 . 000
0 . 001 . 001
0 . 001 . 001

0 . 007
0 . 009
0 . 012

. 007
. 010
. 012

5

. 007 0 . 007

0 . 000 0 . 000

0 . 001

. 001

0 . 002

. 002

0 . 014

. 015

6
7
8
9

. 008
. 009
. 010
. 012

0 . 000
0 . 000
0 . 000
0 . 000

0 . 000
0 . 000
0 . 000
0 . 000

0 . 001
0 . 001
0 . 001
0 . 002

. 001
. 001
. 001
. 002

0 . 003
0 . 004
0 . 005
0 . 006

. 003
. 004
. 005
. 006

0 . 017
0 . 018
0 . 020
0 . 022

. 017
. 019
. 020
. 022

0 . 000 0 . 000

0 . 002

. 002

0 . 008

. 008

0 . 023

. 023

0 . 000
0 . 000
. 001
. 001

0 . 000
0 . 000
0 . 001
0 . 001

0 . 003
0 . 003
0 . 004
0 . 004

. 003
. 003
. 003
. 004

0 . 009
0 . 011
0 . 013
0 . 014

. 009
. 011
. 012
. 014

0 . 024
0 . 025
0 . 026
0 . 026

. 025
. 026
. 027
. 027

. 001 0 . 001

0 . 005

. 004

0 . 016

. 016

0 . 027

. 028

0 . 001
0 . 001
0 . 001
0 . 001

0 . 005
0 . 006
0 . 007
0 . 009

. 005
. 007
. 009
. 011

0 . 018
0 . 021
0 . 023
0 . 027

. 018
. 021
. 024
. 028

0 . 027
0 . 027
0 . 026
0 . 024

. 028
. 028
. 028
. 026

. 001 0 . 001

0 . 011

. 014

0 . 031

. 031

0 . 022

. 025

0 . 001
0 . 001
0 . 001
0 . 001

0 . 014
0 . 017
0 . 019
0 . 022

. 016
. 018
. 020
. 022

0 . 035
0 . 039
0 . 043
0 . 048

. 035
. 039
. 043
. 046

0 . 020
0 . 018
0 . 015
0 . 013

. 023
. 021
. 019
. 016

. 001 0 . 001

0 . 024

. 023

0 . 052

. 050

0 . 011

. 014

0 . 001
0 . 001
0 . 001
0 . 001

0 . 027
0 . 029
0 . 031
0 . 032

. 025
. 026
. 027
. 027

0 . 056
0 . 061
0 . 065
0 . 069

. 054
. 057
. 060
. 063

0 . 009
0 . 006
0 . 005
0 . 003

. 012
. 010
. 008
. 006

. 001 0 . 001

0 . 034

. 028

0 . 073

. 066

0 . 001

. 005

0 . 001
0 . 001
0 . 002
0 . 002

0 . 035
0 . 037
0 . 038
0 . 039

. 028
. 028
. 028
. 028

0 . 077
0 . 080
0 . 084
0 . 087

. 069
. 072
. 074
. 077

0 . 000 . 003
. 002 . 002
. 003 . 001
. 004 0 . 000

. 002 0 . 002

0 . 039

. 028

0 . 091

. 080

. 005 0 . 001

0 . 008
0 . 009
0 . 010
0 . 012

10

. 013 0 . 013

11
12
13
14

. 014
. 015
. 016
. 017

15

. 018 0 . 018

16
17
18
19

. 019
. 020
. 021
. 023

20

. 024 0 . 024

21
22
23
24

. 025
. 026
. 027
. 028

25

. 029 0 . 029

26
27
28
29

. 030
. 031
. 031
. 032

30

. 033 0 . 033

31
32
33
34

. 034
. 035
. 036
. 037

35

. 037 0 . 037

0 . 014
0 . 015
0 . 016
0 . 017

0 . 019
0 . 020
0 . 021
0 . 023

0 . 025
0 . 026
0 . 027
0 . 028

0 . 029
0 . 030
0 . 031
0 . 032

0 . 034
0 . 035
0 . 036
0 . 036

. 001
. 001
. 001
. 001

. 001
. 001
. 001
. 001

. 001
. 001
. 001
. 001

. 001
. 001
. 001
. 002

F T 1 5 5 AM 3

TABLE J

PROJ , HE , M10 7
FUZE , MTSQ , M58 2
1

2

3

CHARGE
4H
M23 2 A1

FUZE CORREC T I ON FAC TORS

4

5

FS

6

7

8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

I NC

35

. 037 0 . 037

36
37
38
39

. 038
. 039
. 040
. 041

40

. 041 0 . 041

41
42
43
44

. 042
. 043
. 044
. 045

45

. 046 0 . 045

46
47
48
49

. 046
. 047
. 048
. 049

50

. 050 0 . 050

51
52
53
54

. 051
. 052
. 053
. 054

55

. 055 0 . 054

56
57
58
59

. 055
. 056
. 057
. 058

60

. 059 0 . 059

61
62
63
64

. 060
. 061
. 062
. 063

65

. 065 0 . 064

66
67
68
69

. 066
. 067
. 068
. 069

70

. 070 0 . 070

0 . 038
0 . 039
0 . 040
0 . 041

0 . 042
0 . 043
0 . 044
0 . 045

0 . 046
0 . 047
0 . 048
0 . 049

0 . 051
0 . 052
0 . 052
0 . 053

0 . 055
0 . 056
0 . 057
0 . 058

0 . 060
0 . 061
0 . 062
0 . 063

0 . 065
0 . 066
0 . 068
0 . 069

RANGE
W I ND
1 KNO T
HEAD

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

DEC

I NC

DEC

. 002 0 . 002

0 . 039

. 028

0 . 091

. 080

. 005 0 . 001

0 . 002
0 . 003
0 . 003
0 . 003

0 . 040
0 . 041
0 . 041
0 . 041

. 028
. 028
. 028
. 028

0 . 094
0 . 097
0 . 100
0 . 104

. 082
. 085
. 087
. 09 0

. 006
. 007
. 009
. 010

. 003 0 . 003

0 . 042

. 027

0 . 107

. 09 2

. 011 0 . 006

0 . 004
0 . 004
0 . 004
0 . 004

0 . 042
0 . 042
0 . 042
0 . 042

. 027
. 027
. 026
. 026

0 . 110
0 . 112
0 . 115
0 . 118

. 09 5
. 09 7
. 100
. 102

. 012
. 013
. 015
. 016

. 004 0 . 005

0 . 042

. 026

0 . 121

. 105

. 017 0 . 012

0 . 005
0 . 005
0 . 006
0 . 006

0 . 042
0 . 042
0 . 042
0 . 042

. 025
. 025
. 025
. 025

0 . 124
0 . 127
0 . 130
0 . 133

. 108
. 110
. 113
. 115

. 018
. 019
. 020
. 021

. 006 0 . 006

0 . 042

. 024

0 . 136

. 118

. 022 0 . 016

0 . 007
0 . 007
0 . 007
0 . 008

0 . 042
0 . 042
0 . 042
0 . 042

. 024
. 024
. 023
. 023

0 . 139
0 . 142
0 . 145
0 . 148

. 121
. 123
. 126
. 128

. 023
. 024
. 025
. 026

. 007 0 . 008

0 . 042

. 023

0 . 150

. 131

. 027 0 . 020

0 . 008
0 . 009
0 . 009
0 . 009

0 . 042
0 . 042
0 . 042
0 . 042

. 023
. 023
. 023
. 023

0 . 153
0 . 156
0 . 159
0 . 162

. 134
. 137
. 139
. 142

. 028
. 028
. 029
. 030

. 009 0 . 010

0 . 042

. 024

0 . 165

. 145

. 031 0 . 024

0 . 010
0 . 010
0 . 010
0 . 011

0 . 043
0 . 043
0 . 043
0 . 044

. 024
. 024
. 024
. 025

0 . 168
0 . 171
0 . 174
0 . 178

. 148
. 151
. 154
. 157

. 032
. 033
. 034
. 034

. 010 0 . 011

0 . 044

. 025

0 . 181

. 160

. 035 0 . 027

0 . 011
0 . 011
0 . 012
0 . 012

0 . 045
0 . 045
0 . 046
0 . 046

. 025
. 026
. 026
. 027

0 . 184
0 . 187
0 . 190
0 . 194

. 163
. 165
. 168
. 172

. 036
. 037
. 037
. 038

. 011 0 . 012

0 . 047

. 027

0 . 197

. 175

. 038 0 . 029

. 002
. 002
. 002
. 003

. 003
. 003
. 004
. 004

. 004
. 005
. 005
. 005

. 006
. 006
. 007
. 007

. 008
. 008
. 008
. 008

. 009
. 009
. 010
. 010

. 010
. 011
. 011
. 011

TA I L

A IR
TEMP
1 PC T

I NC

0 . 002
0 . 003
0 . 004
0 . 005

0 . 007
0 . 008
0 . 009
0 . 011

0 . 013
0 . 014
0 . 015
0 . 015

0 . 017
0 . 018
0 . 019
0 . 020

0 . 021
0 . 022
0 . 022
0 . 023

0 . 024
0 . 025
0 . 026
0 . 026

0 . 028
0 . 028
0 . 028
0 . 029

277

CHARGE
4H
M23 2 A1

1

TABLE J
FUZE CORREC T I ON FAC TORS

2

3

4

5

FS

6

7

PROJ , HE , M10 7
FUZE , MTSQ , M58 2
8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

278

F T 1 5 5 AM 3

I NC

RANGE
W I ND
1 KNO T
HEAD

TA I L

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

DEC

I NC

DEC

I NC

. 011 0 . 012

0 . 047

. 027

0 . 197

. 175

. 038 0 . 029

0 . 012
0 . 012
0 . 012
0 . 013

0 . 048
0 . 049
0 . 050
0 . 051

. 028
. 029
. 030
. 030

0 . 200
0 . 203
0 . 207
0 . 210

. 178
. 181
. 184
. 187

. 039
. 040
. 040
. 041

. 012 0 . 013

0 . 052

. 031

0 . 214

. 19 0

. 041 0 . 031

0 . 013
0 . 013
0 . 013
0 . 013

0 . 053
0 . 054
0 . 055
0 . 056

. 032
. 033
. 034
. 035

0 . 217
0 . 221
0 . 224
0 . 228

. 19 4
. 19 7
. 200
. 203

. 042
. 042
. 042
. 042

. 012 0 . 013

0 . 058

. 036

0 . 231

. 206

. 042 0 . 031

0 . 013
0 . 013
0 . 013
0 . 013

0 . 059
0 . 060
0 . 062
0 . 063

. 037
. 037
. 038
. 039

0 . 235
0 . 238
0 . 241
0 . 245

. 209
. 212
. 215
. 218

. 042
. 042
. 042
. 042

. 012 0 . 013

0 . 064

. 040

0 . 248

. 221

. 041 0 . 031

0 . 013
0 . 013
0 . 013
0 . 013

0 . 065
0 . 066
0 . 067
0 . 067

. 041
. 042
. 043
. 044

0 . 252
0 . 255
0 . 258
0 . 260

. 224
. 227
. 230
. 233

. 041
. 040
. 039
. 038

70

. 070 0 . 070

71
72
73
74

. 071
. 072
. 074
. 075

75

. 076 0 . 076

76
77
78
79

. 077
. 079
. 080
. 081

80

. 082 0 . 083

81
82
83
84

. 084
. 085
. 086
. 087

85

. 089 0 . 090

86
87
88
89

. 09 0
. 09 2
. 09 3
. 09 5

90

. 09 6 0 . 097

. 012 0 . 013

0 . 067

. 045

0 . 263

. 236

. 036 0 . 026

91
92
93
94

. 09 7
. 099
. 101
. 104

0 . 099
0 . 101
0 . 103
0 . 105

. 013 0 . 014
. 013 0 . 016
. 014 0 . 020
. 016

0 . 067
0 . 067
0 . 067
0 . 069

. 046
. 047
. 049
. 051

0 . 265
0 . 268
0 . 272
0 . 278

. 239
. 242
. 246
. 251

. 033 0 . 024
. 028 0 . 020
. 019 0 . 012
. 003 . 002

95

. 107 0 . 110

. 020

. 054

. 258

. 026

96

. 111 0 . 118

. 027

. 058

. 269

. 059

0 . 071
0 . 072
0 . 074
0 . 075

0 . 077
0 . 079
0 . 080
0 . 081

0 . 084
0 . 086
0 . 087
0 . 089

0 . 092
0 . 093
0 . 094
0 . 096

. 012
. 012
. 012
. 012

. 012
. 012
. 012
. 012

. 013
. 013
. 013
. 013

. 012
. 012
. 012
. 012

0 . 029
0 . 030
0 . 030
0 . 031

0 . 031
0 . 032
0 . 031
0 . 031

0 . 031
0 . 031
0 . 031
0 . 031

0 . 031
0 . 031
0 . 030
0 . 029

FT 155-AM-3

TABLE K

CHARGE
4H

PROJ, HE, M107

FUZE SETTING

M232A1

FUZE, MTSQ, M582
CORRECTIONS TO FUZE SETTING OF FUZE, MTSQ, M582
FOR FUZE, MTSQ, M564

FUZE SETTING
FUZE M582

CORRECTIONS

FROM

TO

2.0

4.7

0.0

4.8

9.1

0.1

9.2

13.5

0.2

13.6

17.9

0.3

18.0

22.2

0.4

22.3

26.6

0.5

26.7

31.0

0.6

31.1

35.4

0.7

35.5

39.8

0.8

39.9

44.1

0.9

44.2

48.5

1.0

48.6

52.9

1.1

53.0

57.3

1.2

57.4

61.7

1.3

61.8

66.0

1.4

66.1

70.4

1.5

70.5

74.8

1.6

74.9

79.2

1.7

79.3

83.6

1.8

83.7

87.9

1.9

88.0

92.3

2.0

92.4

96.3

2.1

279

FT 155-AM-3

280

FT 155-AM-3

Part 1 - 7

Charge 7R

Projectile, HE, M107

Fuze, PD, M739A1

Muzzle Velocity – 684.5 m/s*

Propelling Charge M119A2 - Base Section 7

* The standard muzzle velocity of 683 m/s was adjusted for the fuzed weight of the projectile.

281

FT 155-AM-3

282

F T 1 5 5 AM 3

TABLE A

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
7R

L I NE NUMBER

L I NE NUMBER OF ME TEOROLOG I CAL MESSAGE
QUADRAN T
ELEVA T I ON
M I LS

NO TE

L I NE
NUMBER

0. 0

70 . 8

0

70 . 9
141 . 2
219 . 0
297 . 1

141 . 1
218 . 9
297 . 0
365 . 1

1
2
3
4

365 . 2

456 . 8

5

456 . 9
567 . 3
669 . 0
765 . 7

567 . 2
668 . 9
765 . 6
906 . 8

6
7
8
9

906 . 9

1104 . 7

10

1104 . 8

1265 . 0

11

WHEN THE PROJ EC T I LE MUS T H I T THE TARGE T ON THE ASCEND I NG BRANCH
OF I TS TRAJ EC TORY , USE HE I GH T OF TARGE T I N ME TERS TO EN TER THE
TABLE ON PAGE XL I I I TO DE TERM I NE L I NE NUMBER .

283

CHARGE
7R

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

0

HE I GH T OF TARGE T ABOVE GUN
400

300

100

0

100

200

300

0

0

100
200
300
400

0
0
0
0

0
0
0
0

0
0
1
1

0
1
3
3

500

0

1

2

3

600
700
800
900

0
0
0
0

1
1
1
1

2
3
3
3

4
5
5
5

1000

0

1

3

6

1100
1200
1300
1400

0
0
0
0

1
2
2
2

3
4
4
4

6
6
6
7

1500

0

2

4

7

1600
1700
1800
1900

0
0
0
0

2
2
2
3

5
5
5
5

7
8
8
8

2000

0

3

5

8

2100
2200
2300
2400

0
0
0
0

3
3
3
3

5
6
6
6

9
9
9
9

2500

0

3

6

10

2600
2700
2800
2900

2

0
0
0
0

3
4
4
4

6
6
7
7

10
10
10
10

3000

2

0

4

7

11

3100
3200
3300
3400

2
2
2
2

0
0
0
0

4
4
4
4

7
7
7
7

11
11
11
11

3500

2

0

4

8

11

0

284

200

ME TERS

1

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
7R

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN
400

500

600

700

800

9 00

1000

RANGE

L I NE

ME TERS

NO .

0
0
2
5
5

3
6
7

4
8
9

6
10
11

7
12
14

8
13
16

15
19

100
200
300
400

6

8

11

14

17

20

23

500

7
8
8
8

10
11
11
11

13
14
14
15

16
17
18
19

19
21
22
23

23
24
26
28

26
28
31
33

600
700
800
900

9

12

16

20

25

29

34

1000

9
9
10
10

12
13
13
14

16
17
18
18

21
22
22
23

25
26
27
28

30
32
33
34

36
37
38
39

1100
1200
1300
1400

10

14

19

23

29

34

40

1500

11
11
11
12

15
15
15
16

19
20
20
21

24
25
25
26

30
30
31
31

35
36
37
38

41
43
43
44

1600
1700
1800
1900

12

16

21

26

32

38

45

2000

12
13
13
13

17
17
17
18

21
22
22
23

27
27
28
28

33
33
34
34

39
40
40
41

46
46
47
48

2100
2200
2300
2400

13

18

23

29

35

41

48

2500

14
14
14
15

18
19
19
19

23
24
24
24

29
30
30
30

35
36
36
37

42
42
43
43

49
50
50
51

2600
2700
2800
2900

15

20

25

31

37

44

51

3000

15
15
15
16

20
20
20
21

25
25
26
26

31
31
32
32

37
38
38
39

44
45
45
46

52
52
53
53

3100
3200
3300
3400

16

21

26

32

39

46

54

3500

2

3

3

285

CHARGE
7R

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

0

ME TERS

100

0

100

200

300

3500

2

0

4

8

11

3600
3700
3800
3900

2
2
1
1

0
0
0
0

4
4
5
5

8
8
8
8

12
12
12
12

400

300

200

4000

5

1

0

5

8

12

4100
4200
4300
4400

4
4
4
4

1
1
1
1

0
0
0
0

5
5
5
5

8
8
8
9

12
12
13
13

4500

4

1

0

5

9

13

4600
4700
4800
4900

7
7
6

4
4
4
4

1
1
1
1

0
0
0
0

5
5
5
5

9
9
9
9

13
13
13
13

5000

6

3

1

0

5

9

13

5100
5200
5300
5400

8

6
6
6
6

3
3
3
3

1
1
1
1

0
0
0
0

5
5
5
5

9
9
9
9

13
13
14
14

5500

8

6

3

1

0

6

9

14

5600
5700
5800
5900

8
8
7
7

5
5
5
5

3
3
3
3

1
1
1
1

0
0
0
0

6
6
6
6

9
9
9
10

14
14
14
14

6000

7

5

3

1

0

6

10

14

6100
6200
6300
6400

7
7
7
7

5
5
5
5

3
3
3
3

1
1
1
0

0
0
0
0

6
6
6
6

10
10
10
10

14
14
14
14

6500

7

5

3

1

0

6

10

14

6600
6700
6800
6900

6
6
6
6

5
5
5
5

3
3
3
3

1
1
1
1

0
0
0
0

6
6
6
6

10
10
10
10

14
14
15
15

7000

6

5

3

1

0

6

10

15

0

286

HE I GH T OF TARGE T ABOVE GUN

1

2

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
7R

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

16

21

26

32

39

46

54

3500

16
16
16
17

21
21
22
22

27
27
27
27

33
33
33
34

39
40
40
40

47
47
47
48

54
55
55
55

3600
3700
3800
3900

17

22

28

34

41

48

56

4000

17
17
17
17

22
22
23
23

28
28
28
29

34
34
35
35

41
41
42
42

48
49
49
49

56
57
57
57

4100
4200
4300
4400

18

23

29

35

42

50

58

4500

18
18
18
18

23
23
23
24

29
29
29
29

35
36
36
36

42
42
43
43

50
50
50
50

58
58
58
59

4600
4700
4800
4900

18

24

30

36

43

51

59

5000

18
18
19
19

24
24
24
24

30
30
30
30

36
36
37
37

43
44
44
44

51
51
51
52

59
59
60
60

5100
5200
5300
5400

19

24

30

37

44

52

60

5500

19
19
19
19

24
24
25
25

30
31
31
31

37
37
37
37

44
44
44
45

52
52
52
52

60
60
60
61

5600
5700
5800
5900

19

25

31

38

45

52

61

6000

19
19
19
19

25
25
25
25

31
31
31
31

38
38
38
38

45
45
45
45

53
53
53
53

61
61
61
61

6100
6200
6300
6400

19

25

31

38

45

53

61

6500

20
20
20
20

25
25
25
25

31
32
32
32

38
38
38
38

45
46
46
46

53
53
53
54

62
62
62
62

6600
6700
6800
6900

20

25

32

38

46

54

62

7000

2

3

3

287

CHARGE
7R

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

0

1

2

HE I GH T OF TARGE T ABOVE GUN
400

300

200

100

0

100

200

300

7000

6

5

3

1

0

6

10

15

7100
7200
7300
7400

6
6
6
6

5
5
5
5

3
3
3
3

1
1
1
1

0
0
0
0

6
6
6
6

10
10
10
10

15
15
15
15

7500

6

5

3

1

0

6

10

15

7600
7700
7800
7900

6
6
6
6

5
5
5
5

3
3
3
3

1
1
1
1

0
0
0
0

6
6
6
6

10
10
10
10

15
15
15
15

8000

7

5

3

1

0

6

10

15

8100
8200
8300
8400

7
7
7
7

5
5
5
5

3
3
3
3

1
1
1
1

0
0
0
0

6
6
6
6

10
10
10
10

15
15
15
15

8500

7

5

3

1

0

6

11

15

8600
8700
8800
8900

7
7
7
8

6
6
6
6

3
3
4
4

1
1
1
1

0
0
0
0

6
6
6
6

11
11
11
11

15
16
16
16

9000

8

6

4

1

0

6

11

16

9100
9200
9300
9400

8
8
8
9

6
6
6
7

4
4
4
4

1
1
1
1

0
0
0
0

7
7
7
7

11
11
11
11

16
16
16
17

9500

9

7

4

1

0

7

11

17

9600
9700
9800
9900

9
10
10
10

7
7
8
8

4
5
5
5

1
1
1
1

0
0
0
0

7
7
7
7

12
12
12
12

17
17
17
18

10000

11

8

5

2

0

7

12

18

10100
10200
10300
10400

11
11
12
12

8
9
9
9

5
5
6
6

2
2
2
2

0
0
0
0

7
7
7
7

12
12
13
13

18
18
19
19

10500

12

10

6

2

0

7

13

19

2

288

ME TERS

3

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
7R

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

20

25

32

38

46

54

62

7000

20
20
20
20

26
26
26
26

32
32
32
32

39
39
39
39

46
46
46
46

54
54
54
54

62
62
62
63

7100
7200
7300
7400

20

26

32

39

46

54

63

7500

20
20
20
20

26
26
26
26

32
32
32
32

39
39
39
39

46
46
47
47

54
54
55
55

63
63
63
63

7600
7700
7800
7900

20

26

32

39

47

55

63

8000

20
20
21
21

26
26
26
27

33
33
33
33

39
40
40
40

47
47
47
47

55
55
55
56

64
64
64
64

8100
8200
8300
8400

21

27

33

40

48

56

64

8500

21
21
21
21

27
27
27
27

33
33
34
34

40
41
41
41

48
48
48
49

56
56
57
57

65
65
65
66

8600
8700
8800
8900

21

28

34

41

49

57

66

9000

22
22
22
22

28
28
28
29

34
35
35
35

42
42
42
43

49
50
50
51

58
58
59
59

67
67
68
68

9100
9200
9300
9400

22

29

36

43

51

60

69

9500

23
23
23
24

29
29
30
30

36
36
37
37

44
44
44
45

52
52
53
53

60
61
61
62

69
70
71
71

9600
9700
9800
9900

24

31

38

46

54

63

72

10000

24
25
25
25

31
31
32
32

38
39
39
40

46
47
47
48

54
55
56
57

63
64
65
66

73
74
74
75

10100
10200
10300
10400

26

33

40

49

57

66

76

10500

3

3

4

4

2 89

CHARGE
7R

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

10500

12

10

6

2

0

7

13

19

10600
10700
10800
10900

13
13
14
14

10
10
11
11

6
6
7
7

2
2
2
3

0
0
0
0

8
8
8
8

13
13
14
14

19
20
20
20

11000

15

11

7

3

0

8

14

21

11100
11200
11300
11400

15
16
16
17

12
12
12
13

7
8
8
8

3
3
3
3

0
0
0
0

8
8
8
8

14
15
15
15

21
21
22
22

11500

18

13

9

3

0

9

15

23

11600
11700
11800
11900

18
19
19
20

14
14
15
15

9
9
10
10

4
4
4
4

0
0
0
0

9
9
9
9

16
16
16
17

23
23
24
24

12000

21

16

10

4

0

9

17

25

12100
12200
12300
12400

22
22
23
24

16
17
17
18

11
11
11
12

4
5
5
5

0
0
0
0

9
10
10
10

17
17
18
18

25
26
26
27

12500

24

19

12

5

0

10

18

27

12600
12700
12800
12900

25
26
27
28

19
20
20
21

12
13
13
14

5
6
6
6

0
0
0
0

10
10
11
11

19
19
20
20

28
28
29
30

13000

28

22

14

6

0

11

20

30

13100
13200
13300
13400

29
30
31
32

22
23
24
24

15
15
15
16

6
7
7
7

0
0
0
0

11
11
12
12

21
21
22
22

31
31
32
33

13500

33

25

16

7

0

12

23

34

13600
13700
13800
13900

34
35
36
37

26
26
27
28

17
17
18
19

8
8
8
9

0
0
0
0

12
12
13
13

23
23
24
25

34
35
36
37

14000

38

29

19

9

0

13

25

38

2

3

4

5

29 0

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

5

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
7R

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
ME TERS

HE I GH T OF TARGE T ABOVE GUN

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

26

33

40

49

57

66

76

10500

26
26
27
27

33
34
34
35

41
42
42
43

49
50
51
51

58
59
60
61

67
68
69
70

77
78
79
80

10600
10700
10800
10900

28

35

44

52

61

71

81

11000

28
29
29
30

36
37
37
38

44
45
46
47

53
54
55
56

62
63
64
65

72
73
74
76

83
84
85
86

11100
11200
11300
11400

30

39

47

57

67

77

88

11500

31
31
32
33

39
40
41
42

48
49
50
51

58
59
60
61

68
69
70
71

78
79
81
82

89
90
92
94

11600
11700
11800
11900

33

42

52

62

72

83

95

12000

34
35
35
36

43
44
45
46

53
54
55
56

63
64
65
67

74
75
76
78

85
86
88
90

97
98
100
102

12100
12200
12300
12400

37

47

57

68

79

91

104

12500

37
38
39
40

48
48
49
50

58
59
60
62

69
71
72
73

81
82
84
86

93
95
97
98

106
108
110
112

12600
12700
12800
12900

41

51

63

75

87

100

114

13000

41
42
43
44

53
54
55
56

64
66
67
68

76
78
80
81

89
91
93
95

102
105
107
109

116
119
121
124

13100
13200
13300
13400

45

57

70

83

97

111

126

13500

46
47
48
49

59
60
61
63

71
73
75
76

85
87
89
91

99
101
104
106

114
116
119
122

129
132
135
138

13600
13700
13800
13900

51

64

78

93

108

125

141

14000

5

6

4

5

6
29 1

CHARGE
7R

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

14000

38

29

19

9

0

13

25

38

14100
14200
14300
14400

39
40
42
43

30
31
32
32

20
20
21
22

9
10
10
10

0
0
0
0

13
14
14
14

26
26
27
28

38
39
40
41

14500

44

33

22

10

0

15

28

42

14600
14700
14800
14900

45
47
48
50

34
36
37
38

23
24
24
25

11
11
12
12

0
0
0
0

15
15
16
16

29
30
30
31

43
44
46
47

15000

51

39

26

12

0

16

32

48

15100
15200
15300
15400

53
54
56
58

40
41
43
44

27
28
28
29

13
13
14
14

0
0
0
0

17
17
18
18

33
33
34
35

49
50
52
53

15500

60

45

30

15

0

18

36

54

15600
15700
15800
15900

61
63
65
67

47
48
49
51

31
32
33
34

15
16
16
17

0
0
0
0

19
19
20
20

37
38
39
40

56
57
59
60

16000

69

52

35

17

0

21

41

62

16100
16200
16300
16400

71
73
76
79

54
56
58
60

36
38
39
41

18
19
19
20

0
0
0
0

21
22
23
24

42
44
46
47

65
67
70
72

16500

82

63

42

21

0

25

49

75

16600
16700
16800
16900

85
89
93
96

65
68
71
74

44
46
48
50

22
23
24
25

0
0
0
0

25
26
27
28

51
53
55
57

78
81
84
87

17000

100

77

52

26

0

29

59

91

17100
17200
17300
17400

105
109
113
118

80
83
87
91

54
57
59
62

27
29
30
32

0
0
0
0

31
32
33
35

62
65
68
71

95
99
104
109

17500

124

95

65

33

0

36

75

116

5

6
7

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

7

29 2

8

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
7R

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

51

64

78

93

108

125

141

14000

52
53
54
56

66
67
69
71

80
82
84
86

95
98
100
102

111
114
116
119

127
130
134
137

145
148
151
155

14100
14200
14300
14400

57

72

88

105

122

140

159

14500

58
60
61
63

74
76
78
80

90
93
95
97

107
110
113
116

125
128
131
135

143
147
151
154

163
166
170
175

14600
14700
14800
14900

64

82

100

119

138

158

179

15000

66
68
70
71

84
86
88
91

102
105
108
110

122
125
128
131

141
145
149
153

162
166
171
176

184
189
194
200

15100
15200
15300
15400

73

93

113

135

157

181

206

15500

75
77
79
82

95
98
101
104

117
120
124
128

139
143
148
153

162
167
173
179

187
193
199
206

212
219
227
235

15600
15700
15800
15900

85

108

133

159

186

214

244

16000

88
91
95
98

112
117
121
126

138
143
149
154

165
171
177
184

193
200
208
216

222
231
239
248

253
262
272
283

16100
16200
16300
16400

102

130

160

191

224

258

294

16500

106
110
114
119

135
141
146
152

166
173
180
188

199
207
215
225

233
242
253
264

269
280
292
306

306
320
334
351

16600
16700
16800
16900

124

159

196

235

277

322

370

17000

130
136
143
151

166
175
184
195

206
216
228
243

247
261
277
298

292
309
330
360

340
362
391
434

393
422
462
532

17100
17200
17300
17400

160

209

264

328

405

8

9

17500

6

7

8

9
29 3

CHARGE
7R

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

7

17500

124

95

65

33

0

36

75

116

17600
17700
17800
17900

130
137
144
153

100
105
112
119

68
72
77
82

35
37
40
43

0
0
0
0

38
41
44
49

79
85
93
106

123
134
150

18000

163

128

90

48

0

8

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

*****************************************************************

10

18000

346

249

159

75

0

17900
17800
17700
17600

364
381
39 7
412

265
278
29 0
302

170
180
188
19 6

82
87
91
96

0
0
0
0

73
80
85
90

135
152
164
174

213
235
251

17500

426

313

204

100

0

94

183

265

17400
17300
17200
17100

440
454
467
480

323
334
344
354

211
218
225
231

103
107
110
114

0
0
0
0

98
101
105
108

191
198
205
212

278
290
301
311

17000

49 3

363

238

117

0

112

219

322

16900
16800
16700
16600

506
519
532
545

373
383
39 2
402

244
251
257
264

120
123
127
130

0
0
0
0

115
118
121
125

226
232
239
245

332
342
351
361

16500

558

412

270

133

0

128

251

370

16400
16300
16200
16100

570
583
59 6
609

421
431
440
450

276
283
289
29 5

136
139
143
146

0
0
0
0

131
134
137
140

257
263
270
276

379
389
398
407

16000

622

460

302

149

0

143

282

416

15900
15800
15700
15600

635
648
661
674

469
479
489
499

308
315
321
328

152
155
159
162

0
0
0
0

146
149
153
156

288
295
301
307

426
435
445
454

15500

688

508

334

165

0

159

314

463

10

29 4

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
7R

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN
400

500

600

700

800

160

209

264

328

405

173
191
225

229
258

293

379

ME TERS
9 00

1000

RANGE

L I NE

ME TERS

NO .

17500
17600
17700
17800
17900
18000

****************************************************************
18000

9

17900
17800
17700
17600

253
295
321

342
381

429

341

410

470

518

550

360
376
391
405

434
456
476
494

502
529
555
578

561
596
627
655

609
654
692
726

643
702
749
790

737
796
846

17400
17300
17200
17100

419

512

599

681

757

827

889

17000

433
446
459
472

529
546
562
578

620
641
661
680

706
730
754
777

787
815
842
868

861
894
925
955

929
966
1002
1036

16900
16800
16700
16600

484

594

699

799

894

984

1069

16500

497
509
521
534

610
625
640
656

718
736
755
773

821
843
864
885

919
944
969
993

1013
1041
1069
1096

1101
1133
1164
1194

16400
16300
16200
16100

546

671

791

907

1018

1124

1225

16000

558
571
583
596

686
702
717
733

809
828
846
864

928
949
970
992

1042
1066
1090
1114

1151
1178
1205
1232

1255
1285
1315
1345

15900
15800
15700
15600

608

748

883

1013

1138

1259

1375

15500

17500

10

10

29 5

CHARGE
7R

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
RANGE

NO .

ME TERS

400

300

200

100

0

100

200

300

10

15500

688

508

334

165

0

159

314

463

15400
15300
15200
15100

701
715
729
743

518
529
539
549

341
348
354
361

168
172
175
178

0
0
0
0

162
166
168
172

320
326
333
339

473
482
492
501

15000

757

560

368

181

0

175

346

511

14900
14800
14700
14600

772
787
802
817

571
581
59 2
604

375
382
389
39 7

185
189
19 2
19 6

0
0
0
0

178
182
185
189

352
359
365
372

521
530
540
550

14500

833

615

404

199

0

192

379

561

14400
14300
14200
14100

849
866
883
9 00

627
639
652
664

412
420
428
436

203
207
211
215

0
0
0
0

196
200
203
207

386
393
401
408

571
581
592
603

14000

9 18

677

444

219

0

211

415

614

13900
13800
13700
13600

9 37
9 56
9 75
99 6

69 1
704
718
733

453
462
470
480

223
227
231
236

0
0
0
0

215
219
223
227

423
431
439
447

625
636
648
660

13500

1017

748

489

241

0

231

455

672

13400
13300
13200
13100

1038
1061
1085
1109

763
779
79 6
813

499
509
520
531

245
250
255
260

0
0
0
0

236
240
245
250

464
473
482
491

685
697
710
724

13000

1135

831

542

266

0

255

500

737

12900
12800
12700
12600

1162
119 0
1219
1251

850
870
89 0
9 11

554
566
578
59 2

271
277
283
289

0
0
0
0

260
265
270
276

510
520
530
541

751
765
780
795

12500

1284

9 34

606

29 5

0

282

552

811

12400
12300
12200
12100

1319
1356
139 5
1436

9 57
9 82
1009
1036

620
635
651
667

302
309
316
324

0
0
0
0

288
294
300
307

563
575
587
599

827
844
861
878

1065

685

331

0

314

612

897

11

12000

HE I GH T OF TARGE T ABOVE GUN

ME TERS

L I NE

11

29 6

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
7R

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

608

748

883

1013

1138

1259

1375

15500

621
633
646
658

764
779
795
810

901
920
939
957

1034
1056
1078
1099

1163
1187
1212
1236

1286
1313
1341
1368

1405
1435
1464
1495

15400
15300
15200
15100

671

826

976

1121

1261

1395

1525

15000

684
697
710
723

842
858
874
890

995
1014
1033
1052

1143
1165
1187
1209

1285
1310
1335
1360

1423
1451
1478
1506

1555
1586
1616
1647

14900
14800
14700
14600

736

907

1072

1231

1386

1535

1678

14500

750
764
778
792

923
940
957
975

1092
1111
1132
1152

1254
1277
1300
1324

1411
1437
1463
1490

1563
1592
1621
1650

1709
1741
1773
1805

14400
14300
14200
14100

806

992

1173

1347

1516

1680

1837

14000

821
836
851
866

1010
1028
1047
1066

1194
1215
1237
1259

1371
1396
1421
1446

1543
1571
1598
1627

1709
1740
1771
1802

1870
1903
1937
1971

13900
13800
13700
13600

882

1085

1282

1472

1655

1833

2005

13500

898
914
931
948

1105
1124
1145
1166

1304
1328
1351
1376

1498
1524
1551
1579

1685
1714
1744
1775

1865
1898
1931
1965

2040
2076
2112
2148

13400
13300
13200
13100

966

1187

1400

1607

1806

1999

2186

13000

984
1002
1021
1041

1209
1231
1254
1277

1426
1452
1478
1505

1636
1665
1695
1725

1838
1871
1904
1938

2034
2070
2106
2143

2223
2262
2301
2341

12900
12800
12700
12600

1061

1301

1533

1757

1972

2181

2382

12500

1081
1102
1124
1146

1325
1351
1377
1403

1561
1590
1620
1651

1789
1821
1855
1889

2008
2044
2081
2119

2220
2259
2299
2340

2424
2466
2509
2554

12400
12300
12200
12100

1169

1431

1682

1924

2158

2382

2599

12000

10

11

11

29 7

CHARGE
7R

TABLE B

F T 1 5 5 AM 3

COMPLEMEN TARY RANGE
L I NE NUMBER

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
L I NE

RANGE

NO .

ME TERS

11

HE I GH T OF TARGE T ABOVE GUN
300

200

100

0

100

200

300

12000

1065

685

331

0

314

612

897

11900
11800
11700
11600

109 6
1130

703
723
743
765

339
348
357
367

0
0
0
0

321
329
337
345

626
640
654
669

916
935
955
976

11500

788

377

0

353

684

998

11400
11300
11200
11100

812

387
39 8
410
422

0
0
0
0

363
372
382
392

701
718
736
754

1021
1044
1068
1094

11000

0

403

773

1120

10900
10800
10700
10600

0
0
0
0

414
425
437
451

793
814
835
858

1147
1175
1204
1235

400

10500
10400

11

29 8

ME TERS

F T 1 5 5 AM 3

TABLE B

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
7R

COMPLEMEN TARY RANGE
L I NE NUMBER

CHANGE I N RANGE , I N ME TERS
TO CORREC T FOR COMPLEMEN TARY ANGLE OF S I TE
L I NE NUMBERS OF ME TEOROLOG I CAL MESSAGE
HE I GH T OF TARGE T ABOVE GUN

ME TERS

RANGE

L I NE
NO .

400

500

600

700

800

9 00

1000

ME TERS

1169

1431

1682

1924

2158

2382

2599

12000

1193
1218
1243
1269

1459
1488
1518
1549

1715
1748
1782
1818

1961
1998
2036
2075

2197
2238
2280
2323

2425
2470
2515
2561

2645
2693
2741
2791

11900
11800
11700
11600

1296

1581

1854

2115

2367

2609

2841

11500

1324
1354
1384
1415

1614
1648
1683
1720

1891
1930
1970
2011

2157
2200
2244
2289

2412
2459
2506
2555

2657
2707
2759
2811

2893
2946
3001
3057

11400
11300
11200
11100

1447

1757

2053

2335

2606

2865

3114

11000

1480
1515
1550
1587

1796
1836
1877
1920

2097
2141
2187
2235

2383
2433
2483
2535

2658
2711
2765
2821

2921
2978
3036
3095

3173
3233
3295
3358

10900
10800
10700
10600

1965

2285

2589

2880

3157

3423

10500

3491

10400

11

11

29 9

CHARGE
7R

TABLE C

F T 1 5 5 AM 3

W I ND COMPONEN TS

PROJ , HE , M10 7
FUZE , PD , M739 A1

COMPONEN TS OF A ONE KNO T W I ND
CHAR T
D I REC T I ON
OF W I ND

CROSS
W I ND

RANGE
W I ND

CHAR T
D I REC T I ON
OF W I ND

CROSS
W I ND

RANGE
W I ND

MIL

KNO T

KNO T

MIL

KNO T

KNO T

0

H1 . 00

3200

0

T1 . 00

100
200
300

R. 10
R. 20
R. 29

H. 99
H. 98
H. 96

3300
3400
3500

L . 10
L . 20
L . 29

T. 99
T. 98
T. 96

400

R. 38

H. 92

3600

L . 38

T. 92

500
600
700

R. 47
R. 56
R. 63

H. 88
H. 83
H. 77

3700
3800
3900

L . 47
L . 56
L . 63

T. 88
T. 83
T. 77

800

R. 71

H. 71

4000

L . 71

T. 71

900
1000
1100

R. 77
R. 83
R. 88

H. 63
H. 56
H. 47

4100
4200
4300

L . 77
L . 83
L . 88

T. 63
T. 56
T. 47

1200

R. 92

H. 38

4400

L . 92

T. 38

1300
1400
1500

R. 96
R. 98
R. 99

H. 29
H. 20
H. 10

4500
4600
4700

L . 96
L . 98
L . 99

T. 29
T. 20
T. 10

1600

R1 . 00

0

4800

L 1 . 00

0

1700
1800
1900

R. 99
R. 98
R. 96

T. 10
T. 20
T. 29

4900
5000
5100

L . 99
L . 98
L . 96

H. 10
H. 20
H. 29

2000

R. 92

T. 38

5200

L . 92

H. 38

2100
2200
2300

R. 88
R. 83
R. 77

T. 47
T. 56
T. 63

5300
5400
5500

L . 88
L . 83
L . 77

H. 47
H. 56
H. 63

2400

R. 71

T. 71

5600

L . 71

H. 71

2500
2600
2700

R. 63
R. 56
R. 47

T. 77
T. 83
T. 88

5700
5800
5900

L . 63
L . 56
L . 47

H. 77
H. 83
H. 88

2800

R. 38

T. 92

6000

L . 38

H. 92

2900
3000
3100

R. 29
R. 20
R. 10

T. 96
T. 98
T. 99

6100
6200
6300

L . 29
L . 20
L . 10

H. 96
H. 98
H. 99

3200

0

T1 . 00

6400

0

H1 . 00

0

300

F T 1 5 5 AM 3

TABLE D

PROJ , HE , M10 7
FUZE , PD , M739 A1

CHARGE
7R

TEMPERA TURE
AND DENS I TY CORREC T I ONS

CORREC T I ONS TO TEMPERA TURE ( D T) AND DENS I TY ( DD ) , I N PERCEN T ,
TO COMPENSA TE FOR THE D I FFERENCE I N AL T I TUDE ,
I N ME TERS , BE TWEEN THE BA TTERY AND THE MDP
DH

0

+10

+20

+30

+40

+50

+60

+70

+80

+9 0

0

DT
DD

0.0
0.0

0.0
0 . 1+

0.0
0 . 2+

0 . 1+
0 . 3+

0 . 1+
0 . 4+

0 . 1+
0 . 5+

0 . 1+
0 . 6+

0 . 2+
0 . 7+

0 . 2+
0 . 8+

0 . 2+
0.9+

+100

DT
DD

0 . 2+
1 . 0+

0 . 2+
1 . 1+

0 . 2+
1 . 2+

0 . 3+
1 . 3+

0 . 3+
1 . 4+

0 . 3+
1 . 5+

0 . 3+
1 . 6+

0 . 4+
1 . 7+

0 . 4+
1 . 8+

0 . 4+
1.9+

+200

DT
DD

0 . 5+
2 . 0+

0 . 5+
2 . 1+

0 . 5+
2 . 2+

0 . 6+
2 . 3+

0 . 6+
2 . 4+

0 . 6+
2 . 5+

0 . 6+
2 . 6+

0 . 7+
2 . 7+

0 . 7+
2 . 8+

0 . 7+
2.9+

+300

DT
DD

0 . 7+
3 . 0+

0 . 7+
3 . 1+

0 . 7+
3 . 2+

0 . 8+
3 . 3+

0 . 8+
3 . 4+

0 . 8+
3 . 5+

0 . 8+
3 . 6+

0.9+
3 . 7+

0.9+
3 . 8+

0.9+
3.9+

NO TES

1 . DH I S BA TTERY HE I GH T ABOVE OR BELOW THE MDP .
2 . I F ABOVE THE MDP , USE THE S I GN BEFORE THE NUMBER .
3 . I F BELOW THE MDP , USE THE S I GN AF TER THE NUMBER .

TABLE E
PROPELLAN T TEMPERA TURE
EFFEC TS ON MUZZLE VELOC I TY DUE TO PROPELLAN T TEMPERA TURE
TEMPERA TURE
OF
PROPELLAN T

EFFEC T
ON
VELOC I TY

TEMPERA TURE
OF
PROPELLAN T

DEGREES F

M/S

DEGREES C

40
30
20
10

23 . 1
20 . 9
18 . 8
16 . 7

40 . 0
34 . 4
28 . 9
23 . 3

0

14 . 6

17 . 8

10
20
30
40

12 . 6
10 . 5
8. 5
6. 4

12 . 2
6. 7
1. 1
4. 4

50

4. 3

10 . 0

60
70
80
90

2. 2
0. 0
2. 2
4. 5

15 . 6
21 . 1
26 . 7
32 . 2

100

6. 8

37 . 8

110
120
130

9.2
11 . 7
14 . 2

43 . 3
48 . 9
54 . 4

301

CHARGE
7R

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

302

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

M

MIL

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
6

7

8

9

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

SEC

MIL

MIL

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

0

0. 0

94

1

0. 0

0. 0

0 . 00

100
200
300
400

1. 1
2. 2
3. 2
4. 3

94
94
93
91

1
1
1
1

0. 1
0. 3
0. 4
0. 6

0. 0
0. 1
0. 1
0. 1

0 . 00
0 . 01
0 . 01
0 . 01

500

5. 4

89

1

0. 7

0. 2

0 . 02

600
700
800
900

6. 6
7. 7
8. 8
10 . 0

89
88
87
86

1
1
1
1

0. 9
1. 1
1. 2
1. 4

0. 2
0. 2
0. 3
0. 3

0 . 02
0 . 02
0 . 02
0 . 03

1000

11 . 1

85

1

1. 5

0. 4

0 . 03

1100
1200
1300
1400

12 . 3
13 . 5
14 . 7
15 . 9

1. 8
2. 0
2. 2

1 . 13
1 . 04
0 . 96

84
83
83
82

1
1
1
1

1. 7
1. 8
2. 0
2. 2

0. 4
0. 4
0. 5
0. 5

0 . 03
0 . 04
0 . 04
0 . 04

1500

17 . 2

2. 3

0 . 89

81

1

2. 3

0. 6

0 . 05

1600
1700
1800
1900

18 . 4
19 . 7
20 . 9
22 . 2

2. 5
2. 7
2. 8
3. 0

0 . 84
0 . 78
0 . 74
0 . 70

80
79
78
77

1
1
1
1

2. 5
2. 7
2. 8
3. 0

0. 6
0. 6
0. 7
0. 7

0 . 05
0 . 05
0 . 06
0 . 06

2000

23 . 5

3. 2

0 . 66

76

1

3. 2

0. 8

0 . 07

2100
2200
2300
2400

24 . 8
26 . 2
27 . 5
28 . 9

3. 3
3. 5
3. 7
3. 9

0 . 63
0 . 60
0 . 57
0 . 54

75
74
74
73

1
1
1
1

3. 3
3. 5
3. 7
3. 9

0. 8
0. 9
0. 9
0. 9

0 . 07
0 . 07
0 . 08
0 . 08

2500

30 . 3

4. 1

0 . 52

72

1

4. 1

1. 0

0 . 08

2600
2700
2800
2900

31 . 7
33 . 1
34 . 5
36 . 0

4. 2
4. 4
4. 6
4. 8

0 . 50
0 . 48
0 . 46
0 . 44

71
70
69
69

1
1
1
1

4. 2
4. 4
4. 6
4. 8

1. 0
1. 1
1. 1
1. 2

0 . 09
0 . 09
0 . 09
0 . 10

3000

37 . 4

5. 0

0 . 43

68

1

5. 0

1. 2

0 . 10

3100
3200
3300
3400

38 . 9
40 . 4
42 . 0
43 . 5

5. 2
5. 3
5. 5
5. 7

0 . 41
0 . 40
0 . 39
0 . 37

67
66
65
65

1
1
1
1

5. 2
5. 3
5. 5
5. 7

1. 3
1. 3
1. 4
1. 4

0 . 11
0 . 11
0 . 11
0 . 12

3500

45 . 1

5. 9

0 . 36

64

1

5. 9

1. 5

0 . 12

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1

10

R
A
N
G
E

CHARGE
7R

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0

0

100
200
300
400

0. 3
0. 6
0. 9
1. 2

0. 3
0. 6
0.9
1. 1

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 1

1
1
2
3

1
2
2
3

500

1. 5

1. 4

0. 0

0. 0

0. 0

0. 0

0. 1

0. 1

3

3

600
700
800
900

1. 8
2. 1
2. 3
2. 6

1. 7
2. 0
2. 2
2. 5

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 1
0. 1
0. 1

0. 0
0. 1
0. 1
0. 1

0. 2
0. 3
0. 4
0. 4

0. 1
0. 2
0. 3
0. 4

4
5
5
6

4
5
5
6

1000

2. 9

2. 8

0. 1

0. 1

0. 1

0. 1

0. 5

0. 5

6

6

1100
1200
1300
1400

3. 2
3. 5
3. 7
4. 0

3. 0
3. 3
3. 6
3. 8

0. 1
0. 1
0. 1
0. 1

0. 1
0. 1
0. 1
0. 1

0. 2
0. 2
0. 2
0. 3

0. 2
0. 2
0. 2
0. 3

0. 6
0. 7
0. 8
1. 0

0. 6
0. 8
0. 9
1. 0

7
7
8
8

7
7
8
8

1500

4. 3

4. 1

0. 1

0. 1

0. 3

0. 3

1. 1

1. 2

9

9

1600
1700
1800
1900

4. 5
4. 8
5. 0
5. 3

4. 3
4. 6
4.9
5. 1

0. 1
0. 2
0. 2
0. 2

0. 1
0. 2
0. 2
0. 2

0. 4
0. 4
0. 5
0. 5

0. 4
0. 4
0. 5
0. 5

1. 3
1. 5
1. 6
1. 8

1. 3
1. 5
1. 7
1. 9

9
9
10
10

9
10
10
10

2000

5. 6

5. 3

0. 2

0. 2

0. 6

0. 6

2. 0

2. 1

10

11

2100
2200
2300
2400

5. 8
6. 1
6. 3
6. 6

5. 6
5. 8
6. 1
6. 3

0. 2
0. 3
0. 3
0. 3

0. 2
0. 3
0. 3
0. 3

0. 6
0. 7
0. 8
0. 8

0. 6
0. 7
0. 7
0. 8

2. 2
2. 4
2. 7
2.9

2. 3
2. 5
2. 8
3. 0

11
11
11
12

11
12
12
12

2500

6. 8

6. 5

0. 3

0. 3

0.9

0. 9

3. 2

3. 3

12

12

2600
2700
2800
2900

7. 0
7. 3
7. 5
7. 8

6. 8
7. 0
7. 2
7. 5

0. 4
0. 4
0. 4
0. 5

0. 4
0. 4
0. 4
0. 4

1. 0
1. 1
1. 1
1. 2

0. 9
1. 0
1. 1
1. 1

3. 4
3. 7
4. 0
4. 2

3. 5
3. 8
4. 1
4. 4

12
13
13
13

13
13
13
13

3000

8. 0

7. 7

0. 5

0. 5

1. 3

1. 2

4. 5

4. 7

13

14

3100
3200
3300
3400

8. 2
8. 4
8. 7
8. 9

7.9
8. 1
8. 4
8. 6

0. 5
0. 6
0. 6
0. 6

0. 5
0. 5
0. 6
0. 6

1. 4
1. 5
1. 6
1. 6

1. 3
1. 4
1. 4
1. 5

4. 8
5. 2
5. 5
5. 8

5. 0
5. 3
5. 6
6. 0

13
14
14
14

14
14
14
14

3500

9.1

8. 8

0. 7

0. 6

1. 7

1. 6

6. 1

6. 3

14

14

M

303

CHARGE
7R

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

304

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

M

MIL

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
6

7

8

9

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

SEC

MIL

MIL

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

3500

45 . 1

5. 9

0 . 36

64

1

5. 9

1. 5

0 . 12

3600
3700
3800
3900

46 . 6
48 . 2
49 . 9
51 . 5

6. 1
6. 3
6. 5
6. 7

0 . 35
0 . 34
0 . 33
0 . 32

63
62
61
61

1
1
1
1

6. 1
6. 3
6. 5
6. 7

1. 5
1. 6
1. 7
1. 7

0 . 13
0 . 13
0 . 13
0 . 14

4000

53 . 2

6. 9

0 . 31

60

1

6. 9

1. 8

0 . 14

4100
4200
4300
4400

54 . 8
56 . 5
58 . 3
60 . 0

7. 1
7. 4
7. 6
7. 8

0 . 30
0 . 29
0 . 29
0 . 28

59
58
58
57

1
1
1
1

7. 1
7. 4
7. 6
7. 8

1. 8
1. 9
1. 9
2. 0

0 . 15
0 . 15
0 . 16
0 . 16

4500

61 . 8

8. 0

0 . 27

56

1

8. 0

2. 1

0 . 16

4600
4700
4800
4900

63 . 6
65 . 4
67 . 2
69 . 1

8. 2
8. 4
8. 6
8. 9

0 . 27
0 . 26
0 . 25
0 . 25

55
55
54
53

1
1
1
1

8. 2
8. 4
8. 6
8. 9

2. 1
2. 2
2. 3
2. 3

0 . 17
0 . 17
0 . 18
0 . 18

5000

71 . 0

9.1

0 . 24

53

2

9.1

2. 4

0 . 19

5100
5200
5300
5400

72 . 9
74 . 9
76 . 8
78 . 8

9.3
9.6
9.8
10 . 0

0 . 24
0 . 23
0 . 22
0 . 22

52
51
50
50

2
2
2
2

9.3
9.6
9.8
10 . 0

2. 5
2. 5
2. 6
2. 7

0 . 19
0 . 20
0 . 20
0 . 20

5500

80 . 8

10 . 3

0 . 21

49

2

10 . 3

2. 7

0 . 21

5600
5700
5800
5900

82 . 9
85 . 0
87 . 1
89 . 2

10 . 5
10 . 7
11 . 0
11 . 2

0 . 21
0 . 21
0 . 20
0 . 20

48
48
47
46

2
2
2
2

10 . 5
10 . 7
11 . 0
11 . 2

2. 8
2. 9
3. 0
3. 0

0 . 21
0 . 22
0 . 22
0 . 23

6000

91 . 4

11 . 5

0 . 19

46

2

11 . 5

3. 1

0 . 23

6100
6200
6300
6400

93 . 6
95 . 8
98 . 1
100 . 4

11 . 7
12 . 0
12 . 2
12 . 5

0 . 19
0 . 19
0 . 18
0 . 18

45
45
44
43

2
2
2
2

11 . 7
12 . 0
12 . 2
12 . 5

3. 2
3. 3
3. 3
3. 4

0 . 24
0 . 24
0 . 25
0 . 25

6500

102 . 7

12 . 8

0 . 18

43

2

12 . 8

3. 5

0 . 26

6600
6700
6800
6900

105 . 1
107 . 5
109 . 9
112 . 3

13 . 0
13 . 3
13 . 6
13 . 8

0 . 17
0 . 17
0 . 17
0 . 16

42
41
41
40

2
2
2
2

13 . 0
13 . 3
13 . 6
13 . 8

3. 6
3. 7
3. 8
3. 9

0 . 27
0 . 27
0 . 28
0 . 28

7000

114 . 8

14 . 1

0 . 16

40

2

14 . 1

3. 9

0 . 29

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
7R

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

3500

9.1

8. 8

0. 7

0. 6

1. 7

1. 6

6. 1

6. 3

14

14

3600
3700
3800
3900

9.3
9.6
9.8
10 . 0

9.0
9.2
9.4
9.6

0. 7
0. 8
0. 8
0. 9

0. 7
0. 7
0. 8
0. 8

1. 8
1.9
2. 0
2. 1

1. 7
1. 8
1. 9
2. 0

6. 5
6. 8
7. 2
7. 6

6. 7
7. 1
7. 5
7. 9

14
14
14
14

15
15
15
15

4000

10 . 2

9.8

0. 9

0.9

2. 2

2. 1

8. 0

8. 3

14

15

4100
4200
4300
4400

10 . 4
10 . 6
10 . 8
11 . 0

10 . 1
10 . 3
10 . 5
10 . 7

0. 9
1. 0
1. 0
1. 1

0.9
0.9
1. 0
1. 0

2. 4
2. 5
2. 6
2. 7

2. 2
2. 3
2. 4
2. 5

8. 4
8. 8
9.2
9.6

8. 7
9.1
9.5
10 . 0

14
14
14
14

15
15
15
15

4500

11 . 2

10 . 8

1. 2

1. 1

2. 8

2. 6

10 . 0

10 . 4

14

15

4600
4700
4800
4900

11 . 4
11 . 6
11 . 8
12 . 0

11 . 0
11 . 2
11 . 4
11 . 6

1. 2
1. 3
1. 3
1. 4

1. 1
1. 2
1. 2
1. 3

2.9
3. 1
3. 2
3. 3

2. 7
2. 8
3. 0
3. 1

10 . 5
10 . 9
11 . 4
11 . 8

10 . 9
11 . 4
11 . 9
12 . 4

14
14
14
14

15
15
15
15

5000

12 . 2

11 . 8

1. 4

1. 4

3. 4

3. 2

12 . 3

12 . 9

14

15

5100
5200
5300
5400

12 . 4
12 . 6
12 . 7
12 . 9

12 . 0
12 . 2
12 . 4
12 . 5

1. 5
1. 6
1. 6
1. 7

1. 4
1. 5
1. 5
1. 6

3. 6
3. 7
3. 8
4. 0

3. 3
3. 4
3. 6
3. 7

12 . 8
13 . 3
13 . 8
14 . 3

13 . 4
13 . 9
14 . 4
15 . 0

14
13
13
13

14
14
14
14

5500

13 . 1

12 . 7

1. 8

1. 7

4. 1

3. 8

14 . 8

15 . 5

13

14

5600
5700
5800
5900

13 . 3
13 . 5
13 . 6
13 . 8

12 . 9
13 . 1
13 . 2
13 . 4

1. 9
1. 9
2. 0
2. 1

1. 7
1. 8
1.9
1.9

4. 3
4. 4
4. 6
4. 7

4. 0
4. 1
4. 2
4. 4

15 . 3
15 . 8
16 . 4
16 . 9

16 . 1
16 . 6
17 . 2
17 . 8

13
12
12
12

14
13
13
13

6000

14 . 0

13 . 6

2. 2

2. 0

4.9

4. 5

17 . 5

18 . 4

12

13

6100
6200
6300
6400

14 . 2
14 . 3
14 . 5
14 . 7

13 . 7
13 . 9
14 . 1
14 . 2

2. 2
2. 3
2. 4
2. 5

2. 1
2. 1
2. 2
2. 3

5. 0
5. 2
5. 3
5. 5

4. 6
4. 8
4. 9
5. 1

18 . 0
18 . 6
19 . 2
19 . 8

19 . 0
19 . 6
20 . 2
20 . 9

11
11
11
10

12
12
12
12

6500

14 . 8

14 . 4

2. 6

2. 4

5. 6

5. 2

20 . 4

21 . 5

10

11

6600
6700
6800
6900

15 . 0
15 . 1
15 . 3
15 . 5

14 . 6
14 . 7
14 . 9
15 . 0

2. 7
2. 8
2. 9
3. 0

2. 5
2. 5
2. 6
2. 7

5. 8
6. 0
6. 1
6. 3

5. 4
5. 5
5. 7
5. 8

21 . 0
21 . 6
22 . 2
22 . 8

22 . 2
22 . 8
23 . 5
24 . 2

10
9
9
8

11
11
10
10

7000

15 . 6

15 . 2

3. 1

2. 8

6. 5

6. 0

23 . 4

24 . 8

8

10

M

305

CHARGE
7R

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

SEC

MIL

MIL

0 . 16

40

2

14 . 1

3. 9

0 . 29

14 . 4
14 . 7
15 . 0
15 . 3

0 . 16
0 . 15
0 . 15
0 . 15

39
39
38
37

2
3
3
3

14 . 4
14 . 7
15 . 0
15 . 3

4. 0
4. 1
4. 2
4. 3

0 . 29
0 . 30
0 . 30
0 . 31

127 . 9

15 . 6

0 . 15

37

3

15 . 6

4. 4

0 . 32

7600
7700
7800
7900

130 . 7
133 . 4
136 . 2
139 . 1

15 . 8
16 . 1
16 . 4
16 . 8

0 . 14
0 . 14
0 . 14
0 . 14

36
36
35
35

3
3
3
3

15 . 8
16 . 1
16 . 4
16 . 8

4. 5
4. 6
4. 7
4. 8

0 . 32
0 . 33
0 . 33
0 . 34

8000

142 . 0

17 . 1

0 . 13

34

3

17 . 1

4. 9

0 . 34

8100
8200
8300
8400

145 . 0
147 . 9
151 . 0
154 . 1

17 . 4
17 . 7
18 . 0
18 . 3

0 . 13
0 . 13
0 . 13
0 . 12

34
33
33
32

3
3
3
3

17 . 4
17 . 7
18 . 0
18 . 3

5. 0
5. 1
5. 2
5. 3

0 . 35
0 . 36
0 . 36
0 . 37

8500

157 . 2

18 . 6

0 . 12

32

4

18 . 6

5. 5

0 . 37

8600
8700
8800
8900

160 . 3
163 . 5
166 . 8
170 . 1

18 . 9
19 . 3
19 . 6
19 . 9

0 . 12
0 . 12
0 . 11
0 . 11

31
31
31
30

4
4
4
4

18 . 9
19 . 3
19 . 6
19 . 9

5. 6
5. 7
5. 8
5. 9

0 . 38
0 . 39
0 . 39
0 . 40

9000

173 . 4

20 . 3

0 . 11

30

4

20 . 3

6. 0

0 . 40

9100
9200
9300
9400

176 . 8
180 . 2
183 . 7
187 . 2

20 . 6
20 . 9
21 . 3
21 . 6

0 . 11
0 . 11
0 . 10
0 . 10

29
29
29
28

4
4
4
4

20 . 6
20 . 9
21 . 3
21 . 6

6. 2
6. 3
6. 4
6. 5

0 . 41
0 . 41
0 . 42
0 . 42

9500

190 . 8

21 . 9

0 . 10

28

4

21 . 9

6. 6

0 . 43

9600
9700
9800
9900

194 . 4
198 . 1
201 . 8
205 . 5

22 . 3
22 . 6
23 . 0
23 . 3

0 . 10
0 . 10
0 . 10
0 . 09

28
27
27
27

5
5
5
5

22 . 3
22 . 6
23 . 0
23 . 3

6. 8
6. 9
7. 0
7. 1

0 . 44
0 . 44
0 . 45
0 . 45

10000

209 . 3

23 . 6

0 . 09

26

5

23 . 6

7. 3

0 . 46

10100
10200
10300
10400

213 . 1
217 . 0
220 . 9
224 . 8

24 . 0
24 . 3
24 . 7
25 . 1

0 . 09
0 . 09
0 . 09
0 . 09

26
26
25
25

5
5
5
5

24 . 0
24 . 3
24 . 7
25 . 1

7. 4
7. 5
7. 7
7. 8

0 . 46
0 . 47
0 . 47
0 . 48

10500

228 . 8

25 . 4

0 . 09

25

5

25 . 4

7. 9

0 . 48

306

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

M

MIL

7000

114 . 8

14 . 1

7100
7200
7300
7400

117 . 4
120 . 0
122 . 6
125 . 2

7500

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
7R

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

7000

15 . 6

15 . 2

3. 1

2. 8

6. 5

6. 0

23 . 4

24 . 8

8

10

7100
7200
7300
7400

15 . 8
15 . 9
16 . 1
16 . 2

15 . 3
15 . 5
15 . 6
15 . 8

3. 2
3. 3
3. 4
3. 5

2.9
3. 0
3. 0
3. 1

6. 6
6. 8
7. 0
7. 2

6. 1
6. 3
6. 5
6. 6

24 . 1
24 . 7
25 . 4
26 . 0

25 . 5
26 . 2
26 . 9
27 . 6

8
7
7
6

9
9
8
8

7500

16 . 4

15 . 9

3. 6

3. 2

7. 3

6. 7

26 . 7

28 . 3

6

8

7600
7700
7800
7900

16 . 5
16 . 7
16 . 8
16 . 9

16 . 1
16 . 2
16 . 4
16 . 5

3. 7
3. 8
3. 9
4. 0

3. 3
3. 4
3. 5
3. 6

7. 5
7. 7
7.9
8. 0

6. 9
7. 0
7. 1
7. 2

27 . 4
28 . 0
28 . 7
29 . 4

29 . 0
29 . 7
30 . 4
31 . 1

5
5
4
4

7
7
6
6

8000

17 . 1

16 . 6

4. 2

3. 7

8. 2

7. 3

30 . 1

31 . 7

3

5

8100
8200
8300
8400

17 . 2
17 . 4
17 . 5
17 . 6

16 . 8
16 . 9
17 . 1
17 . 2

4. 3
4. 4
4. 5
4. 7

3. 8
3.9
4. 0
4. 2

8. 4
8. 6
8. 7
8.9

7. 4
7. 5
7. 5
7. 6

30 . 8
31 . 5
32 . 3
33 . 0

32 . 4
33 . 1
33 . 7
34 . 4

3
2
2
1

5
4
4
3

8500

17 . 8

17 . 3

4. 8

4. 3

9.0

7. 6

33 . 7

35 . 0

1

3

8600
8700
8800
8900

17 . 9
18 . 0
18 . 1
18 . 3

17 . 4
17 . 6
17 . 7
17 . 8

5. 0
5. 1
5. 3
5. 4

4. 4
4. 5
4. 6
4. 7

9.2
9.3
9.4
9.5

7. 6
7. 6
7. 6
7. 5

34 . 4
35 . 1
35 . 8
36 . 5

35 . 6
36 . 2
36 . 9
37 . 5

0
0
1
1

2
2
2
1

9000

18 . 4

17 . 9

5. 6

4.9

9.6

7. 5

37 . 2

38 . 0

2

1

9100
9200
9300
9400

18 . 5
18 . 6
18 . 8
18 . 9

18 . 1
18 . 2
18 . 3
18 . 4

5. 7
5. 9
6. 0
6. 2

5. 0
5. 1
5. 2
5. 4

9.7
9.7
9.8
9.8

7. 4
7. 4
7. 3
7. 2

37 . 9
38 . 6
39 . 3
40 . 0

38 . 6
39 . 2
39 . 8
40 . 3

2
3
3
4

0
0
1
1

9500

19 . 0

18 . 5

6. 4

5. 5

9.8

7. 1

40 . 7

40 . 9

4

2

9600
9700
9800
9900

19 . 1
19 . 2
19 . 3
19 . 4

18 . 6
18 . 8
18 . 9
19 . 0

6. 5
6. 7
6. 9
7. 1

5. 6
5. 8
5.9
6. 1

9.8
9.8
9.8
9.7

7. 0
6. 8
6. 7
6. 5

41 . 4
42 . 0
42 . 7
43 . 4

41 . 4
41 . 9
42 . 5
43 . 0

4
5
5
6

2
2
3
3

10000

19 . 5

19 . 1

7. 2

6. 2

9.7

6. 3

44 . 0

43 . 5

6

4

10100
10200
10300
10400

19 . 6
19 . 7
19 . 8
19 . 9

19 . 2
19 . 3
19 . 4
19 . 5

7. 4
7. 6
7. 8
8. 0

6. 4
6. 5
6. 7
6. 8

9.6
9.5
9.4
9.3

6. 2
6. 0
5. 8
5. 5

44 . 6
45 . 3
45 . 9
46 . 5

44 . 0
44 . 5
45 . 0
45 . 5

7
7
7
8

4
4
5
5

10500

20 . 0

19 . 6

8. 2

7. 0

9.2

5. 3

47 . 1

46 . 0

8

6

307

CHARGE
7R

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

MIL

10500

228 . 8

25 . 4

0 . 09

25

5

25 . 4

7. 9

0 . 48

10600
10700
10800
10900

232 . 9
236 . 9
241 . 1
245 . 2

25 . 8
26 . 1
26 . 5
26 . 9

0 . 08
0 . 08
0 . 08
0 . 08

25
24
24
24

6
6
6
6

25 . 8
26 . 1
26 . 5
26 . 9

8. 1
8. 2
8. 3
8. 5

0 . 49
0 . 49
0 . 50
0 . 50

11000

249 . 5

27 . 2

0 . 08

24

6

27 . 2

8. 6

0 . 51

11100
11200
11300
11400

253 . 7
258 . 0
262 . 4
266 . 7

27 . 6
28 . 0
28 . 3
28 . 7

0 . 08
0 . 08
0 . 08
0 . 07

23
23
23
23

6
6
6
6

27 . 6
28 . 0
28 . 3
28 . 7

8. 8
8. 9
9.1
9.2

0 . 51
0 . 52
0 . 52
0 . 53

11500

271 . 2

29 . 1

0 . 07

22

6

29 . 1

9.3

0 . 53

11600
11700
11800
11900

275 . 6
280 . 2
284 . 7
289 . 3

29 . 5
29 . 8
30 . 2
30 . 6

0 . 07
0 . 07
0 . 07
0 . 07

22
22
22
22

7
7
7
7

29 . 5
29 . 8
30 . 2
30 . 6

9.5
9.6
9.8
10 . 0

0 . 54
0 . 54
0 . 54
0 . 55

12000

294 . 0

31 . 0

0 . 07

21

7

31 . 0

10 . 1

0 . 55

12100
12200
12300
12400

298 . 7
303 . 4
308 . 2
313 . 1

31 . 4
31 . 8
32 . 2
32 . 5

0 . 07
0 . 07
0 . 07
0 . 07

21
21
21
21

7
7
7
8

31 . 4
31 . 8
32 . 2
32 . 5

10 . 3
10 . 4
10 . 6
10 . 8

0 . 56
0 . 56
0 . 57
0 . 57

12500

318 . 0

32 . 9

0 . 06

20

8

32 . 9

10 . 9

0 . 58

12600
12700
12800
12900

322 . 9
327 . 9
332 . 9
338 . 0

33 . 3
33 . 7
34 . 1
34 . 6

0 . 06
0 . 06
0 . 06
0 . 06

20
20
20
20

8
8
8
8

33 . 3
33 . 7
34 . 1
34 . 6

11 . 1
11 . 3
11 . 4
11 . 6

0 . 58
0 . 58
0 . 59
0 . 59

13000

343 . 1

35 . 0

0 . 06

19

8

35 . 0

11 . 8

0 . 60

13100
13200
13300
13400

348 . 3
353 . 6
358 . 9
364 . 2

35 . 4
35 . 8
36 . 2
36 . 6

0 . 06
0 . 06
0 . 06
0 . 06

19
19
19
19

8
8
9
9

35 . 4
35 . 8
36 . 2
36 . 6

12 . 0
12 . 1
12 . 3
12 . 5

0 . 60
0 . 61
0 . 61
0 . 61

13500

369 . 6

37 . 1

0 . 06

18

9

37 . 1

12 . 7

0 . 62

13600
13700
13800
13900

375 . 1
380 . 6
386 . 1
391 . 8

37 . 5
37 . 9
38 . 3
38 . 8

0 . 06
0 . 06
0 . 06
0 . 06

18
18
18
18

9
9
9
9

37 . 5
37 . 9
38 . 3
38 . 8

12 . 9
13 . 1
13 . 3
13 . 5

0 . 62
0 . 63
0 . 63
0 . 63

14000

397 . 5

39 . 2

0 . 05

17

10

39 . 2

13 . 7

0 . 64

308

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
7R

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

10500

20 . 0

19 . 6

8. 2

7. 0

9.2

5. 3

47 . 1

46 . 0

8

6

10600
10700
10800
10900

20 . 1
20 . 2
20 . 3
20 . 4

19 . 7
19 . 8
19 . 9
20 . 0

8. 4
8. 6
8. 8
9.0

7. 1
7. 3
7. 4
7. 6

9.0
8. 8
8. 7
8. 5

5. 1
4. 8
4. 6
4. 3

47 . 7
48 . 3
48 . 9
49 . 5

46 . 4
46 . 9
47 . 4
47 . 8

9
9
9
10

6
6
7
7

11000

20 . 5

20 . 1

9.2

7. 7

8. 3

4. 1

50 . 1

48 . 3

10

7

11100
11200
11300
11400

20 . 6
20 . 7
20 . 8
20 . 9

20 . 2
20 . 3
20 . 4
20 . 5

9.4
9.6
9.8
10 . 0

7.9
8. 1
8. 2
8. 4

8. 1
7. 8
7. 6
7. 3

3. 8
3. 5
3. 2
2. 9

50 . 7
51 . 2
51 . 8
52 . 4

48 . 8
49 . 2
49 . 7
50 . 1

10
11
11
11

8
8
8
9

11500

21 . 0

20 . 6

10 . 2

8. 6

7. 1

2. 6

52 . 9

50 . 6

12

9

11600
11700
11800
11900

21 . 0
21 . 1
21 . 2
21 . 3

20 . 7
20 . 8
20 . 9
21 . 0

10 . 4
10 . 6
10 . 9
11 . 1

8. 7
8.9
9.1
9.3

6. 8
6. 5
6. 2
5.9

2. 3
2. 0
1. 7
1. 4

53 . 4
54 . 0
54 . 5
55 . 0

51 . 0
51 . 5
51 . 9
52 . 4

12
12
13
13

9
10
10
10

12000

21 . 4

21 . 1

11 . 3

9.4

5. 6

1. 1

55 . 5

52 . 8

14

11

12100
12200
12300
12400

21 . 5
21 . 5
21 . 6
21 . 7

21 . 2
21 . 3
21 . 4
21 . 5

11 . 5
11 . 7
12 . 0
12 . 2

9.6
9.8
10 . 0
10 . 1

5. 3
4.9
4. 6
4. 2

0. 7
0. 4
0. 1
0. 3

56 . 0
56 . 6
57 . 1
57 . 5

53 . 2
53 . 7
54 . 1
54 . 5

14
14
14
15

11
11
12
12

12500

21 . 8

21 . 6

12 . 4

10 . 3

3. 8

0. 6

58 . 0

55 . 0

15

12

12600
12700
12800
12900

21 . 9
21 . 9
22 . 0
22 . 1

21 . 7
21 . 8
21 . 8
21 . 9

12 . 7
12 . 9
13 . 2
13 . 4

10 . 5
10 . 7
10 . 9
11 . 1

3. 5
3. 1
2. 7
2. 3

1. 0
1. 3
1. 7
2. 1

58 . 5
59 . 0
59 . 5
60 . 0

55 . 4
55 . 9
56 . 3
56 . 7

15
16
16
16

13
13
13
13

13000

22 . 2

22 . 0

13 . 6

11 . 3

1.9

2. 4

60 . 4

57 . 2

17

14

13100
13200
13300
13400

22 . 3
22 . 4
22 . 4
22 . 5

22 . 1
22 . 2
22 . 3
22 . 4

13 . 9
14 . 1
14 . 4
14 . 6

11 . 4
11 . 6
11 . 8
12 . 0

1. 5
1. 0
0. 6
0. 2

2. 8
3. 1
3. 5
3.9

60 . 9
61 . 4
61 . 8
62 . 3

57 . 6
58 . 1
58 . 5
58 . 9

17
17
17
18

14
14
15
15

13500

22 . 6

22 . 5

14 . 9

12 . 2

0. 3

4. 3

62 . 8

59 . 4

18

15

13600
13700
13800
13900

22 . 7
22 . 8
22 . 9
23 . 0

22 . 5
22 . 6
22 . 7
22 . 8

15 . 1
15 . 4
15 . 7
15 . 9

12 . 4
12 . 6
12 . 8
13 . 0

0. 7
1. 2
1. 6
2. 1

4. 6
5. 0
5. 4
5. 8

63 . 2
63 . 7
64 . 1
64 . 6

59 . 8
60 . 3
60 . 7
61 . 1

18
19
19
19

16
16
16
16

14000

23 . 1

22 . 9

16 . 2

13 . 2

2. 5

6. 2

65 . 0

61 . 6

20

17

3 09

CHARGE
7R

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

14000

397 . 5

39 . 2

0 . 05

17

10

39 . 2

13 . 7

0 . 64

14100
14200
14300
14400

403 . 2
409 . 1
415 . 0
420 . 9

39 . 7
40 . 1
40 . 6
41 . 0

0 . 05
0 . 05
0 . 05
0 . 05

17
17
17
17

10
10
10
10

39 . 7
40 . 1
40 . 6
41 . 0

13 . 9
14 . 1
14 . 3
14 . 5

0 . 64
0 . 65
0 . 65
0 . 66

14500

427 . 0

41 . 5

0 . 05

16

10

41 . 5

14 . 8

0 . 66

14600
14700
14800
14900

433 . 1
439 . 3
445 . 5
451 . 9

41 . 9
42 . 4
42 . 9
43 . 4

0 . 05
0 . 05
0 . 05
0 . 05

16
16
16
16

11
11
11
11

41 . 9
42 . 4
42 . 9
43 . 4

15 . 0
15 . 2
15 . 4
15 . 7

0 . 66
0 . 67
0 . 67
0 . 68

15000

458 . 3

43 . 8

0 . 05

15

11

43 . 8

15 . 9

0 . 68

15100
15200
15300
15400

464 . 9
471 . 5
478 . 2
485 . 0

44 . 3
44 . 8
45 . 3
45 . 8

0 . 05
0 . 05
0 . 05
0 . 05

15
15
15
15

12
12
12
12

44 . 3
44 . 8
45 . 3
45 . 8

16 . 2
16 . 4
16 . 7
16 . 9

0 . 68
0 . 69
0 . 69
0 . 70

15500

491 . 9

46 . 4

0 . 05

14

13

46 . 4

17 . 2

0 . 70

15600
15700
15800
15900

499 . 0
506 . 1
513 . 4
520 . 8

46 . 9
47 . 4
47 . 9
48 . 5

0 . 05
0 . 05
0 . 05
0 . 05

14
14
14
13

13
13
13
14

46 . 9
47 . 4
47 . 9
48 . 5

17 . 5
17 . 8
18 . 1
18 . 4

0 . 71
0 . 71
0 . 71
0 . 72

16000

528 . 4

49 . 0

0 . 05

13

14

49 . 0

18 . 7

0 . 72

16100
16200
16300
16400

536 . 1
543 . 9
552 . 0
560 . 2

49 . 6
50 . 2
50 . 8
51 . 4

0 . 04
0 . 04
0 . 04
0 . 04

13
13
12
12

14
15
15
16

49 . 6
50 . 2
50 . 8
51 . 4

19 . 0
19 . 3
19 . 7
20 . 0

0 . 73
0 . 73
0 . 74
0 . 74

16500

568 . 7

52 . 0

0 . 04

12

16

52 . 0

20 . 4

0 . 75

16600
16700
16800
16900

577 . 4
586 . 4
595 . 7
605 . 3

52 . 6
53 . 3
53 . 9
54 . 6

0 . 04
0 . 04
0 . 04
0 . 04

11
11
11
10

17
18
18
19

52 . 6
53 . 3
53 . 9
54 . 6

20 . 8
21 . 2
21 . 6
22 . 1

0 . 75
0 . 76
0 . 76
0 . 77

17000

615 . 3

55 . 4

0 . 04

10

20

55 . 4

22 . 6

0 . 77

17100
17200
17300
17400

625 . 7
636 . 6
648 . 1
660 . 3

56 . 1
56 . 9
57 . 7
58 . 6

0 . 04
0 . 04
0 . 04
0 . 04

9
9
8
8

21
22
23
25

56 . 1
56 . 9
57 . 7
58 . 6

23 . 1
23 . 7
24 . 3
25 . 0

0 . 78
0 . 78
0 . 79
0 . 80

17500

673 . 4

59 . 5

0 . 04

7

27

59 . 5

25 . 7

0 . 80

310

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
7R

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

14000

23 . 1

22 . 9

16 . 2

13 . 2

2. 5

6. 2

65 . 0

61 . 6

20

17

14100
14200
14300
14400

23 . 1
23 . 2
23 . 3
23 . 4

23 . 0
23 . 0
23 . 1
23 . 2

16 . 5
16 . 8
17 . 0
17 . 3

13 . 4
13 . 6
13 . 8
14 . 0

3. 0
3. 5
3. 9
4. 4

6. 6
7. 0
7. 3
7. 7

65 . 5
65 . 9
66 . 4
66 . 8

62 . 0
62 . 5
62 . 9
63 . 4

20
20
21
21

17
17
17
18

14500

23 . 5

23 . 3

17 . 6

14 . 2

4. 9

8. 1

67 . 3

63 . 9

21

18

14600
14700
14800
14900

23 . 6
23 . 6
23 . 7
23 . 8

23 . 3
23 . 4
23 . 5
23 . 6

17 . 9
18 . 2
18 . 5
18 . 8

14 . 4
14 . 6
14 . 8
15 . 0

5. 3
5. 8
6. 3
6. 7

8. 5
8.9
9.3
9.7

67 . 7
68 . 2
68 . 6
69 . 1

64 . 4
64 . 9
65 . 4
65 . 9

22
22
22
23

18
19
19
19

15000

23 . 9

23 . 6

19 . 1

15 . 2

7. 2

10 . 1

69 . 5

66 . 5

23

20

15100
15200
15300
15400

24 . 0
24 . 1
24 . 1
24 . 2

23 . 7
23 . 8
23 . 9
24 . 0

19 . 4
19 . 7
20 . 0
20 . 3

15 . 4
15 . 6
15 . 8
16 . 1

7. 7
8. 2
8. 7
9.2

10 . 4
10 . 8
11 . 2
11 . 6

70 . 0
70 . 5
70 . 9
71 . 4

67 . 1
67 . 6
68 . 3
68 . 9

23
24
24
24

20
20
20
21

15500

24 . 3

24 . 0

20 . 6

16 . 3

9.7

11 . 9

71 . 8

69 . 5

25

21

15600
15700
15800
15900

24 . 4
24 . 5
24 . 6
24 . 7

24 . 1
24 . 2
24 . 3
24 . 4

20 . 9
21 . 2
21 . 5
21 . 8

16 . 5
16 . 7
16 . 9
17 . 1

10 . 2
10 . 7
11 . 2
11 . 7

12 . 3
12 . 6
13 . 0
13 . 3

72 . 3
72 . 8
73 . 2
73 . 7

70 . 2
70 . 8
71 . 5
72 . 1

25
25
26
26

21
22
22
22

16000

24 . 8

24 . 4

22 . 2

17 . 4

12 . 3

13 . 6

74 . 1

72 . 8

26

23

16100
16200
16300
16400

25 . 0
25 . 1
25 . 2
25 . 3

24 . 5
24 . 6
24 . 7
24 . 7

22 . 5
22 . 9
23 . 2
23 . 6

17 . 6
17 . 8
18 . 0
18 . 3

12 . 8
13 . 3
13 . 8
14 . 3

13 . 9
14 . 2
14 . 5
14 . 8

74 . 6
75 . 1
75 . 5
76 . 0

73 . 4
74 . 1
74 . 8
75 . 5

27
28
28
29

23
23
23
24

16500

25 . 4

24 . 8

24 . 1

18 . 5

14 . 7

15 . 0

76 . 5

76 . 2

29

25

16600
16700
16800
16900

25 . 5
25 . 6
25 . 7
25 . 9

24 . 9
25 . 0
25 . 2
25 . 3

24 . 5
25 . 0

18 . 7
18 . 9
19 . 2
19 . 4

15 . 1
15 . 4
15 . 8
16 . 1

15 . 3
15 . 6
15 . 9
16 . 2

76 . 9
77 . 4
77 . 9
78 . 3

76 . 9
77 . 7
78 . 7
79 . 7

30
30
31
31

25
26
26
27

17000

26 . 0

25 . 4

19 . 6

16 . 4

16 . 5

78 . 8

80 . 9

32

27

17100
17200
17300
17400

26 . 2
26 . 3
26 . 5
26 . 6

25 . 5
25 . 6
25 . 8
25 . 9

19 . 8
20 . 0
20 . 3
20 . 5

16 . 6
16 . 7
16 . 9
17 . 1

16 . 8
17 . 1
17 . 3
17 . 6

79 . 3
79 . 8
80 . 4
81 . 0

82 . 3
84 . 5

32
33
34
34

28
28
29
29

17500

26 . 8

26 . 0

20 . 7

17 . 4

17 . 9

81 . 6

35

30

311

CHARGE
7R

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

M

MIL

17500

673 . 4

59 . 5

0 . 04

17600
17700
17800
17900

687 . 5
703 . 1
720 . 9
742 . 5

60 . 5
61 . 6
62 . 8
64 . 3

0 . 04
0 . 04
0 . 04
0 . 04

18000

773 . 5

66 . 4

0 . 04

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
6

7

8

9

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

SEC

MIL

7

27

59 . 5

25 . 7

0 . 80

7
6
5
4

30
34
40
54

60 . 5
61 . 6
62 . 8
64 . 3

26 . 5
27 . 4
28 . 5
29 . 9

0 . 81
0 . 82
0 . 83
0 . 84

66 . 4

32 . 1

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

**********************************************************************
18000

859 . 6

72 . 1

0 . 03

72 . 1

39 . 1

17900
17800
17700
17600

888 . 7
908 . 5
924 . 5
938 . 3

73 . 9
75 . 2
76 . 1
77 . 0

0 . 03
0 . 03
0 . 03
0 . 03

4
6
7
8

56
41
34
30

73 . 9
75 . 2
76 . 1
77 . 0

41 . 8
43 . 8
45 . 5
47 . 0

1 . 00
1 . 02
1 . 03
1 . 05

17500

950 . 6

77 . 7

0 . 03

9

27

77 . 7

48 . 4

1 . 06

17400
17300
17200
17100

961 . 8
972 . 1
981 . 8
990 . 8

78 . 4
79 . 0
79 . 6
80 . 1

0 . 03
0 . 03
0 . 03
0 . 03

9
10
11
11

24
22
21
20

78 . 4
79 . 0
79 . 6
80 . 1

49 . 7
50 . 9
52 . 2
53 . 3

1 . 07
1 . 09
1 . 10
1 . 11

17000

999 . 4

80 . 6

0 . 03

12

18

80 . 6

54 . 5

1 . 12

16900
16800
16700
16600

1007 . 6
1015 . 4
1022 . 9
1030 . 1

81 . 0
81 . 5
81 . 9
82 . 3

0 . 03
0 . 03
0 . 03
0 . 03

13
13
14
14

18
17
16
15

81 . 0
81 . 5
81 . 9
82 . 3

55 . 6
56 . 7
57 . 8
58 . 9

1 . 14
1 . 15
1 . 16
1 . 17

16500

1037 . 0

82 . 7

0 . 03

15

15

82 . 7

60 . 0

1 . 18

16400
16300
16200
16100

1043 . 7
1050 . 1
1056 . 4
1062 . 5

83 . 0
83 . 4
83 . 7
84 . 0

0 . 03
0 . 03
0 . 03
0 . 03

15
16
16
17

14
14
13
13

83 . 0
83 . 4
83 . 7
84 . 0

61 . 1
62 . 2
63 . 3
64 . 4

1 . 20
1 . 21
1 . 22
1 . 23

16000

1068 . 4

84 . 3

0 . 03

17

12

84 . 3

65 . 5

1 . 25

15900
15800
15700
15600

1074 . 2
1079 . 8
1085 . 2
1090 . 6

84 . 6
84 . 9
85 . 2
85 . 5

0 . 03
0 . 03
0 . 03
0 . 03

18
18
19
19

12
11
11
11

84 . 6
84 . 9
85 . 2
85 . 5

66 . 6
67 . 7
68 . 8
69 . 9

1 . 26
1 . 27
1 . 28
1 . 30

15500

1095 . 8

85 . 8

0 . 03

19

10

85 . 8

71 . 1

1 . 31

312

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
7R

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

17500

26 . 8

26 . 0

20 . 7

17 . 4

17 . 9

81 . 6

35

30

17600
17700
17800
17900

27 . 0
27 . 2

26 . 2
26 . 3
26 . 5
26 . 6

20 . 9
21 . 2
21 . 4
21 . 7

17 . 6
17 . 6
17 . 4

18 . 1
18 . 3
18 . 4
18 . 4

82 . 2
82 . 9
83 . 6
84 . 3

35
36
37
38

30
31
32
32

26 . 7

21 . 9

18 . 3

85 . 1

18000

33

**********************************************************************
18000

28 . 3

25 . 4

17900
17800
17700
17600

27 . 9
27 . 9

28 . 3
28 . 3
28 . 3
28 . 3

25 . 3
25 . 2
25 . 1
25 . 0

17500

27 . 9

28 . 2

17400
17300
17200
17100

27 . 7
27 . 6
27 . 6
27 . 5

17000

16 . 2

97 . 4

37

15 . 3
14 . 6
14 . 0

15 . 8
15 . 6
15 . 3
15 . 1

97 . 0
96 . 6
96 . 2
95 . 7

42
42
42
42

38
38
39
39

24 . 9

13 . 5

14 . 9

95 . 2

42

39

28 . 1
28 . 0
27 . 9
27 . 8

24 . 8
24 . 7
24 . 6
24 . 5

13 . 0
12 . 7
12 . 3
12 . 1

14 . 7
14 . 5
14 . 3
14 . 1

94 . 7
94 . 2
93 . 7
93 . 2

85 . 2
86 . 4

42
43
43
43

40
40
40
40

27 . 4

27 . 6

24 . 4

11 . 8

13 . 9

92 . 7

86 . 6

43

40

16900
16800
16700
16600

27 . 4
27 . 3
27 . 2
27 . 1

27 . 5
27 . 3
27 . 1
27 . 0

26 . 2
26 . 3

24 . 3
24 . 2
24 . 1
24 . 0

11 . 6
11 . 5
11 . 3
11 . 2

13 . 8
13 . 6
13 . 5
13 . 3

92 . 2
91 . 7
91 . 2
90 . 7

86 . 5
86 . 4
86 . 1
85 . 8

43
43
43
44

40
40
40
40

16500

27 . 1

26 . 8

26 . 4

23 . 9

11 . 0

13 . 1

90 . 1

85 . 6

44

40

16400
16300
16200
16100

27 . 0
26 . 9
26 . 8
26 . 7

26 . 7
26 . 5
26 . 3
26 . 2

26 . 4
26 . 3
26 . 3
26 . 3

23 . 7
23 . 6
23 . 5
23 . 3

10 . 9
10 . 8
10 . 6
10 . 5

13 . 0
12 . 8
12 . 7
12 . 6

89 . 6
89 . 1
88 . 6
88 . 0

85 . 3
85 . 0
84 . 7
84 . 4

44
44
44
44

40
39
39
39

16000

26 . 6

26 . 1

26 . 3

23 . 2

10 . 4

12 . 4

87 . 5

84 . 0

44

39

15900
15800
15700
15600

26 . 5
26 . 3
26 . 2
26 . 0

25 . 9
25 . 8
25 . 6
25 . 5

26 . 2
26 . 2
26 . 1
26 . 1

23 . 1
22 . 9
22 . 8
22 . 6

10 . 2
10 . 1
10 . 0
9.8

12 . 3
12 . 2
12 . 1
12 . 0

86 . 9
86 . 4
85 . 8
85 . 2

83 . 6
83 . 3
82 . 9
82 . 5

44
44
44
44

39
39
39
39

15500

25 . 9

25 . 4

26 . 0

22 . 4

9.7

11 . 9

84 . 7

82 . 0

44

39

313

CHARGE
7R

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

15500

1095 . 8

85 . 8

0 . 03

19

10

85 . 8

71 . 1

1 . 31

15400
15300
15200
15100

1100 . 9
1105 . 9
1110 . 8
1115 . 6

86 . 0
86 . 3
86 . 5
86 . 7

0 . 03
0 . 03
0 . 03
0 . 03

20
20
21
21

10
10
10
9

86 . 0
86 . 3
86 . 5
86 . 7

72 . 2
73 . 4
74 . 6
75 . 8

1 . 32
1 . 34
1 . 35
1 . 36

15000

1120 . 3

87 . 0

0 . 03

21

9

87 . 0

77 . 1

1 . 38

14900
14800
14700
14600

1124 . 9
1129 . 4
1133 . 9
1138 . 2

87 . 2
87 . 4
87 . 6
87 . 8

0 . 03
0 . 03
0 . 03
0 . 03

22
22
23
23

9
9
8
8

87 . 2
87 . 4
87 . 6
87 . 8

78 . 3
79 . 6
81 . 0
82 . 3

1 . 39
1 . 41
1 . 42
1 . 44

14500

1142 . 5

88 . 1

0 . 03

24

8

88 . 1

83 . 7

1 . 45

14400
14300
14200
14100

1146 . 7
1150 . 9
1155 . 0
1159 . 0

88 . 3
88 . 5
88 . 6
88 . 8

0 . 03
0 . 03
0 . 03
0 . 03

24
24
25
25

8
8
7
7

88 . 3
88 . 5
88 . 6
88 . 8

85 . 1
86 . 6
88 . 1
89 . 7

1 . 47
1 . 48
1 . 50
1 . 52

14000

1162 . 9

89 . 0

0 . 03

26

7

89 . 0

91 . 3

1 . 53

13900
13800
13700
13600

1166 . 8
1170 . 6
1174 . 4
1178 . 1

89 . 2
89 . 4
89 . 6
89 . 7

0 . 03
0 . 03
0 . 03
0 . 03

26
26
27
27

7
7
7
6

89 . 2
89 . 4
89 . 6
89 . 7

92 . 9
94 . 7
96 . 4
98 . 3

1 . 55
1 . 57
1 . 59
1 . 61

13500

1181 . 7

89 . 9

0 . 03

28

6

89 . 9

100 . 2

1 . 63

13400
13300
13200
13100

1185 . 3
1188 . 9
1192 . 3
1195 . 8

90 . 1
90 . 2
90 . 4
90 . 6

0 . 03
0 . 03
0 . 03
0 . 03

28
29
29
29

6
6
6
6

90 . 1
90 . 2
90 . 4
90 . 6

102 . 2
104 . 3
106 . 4
108 . 6

1 . 65
1 . 67
1 . 70
1 . 72

13000

1199 . 1

90 . 7

0 . 03

30

6

90 . 7

111 . 0

1 . 75

12900
12800
12700
12600

1202 . 4
1205 . 7
1208 . 9
1212 . 1

90 . 9
91 . 0
91 . 2
91 . 3

0 . 03
0 . 03
0 . 03
0 . 03

30
31
31
32

5
5
5
5

90 . 9
91 . 0
91 . 2
91 . 3

113 . 4
116 . 0
118 . 7
121 . 5

1 . 77
1 . 80
1 . 83
1 . 86

12500

1215 . 2

91 . 5

0 . 03

32

5

91 . 5

124 . 4

1 . 89

12400
12300
12200
12100

1218 . 3
1221 . 3
1224 . 2
1227 . 1

91 . 6
91 . 8
91 . 9
92 . 1

0 . 03
0 . 03
0 . 03
0 . 03

33
34
34
35

5
5
4
4

91 . 6
91 . 8
91 . 9
92 . 1

127 . 5
130 . 7
134 . 1
137 . 7

1 . 92
1 . 95
1 . 99
2 . 03

12000

1230 . 0

92 . 2

0 . 03

35

92 . 2

141 . 4

2 . 07

314

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
7R

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

15500

25 . 9

25 . 4

26 . 0

22 . 4

9.7

11 . 9

84 . 7

82 . 0

44

39

15400
15300
15200
15100

25 . 7
25 . 6
25 . 4
25 . 2

25 . 2
25 . 1
24 . 9
24 . 8

25 . 9
25 . 9
25 . 8
25 . 7

22 . 3
22 . 1
21 . 9
21 . 7

9.6
9.5
9.3
9.2

11 . 8
11 . 7
11 . 6
11 . 5

84 . 1
83 . 5
82 . 9
82 . 3

81 . 6
81 . 2
80 . 7
80 . 2

44
44
44
44

39
39
39
39

15000

25 . 1

24 . 6

25 . 6

21 . 6

9.1

11 . 4

81 . 7

79 . 7

44

40

14900
14800
14700
14600

24 . 9
24 . 7
24 . 6
24 . 4

24 . 4
24 . 3
24 . 1
23 . 9

25 . 6
25 . 5
25 . 4
25 . 3

21 . 4
21 . 2
20 . 9
20 . 7

9.0
8. 9
8. 8
8. 7

11 . 3
11 . 2
11 . 2
11 . 1

81 . 1
80 . 4
79 . 8
79 . 2

79 . 2
78 . 7
78 . 2
77 . 6

44
44
44
44

40
40
40
40

14500

24 . 2

23 . 7

25 . 2

20 . 5

8. 6

11 . 0

78 . 6

77 . 1

44

40

14400
14300
14200
14100

24 . 0
23 . 9
23 . 7
23 . 5

23 . 6
23 . 4
23 . 2
23 . 0

25 . 1
25 . 0
24 . 9
24 . 8

20 . 3
20 . 0
19 . 8
19 . 5

8. 5
8. 5
8. 4
8. 3

10 . 9
10 . 9
10 . 8
10 . 8

77 . 9
77 . 3
76 . 6
76 . 0

76 . 6
76 . 0
75 . 5
74 . 9

45
45
45
45

40
40
41
41

14000

23 . 3

22 . 8

24 . 7

19 . 2

8. 3

10 . 7

75 . 3

74 . 4

45

41

13900
13800
13700
13600

23 . 1
23 . 0
22 . 8
22 . 6

22 . 7
22 . 5
22 . 3
22 . 1

24 . 6
24 . 5
24 . 4
24 . 3

18 . 9
18 . 6
18 . 3
18 . 0

8. 2
8. 2
8. 1
8. 1

10 . 6
10 . 6
10 . 5
10 . 5

74 . 6
73 . 9
73 . 2
72 . 5

73 . 8
73 . 2
72 . 6
72 . 1

45
46
46
46

41
41
42
42

13500

22 . 4

21 . 9

24 . 2

17 . 6

8. 0

10 . 5

71 . 8

71 . 5

46

42

13400
13300
13200
13100

22 . 2
22 . 0
21 . 8
21 . 6

21 . 7
21 . 4
21 . 2
21 . 0

24 . 1
23 . 9
23 . 8
23 . 7

17 . 3
16 . 9
16 . 5
16 . 1

8. 0
8. 0
7. 9
7. 9

10 . 4
10 . 4
10 . 4
10 . 3

71 . 1
70 . 4
69 . 6
68 . 9

70 . 9
70 . 3
69 . 7
69 . 1

47
47
47
48

43
43
43
44

13000

21 . 5

20 . 8

23 . 5

15 . 7

7. 9

10 . 3

68 . 1

68 . 5

48

44

12900
12800
12700
12600

21 . 3
21 . 1
20 . 8
20 . 6

20 . 6
20 . 4
20 . 1
19 . 9

23 . 4
23 . 3
23 . 1
23 . 0

7. 9
7. 9
7. 9
7. 9

10 . 3
10 . 3
10 . 3
10 . 3

67 . 4
66 . 6
65 . 8
65 . 0

67 . 9
67 . 3
66 . 6
66 . 0

49
49
50
50

44
45
45
46

12500

20 . 4

19 . 7

22 . 8

7. 9

10 . 3

64 . 2

65 . 3

51

46

12400
12300
12200
12100

20 . 2
20 . 0
19 . 8
19 . 5

19 . 4
19 . 2
18 . 9
18 . 7

22 . 7
22 . 5
22 . 3
22 . 1

7. 9
7. 9
7. 9
8. 0

10 . 3
10 . 3
10 . 3
10 . 4

63 . 4
62 . 6
61 . 7
60 . 9

64 . 7
64 . 0
63 . 4
62 . 7

51
52
53
53

47
48
48
49

12000

19 . 3

18 . 4

21 . 9

8. 0

10 . 4

62 . 0

54

50

315

CHARGE
7R

TABLE F

F T 1 5 5 AM 3

BAS I C DA TA

1

2

3

4

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURS T

DFS
PER
10 M
DEC
HOB

6

7

DR
PER
1 MIL
D ELEV

F
O
R
K

T I ME
OF
FL I GH T

M

MIL

M

MIL

SEC

MIL

12000

1230 . 0

92 . 2

0 . 03

35

92 . 2

141 . 4

2 . 07

11900
11800
11700
11600

1232 . 8
1235 . 6
1238 . 3
1240 . 9

92 . 4
92 . 5
92 . 7
92 . 8

0 . 03
0 . 03
0 . 03
0 . 03

36
37
37
38

92 . 4
92 . 5
92 . 7
92 . 8

145 . 4
149 . 5
153 . 9
158 . 5

2 . 11
2 . 16
2 . 21
2 . 26

11500

1243 . 5

93 . 0

0 . 03

39

93 . 0

163 . 4

2 . 32

11400
11300
11200
11100

1246 . 1
1248 . 6
1251 . 0
1253 . 4

93 . 2
93 . 3
93 . 5
93 . 7

0 . 03
0 . 03
0 . 03
0 . 03

40
40
41
42

93 . 2
93 . 3
93 . 5
93 . 7

168 . 5
173 . 9
179 . 6
185 . 6

2 . 38
2 . 44
2 . 51

11000

1255 . 8

93 . 9

0 . 03

43

93 . 9

191 . 8

10900
10800
10700
10600

1258 . 1
1260 . 3
1262 . 5
1264 . 7

94 . 1
94 . 2
94 . 4
94 . 6

0 . 03
0 . 03
0 . 03
0 . 03

44
45
46

94 . 1
94 . 2
94 . 4
94 . 6

198 . 4
205 . 3
212 . 6
220 . 2

10585

1265 . 0

316

FUZE
M58 2

5

PROJ , HE , M10 7
FUZE , PD , M739 A1
8

9

AZ I MU TH
CORREC T I ONS
DR I F T
( CORR
TO L )

CW
OF
1 KNO T
MIL

F T 1 5 5 AM 3

TABLE F

PROJ , HE , M10 7
FUZE , PD , M739 A1
1
R
A
N
G
E

10

CHARGE
7R

CORREC T I ON FAC TORS
11

12

13

14

15

16

17

18

19

RANGE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S

RANGE
W I ND
1 KNO T

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

HEAD

TA I L

DEC

I NC

DEC

I NC

DEC

I NC

M

M

M

M

M

M

M

M

M

M

M

12000

19 . 3

18 . 4

21 . 9

8. 0

10 . 4

62 . 0

54

50

11900
11800
11700
11600

19 . 1
18 . 8
18 . 6
18 . 3

18 . 1
17 . 9
17 . 6

21 . 7
21 . 5
21 . 3
21 . 1

8. 1
8. 1
8. 2
8. 3

10 . 4
10 . 5
10 . 5
10 . 6

61 . 3
60 . 6
59 . 9
59 . 2

55
56
57
58

51
52
52
54

11500

18 . 1

20 . 9

8. 3

10 . 7

58 . 4

59

55

11400
11300
11200
11100

17 . 8
17 . 5
17 . 2
16 . 9

20 . 6
20 . 4
20 . 1
19 . 8

8. 4

10 . 8
10 . 9
11 . 1
11 . 2

57 . 7
57 . 0
56 . 2
55 . 4

60

56
57
59
60

11000

16 . 6

19 . 6

11 . 3

54 . 6

62

10900
10800
10700
10600

16 . 2
15 . 9
15 . 6
15 . 2

19 . 2
18 . 9
18 . 6
18 . 2

11 . 5
11 . 6

53 . 7
52 . 9
52 . 0
51 . 1

63
65

317

CHARGE
7R

TABLE G

F T 1 5 5 AM 3

SUPPLEMEN TARY DA TA

1

2

R
A
N
G
E

E
L
E
V

M

MIL

3

4

5

6

7

PROBABLE ERRORS

8

PROJ , HE , M10 7
FUZE , PD , M739 A1
9

10

ANGLE CO T TML
OF
ANGLE VEL
FALL
OF
FALL

FUZE M58 2
R

D

HB

TB

RB

M

M

M

SEC

M

MIL

M/S

0

685

11

12

MO

13

COMP S I TE
FOR
ANGLE OF S I TE
+1 M I L 1 M I L
S I TE
S I TE

M

MIL

MIL

0

0 . 000

0 . 00

0

0. 0

18

0

1000
2000
3000
4000

11 . 1
23 . 5
37 . 4
53 . 2

17
17
17
18

1
1
2
2

1 0 . 04
1 0 . 04
2 0 . 04

24
22
21

12
27
45
67

85 . 9
38 . 4
22 . 8
15 . 1

632
581
533
487

3
12
30
58

0 . 000
0 . 001
0 . 001
0 . 002

0 . 00
0 . 00
0 . 001
0 . 001

5000

71 . 0

20

3

2 0 . 04

21

95

10 . 6

444

100

0 . 003

0 . 002

6000
7000
8000
9000

91 . 4
114 . 8
142 . 0
173 . 4

22
24
27
30

3
4
4
5

3
3
4
5

0 . 04
0 . 04
0 . 04
0 . 04

20
21
22
23

131
175
229
292

7. 8
5. 8
4. 4
3. 4

404
367
336
320

160
242
354
503

0 . 005
0 . 007
0 . 010
0 . 015

0 . 003
0 . 004
0 . 005
0 . 007

10000

209 . 3

33

6

7 0 . 04

24

360

2. 7

312

695

0 . 021

0 . 011

11000
12000
13000
14000

249 . 5
294 . 0
343 . 1
397 . 5

35
38
40
42

6
7
8
9

0 . 05
0 . 05
0 . 05
0 . 05

25
26
27
28

429
499
569
640

2. 2
1. 9
1. 6
1. 4

309
308
309
311

936
1230
1583
2006

0 . 031
0 . 046
0 . 068
0 . 103

0 . 018
0 . 029
0 . 047
0 . 073

15000

458 . 3

44 10

20 0 . 06

30

712

1. 2

314

2513

0 . 162

0 . 117

16000
17000
18000

528 . 4
615 . 3
773 . 5

46 11
49 13
52 15

24 0 . 06
30 0 . 07
42 0 . 10

31 788
34 874
38 1013

1. 0
0. 9
0. 6

318
321
327

3138
3965
5584

0 . 281
0 . 637

0 . 19 4
0 . 376
1 . 438

9
11
14
16

************************************************************************
18000 859 . 6
17000 999 . 4
16000 1068 . 4

57 16
55 17
52 18

50 0 . 11
62 0 . 14
69 0 . 15

40 1082
41 1188
39 1240

0. 6
0. 4
0. 4

330
333
335

6498
7966
8655

1 . 759
1 . 384

2 . 58
1 . 50
1 . 30

15000 1120 . 3

49 17

73 0 . 16

38 1279

0. 3

336

9144

1 . 245

1 . 20

14000
13000
12000
11000

45 17
41 17
16
15

77
81
84
90

35
32
29
25

0. 3
0. 3
0. 2
0. 2

336 9523
337 9827
337 10070
337 10263

1 . 167
1 . 116
1 . 079
1 . 051

1 . 14
1 . 10
1 . 07
1 . 04

318

1162 . 9
1199 . 1
1230 . 0
1255 . 8

0 . 17
0 . 17
0 . 18
0 . 19

1312
1343
1371
1399

F T 1 5 5 AM 3

TABLE H

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
7R

RANGE

CORREC T I ONS TO RANGE , I N ME TERS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
AZ I MU TH OF TARGE T
RANGE
ME TERS

0
3200

M I LS

200
3000

400
2800

600
2600

800
2400

1000
2200

1200
2000

1400
1800

1600
1600

1000
2000
3000
4000

0
0
0
0

2+
3+
5+
6+

4+
7+
9+
11+

5+
10+
13+
16+

7+
12+
17+
21+

8+
14+
20+
24+

9+
16+
22+
27+

9+
17+
23+
28+

10+
17+
24+
29+

5000

0

6+

13+

18+

23+

27+

30+

32+

33+

6000
7000
8000
9000

0
0
0
0

7+
7+
7+
8+

14+
14+
15+
15+

20+
21+
21+
22+

25+
26+
27+
28+

30+
31+
32+
32+

33+
34+
35+
36+

35+
37+
37+
38+

36+
37+
38+
39+

10000

0

8+

15+

22+

28+

33+

37+

39+

40+

11000
12000
13000
14000

0
0
0
0

8+
8+
9+
9+

16+
17+
17+
18+

23+
24+
25+
26+

29+
31+
32+
33+

35+
36+
38+
39+

38+
40+
42+
44+

41+
43+
45+
46+

42+
44+
45+
47+

15000

0

10+

19+

27+

35+

41+

45+

48+

49+

16000
17000
18000

0
0
0

10+
10+
8+

19+
19+
16+

28+
27+
23+

35+
35+
29+

42+
41+
34+

46+
45+
38+

49+
48+
40+

50+
49+
41+

**********************************************************************
18000
17000
16000

0
0
0

6+
1+
+2

11+
3+
+3

15000

0

+4

+8

+12

+15

+18

+20

+21

+21

14000
13000
12000
11000

0
0
0
0

+7
+9
+13
+18

+13
+19
+25
+35

+19
+27
+37
+51

+24
+34
+47
+65

+29
+40
+55
+76

+32
+45
+61
+85

+34
+48
+65
+90

+34
+48
+66
+92

3400
6200

3600
6000

3800
5800

4000
5600

4200
5400

4400
5200

4600
5000

4800
4800

3200
6400

16+
4+
+5

20+
5+
+6

24+
6+
+7

AZ I MU TH OF TARGE T
NO TES

1.
2.
3.
4.

27+
6+
+8

28+
7+
+8

29+
7+
+8

M I LS

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .
CORREC T I ONS ARE FOR 0 DEGREES LA T I TUDE . FOR O THER LA T I TUDES
MUL T I PLY CORREC T I ONS BY THE FAC TOR G I VEN BELOW.
LA T I TUDE ( DEG)
MUL T I PLY BY

10

20

30

40

50

60

70

.98

.94

. 87

. 77

. 64

. 50

. 34

3 19

CHARGE
7R

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
0 DEGREES LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

5000

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

0. 0

6000
7000
8000
9000

0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
R0 . 1 L
0. 0
0. 0
R0 . 1 L R0 . 1 L R0 . 1 L

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0

0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R

10000

R0 . 1 L R0 . 1 L R0 . 1 L

0. 0

0. 0

0. 0

L 0 . 1R L 0 . 1R L 0 . 1R

11000
12000
13000
14000

R0 . 1 L
R0 . 2 L
R0 . 2 L
R0 . 3 L

R0 . 1 L
R0 . 1 L
R0 . 1 L
R0 . 1 L

0. 0
0. 0
0. 0
0. 0

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 1R

15000

R0 . 4 L R0 . 4 L R0 . 3 L R0 . 2 L

0. 0

L 0 . 2R L 0 . 3R L 0 . 4R L 0 . 4R

16000
17000
18000

R0 . 6 L R0 . 5 L R0 . 4 L R0 . 2 L
R0 . 8 L R0 . 7 L R0 . 5 L R0 . 3 L
R1 . 3 L R1 . 2 L R0 . 9 L R0 . 5 L

0. 0
0. 0
0. 0

L 0 . 2R L 0 . 4R L 0 . 5R L 0 . 6R
L 0 . 3R L 0 . 5R L 0 . 7R L 0 . 8R
L 0 . 5R L 0 . 9 R L 1 . 2R L 1 . 3R

R0 . 1 L
R0 . 2 L
R0 . 2 L
R0 . 3 L

R0 . 1 L
R0 . 1 L
R0 . 2 L
R0 . 2 L

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

**********************************************************************
18000
17000
16000

R1 . 7 L R1 . 6 L R1 . 2 L R0 . 6 L
R2 . 5 L R2 . 3 L R1 . 8 L R1 . 0 L
R3 . 1 L R2 . 9 L R2 . 2 L R1 . 2 L

0. 0
0. 0
0. 0

L 0 . 6R L 1 . 2R L 1 . 6R L 1 . 7R
L 1 . 0R L 1 . 8R L 2 . 3R L 2 . 5R
L 1 . 2R L 2 . 2R L 2 . 9 R L 3 . 1R

15000

R3 . 6 L R3 . 3 L R2 . 5 L R1 . 4 L

0. 0

L 1 . 4R L 2 . 5R L 3 . 3R L 3 . 6R

14000
13000
12000
11000

R4 . 1 L
R4 . 5 L
R5 . 0 L
R5 . 4 L

R3 . 8 L
R4 . 2 L
R4 . 6 L
R5 . 0 L

R2 . 9 L
R3 . 2 L
R3 . 5 L
R3 . 8 L

R1 . 6 L
R1 . 7 L
R1 . 9 L
R2 . 1 L

0. 0
0. 0
0. 0
0. 0

L 1 . 6R
L 1 . 7R
L1. 9R
L 2 . 1R

L2. 9R
L 3 . 2R
L 3 . 5R
L 3 . 8R

L 3 . 8R
L 4 . 2R
L 4 . 6R
L 5 . 0R

L 4 . 1R
L 4 . 5R
L 5 . 0R
L 5 . 4R

3200
3200

2800
3600

2400
4000

2000
4400

1200
5200

800
5600

400
6000

0
6400

1600
4800

AZ I MU TH OF TARGE T

M I LS

0 DEGREES LA T I TUDE
NO TES

320

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
7R

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
1 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

0
6400

400
6000

800
5600

1200
5200

1600
4800

M I LS
2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R

5000

L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R

6000
7000
8000
9000

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 1R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 3R

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 3R

10000

L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 4R L 0 . 4R

11000
12000
13000
14000

L 0 . 2R
L 0 . 2R
L 0 . 1R
L 0 . 1R

15000

L 0 . 1R L 0 . 1R L 0 . 2R L 0 . 3R L 0 . 5R L 0 . 6R L 0 . 8R L 0 . 9 R L 0 . 9 R

16000
17000
18000

0. 0
0. 0
L 0 . 1R L 0 . 3R L 0 . 5R L 0 . 8R L 0 . 9 R L 1 . 0R L 1 . 1R
R0 . 1 L R0 . 1 L L 0 . 1R L 0 . 3R L 0 . 6R L 0 . 9 R L 1 . 2R L 1 . 3R L 1 . 4R
R0 . 5 L R0 . 4 L R0 . 2 L L 0 . 3R L 0 . 7R L 1 . 2R L 1 . 6R L 1 . 9 R L 2 . 0R

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 1R

L 0 . 2R
L 0 . 2R
L 0 . 2R
L 0 . 2R

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 3R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 4R

L 0 . 3R
L 0 . 4R
L 0 . 5R
L 0 . 5R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

**********************************************************************
18000
17000
16000

R0 . 9 L R0 . 7 L R0 . 4 L L 0 . 2R L 0 . 8R L 1 . 4R L 2 . 0R L 2 . 3R L 2 . 5R
R1 . 6 L R1 . 4 L R0 . 9 L
0. 0
L 0 . 9 R L 1 . 9 R L 2 . 7R L 3 . 2R L 3 . 4R
R2 . 1 L R1 . 9 L R1 . 2 L R0 . 2 L L 0 . 9 R L 2 . 1R L 3 . 1R L 3 . 8R L 4 . 0R

15000

R2 . 6 L R2 . 3 L R1 . 5 L R0 . 4 L L 1 . 0R L 2 . 3R L 3 . 5R L 4 . 2R L 4 . 5R

14000
13000
12000
11000

R3 . 0 L
R3 . 5 L
R3 . 9 L
R4 . 3 L

R2 . 7 L
R3 . 1 L
R3 . 5 L
R3 . 9 L

R1 . 8 L
R2 . 2 L
R2 . 5 L
R2 . 7 L

R0 . 5 L
R0 . 7 L
R0 . 9 L
R1 . 0 L

L 1 . 0R
L 1 . 0R
L 1 . 0R
L 1 . 0R

L 2 . 5R
L 2 . 7R
L2. 9R
L 3 . 0R

L 3 . 8R
L 4 . 2R
L 4 . 5R
L 4 . 7R

L 4 . 7R
L 5 . 1R
L 5 . 5R
L5. 9R

L 5 . 0R
L 5 . 5R
L5. 9R
L 6 . 3R

3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

1200
5200

800
5600

400
6000

0
6400

AZ I MU TH OF TARGE T

M I LS

1 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

321

CHARGE
7R

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
2 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

0
6400

400
6000

800
5600

1200
5200

1600
4800

M I LS
2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
0. 0
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R L 0 . 1R
L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R

5000

L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R L 0 . 2R

6000
7000
8000
9000

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 4R

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 4R

L 0 . 2R
L 0 . 3R
L 0 . 3R
L 0 . 4R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 4R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 4R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 3R
L 0 . 3R
L 0 . 4R
L 0 . 5R

L 0 . 3R
L 0 . 4R
L 0 . 4R
L 0 . 5R

10000

L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 6R L 0 . 6R L 0 . 6R

11000
12000
13000
14000

L 0 . 5R
L 0 . 5R
L 0 . 5R
L 0 . 5R

15000

L 0 . 5R L 0 . 6R L 0 . 7R L 0 . 8R L 0 . 9 R L 1 . 1R L 1 . 2R L 1 . 3R L 1 . 3R

16000
17000
18000

L 0 . 5R L 0 . 6R L 0 . 7R L 0 . 9 R L 1 . 1R L 1 . 3R L 1 . 4R L 1 . 5R L 1 . 6R
L 0 . 5R L 0 . 5R L 0 . 7R L 0 . 9 R L 1 . 2R L 1 . 5R L 1 . 7R L 1 . 9 R L 1 . 9 R
L 0 . 2R L 0 . 3R L 0 . 6R L 1 . 0R L 1 . 5R L 1 . 9 R L 2 . 3R L 2 . 6R L 2 . 7R

L 0 . 5R
L 0 . 5R
L 0 . 5R
L 0 . 6R

L 0 . 5R
L 0 . 5R
L 0 . 6R
L 0 . 6R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 7R

L 0 . 6R
L 0 . 7R
L 0 . 7R
L 0 . 8R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 1 . 0R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

**********************************************************************
18000
17000
16000

0. 0
L 0 . 1R L 0 . 5R L 1 . 0R L 1 . 6R L 2 . 2R L 2 . 7R L 3 . 1R L 3 . 2R
R0 . 6 L R0 . 4 L L 0 . 1R L 0 . 9 R L 1 . 8R L 2 . 7R L 3 . 5R L 4 . 0R L 4 . 2R
R1 . 0 L R0 . 8 L R0 . 2 L L 0 . 8R L 1 . 9 R L 3 . 0R L 3 . 9 R L 4 . 5R L 4 . 8R

15000

R1 . 5 L R1 . 2 L R0 . 5 L L 0 . 6R L 1 . 9 R L 3 . 2R L 4 . 3R L 5 . 0R L 5 . 3R

14000
13000
12000
11000

R1 . 9 L
R2 . 3 L
R2 . 7 L
R3 . 1 L

R1 . 6 L
R2 . 0 L
R2 . 3 L
R2 . 7 L

R0 . 8 L L 0 . 5R
R1 . 0 L L 0 . 3R
R1 . 3 L L 0 . 2R
R1 . 6 L
0. 0

L 2 . 0R
L 2 . 0R
L 2 . 0R
L 2 . 0R

L 3 . 4R
L 3 . 6R
L 3 . 8R
L3. 9R

L 4 . 7R
L 5 . 0R
L 5 . 3R
L 5 . 5R

L 5 . 5R
L5. 9R
L 6 . 3R
L 6 . 6R

L 5 . 8R
L 6 . 2R
L 6 . 7R
L 7 . 0R

3200
3200

2800
3600

2400
4000

1600
4800

1200
5200

800
5600

400
6000

0
6400

2000
4400

AZ I MU TH OF TARGE T

M I LS

2 0 DEGREES SOU TH LA T I TUDE
NO TES

322

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
7R

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
3 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 2R

5000

L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R L 0 . 3R

6000
7000
8000
9000

L 0 . 4R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 4R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 5R
L 0 . 5R
L 0 . 6R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 6R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

L 0 . 4R
L 0 . 5R
L 0 . 6R
L 0 . 7R

10000

L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 7R L 0 . 8R L 0 . 8R L 0 . 8R L 0 . 8R

11000
12000
13000
14000

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 0R

15000

L 1 . 0R L 1 . 0R L 1 . 1R L 1 . 2R L 1 . 4R L 1 . 5R L 1 . 6R L 1 . 7R L 1 . 7R

16000
17000
18000

L 1 . 1R L 1 . 1R L 1 . 2R L 1 . 4R L 1 . 6R L 1 . 7R L 1 . 9 R L 2 . 0R L 2 . 0R
L 1 . 1R L 1 . 1R L 1 . 3R L 1 . 5R L 1 . 8R L 2 . 0R L 2 . 2R L 2 . 4R L 2 . 4R
L 1 . 0R L 1 . 1R L 1 . 3R L 1 . 7R L 2 . 1R L 2 . 6R L 2 . 9 R L 3 . 2R L 3 . 3R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 0R

L 0 . 8R
L0. 9R
L0. 9R
L 1 . 0R

L 0 . 8R
L0. 9R
L 1 . 0R
L 1 . 1R

L0. 9R
L 1 . 0R
L 1 . 1R
L 1 . 2R

L0. 9R
L 1 . 0R
L 1 . 2R
L 1 . 3R

L0. 9R
L 1 . 1R
L 1 . 2R
L 1 . 4R

L 1 . 0R
L 1 . 1R
L 1 . 3R
L 1 . 5R

L 1 . 0R
L 1 . 1R
L 1 . 3R
L 1 . 5R

**********************************************************************
18000
17000
16000

L 0 . 9 R L 1 . 0R L 1 . 3R L 1 . 8R L 2 . 3R L 2 . 9 R L 3 . 4R L 3 . 7R L 3 . 8R
L 0 . 4R L 0 . 6R L 1 . 1R L 1 . 8R L 2 . 6R L 3 . 4R L 4 . 2R L 4 . 6R L 4 . 8R
L 0 . 1R L 0 . 3R L 0 . 8R L 1 . 7R L 2 . 7R L 3 . 8R L 4 . 6R L 5 . 2R L 5 . 4R

15000

R0 . 3 L R0 . 1 L L 0 . 6R L 1 . 6R L 2 . 8R L 4 . 0R L 5 . 0R L 5 . 7R L 5 . 9 R

14000
13000
12000
11000

R0 . 7 L
R1 . 0 L
R1 . 4 L
R1 . 8 L

R0 . 4 L
R0 . 7 L
R1 . 1 L
R1 . 4 L

L 0 . 4R
L 0 . 1R
R0 . 2 L
R0 . 4 L

L 1 . 5R
L 1 . 4R
L 1 . 2R
L 1 . 1R

L2. 9R
L2. 9R
L2. 9R
L2. 9R

L 4 . 2R
L 4 . 4R
L 4 . 5R
L 4 . 7R

L 5 . 3R
L 5 . 7R
L5. 9R
L 6 . 2R

L 6 . 1R
L 6 . 5R
L6. 9R
L 7 . 2R

L 6 . 4R
L 6 . 8R
L 7 . 2R
L 7 . 5R

3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

1200
5200

800
5600

400
6000

0
6400

AZ I MU TH OF TARGE T

M I LS

3 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

323

CHARGE
7R

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
4 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

L 0 . 1R
L 0 . 1R
L 0 . 2R
L 0 . 3R

5000

L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R L 0 . 4R

6000
7000
8000
9000

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L 0 . 8R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L0. 9R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L0. 9R

L 0 . 5R
L 0 . 6R
L 0 . 7R
L0. 9R

L 0 . 5R
L 0 . 6R
L 0 . 8R
L0. 9R

10000

L 0 . 9 R L 0 . 9 R L 0 . 9 R L 0 . 9 R L 1 . 0R L 1 . 0R L 1 . 0R L 1 . 0R L 1 . 0R

11000
12000
13000
14000

L 1 . 0R
L 1 . 1R
L 1 . 2R
L 1 . 3R

15000

L 1 . 5R L 1 . 5R L 1 . 5R L 1 . 7R L 1 . 8R L 1 . 9 R L 2 . 0R L 2 . 1R L 2 . 1R

16000
17000
18000

L 1 . 6R L 1 . 6R L 1 . 7R L 1 . 8R L 2 . 0R L 2 . 2R L 2 . 3R L 2 . 4R L 2 . 4R
L 1 . 7R L 1 . 7R L 1 . 8R L 2 . 0R L 2 . 3R L 2 . 5R L 2 . 7R L 2 . 8R L 2 . 9 R
L 1 . 8R L 1 . 8R L 2 . 0R L 2 . 4R L 2 . 7R L 3 . 1R L 3 . 4R L 3 . 7R L 3 . 7R

L 1 . 0R
L 1 . 1R
L 1 . 2R
L 1 . 4R

L 1 . 0R
L 1 . 1R
L 1 . 3R
L 1 . 4R

L 1 . 1R
L 1 . 2R
L 1 . 3R
L 1 . 5R

L 1 . 1R
L 1 . 2R
L 1 . 4R
L 1 . 6R

L 1 . 1R
L 1 . 3R
L 1 . 5R
L 1 . 7R

L 1 . 2R
L 1 . 3R
L 1 . 5R
L 1 . 8R

L 1 . 2R
L 1 . 4R
L 1 . 6R
L 1 . 8R

L 1 . 2R
L 1 . 4R
L 1 . 6R
L 1 . 8R

**********************************************************************
18000
17000
16000

L 1 . 7R L 1 . 8R L 2 . 1R L 2 . 5R L 3 . 0R L 3 . 5R L 3 . 9 R L 4 . 2R L 4 . 3R
L 1 . 4R L 1 . 6R L 2 . 0R L 2 . 6R L 3 . 4R L 4 . 1R L 4 . 7R L 5 . 1R L 5 . 3R
L 1 . 1R L 1 . 3R L 1 . 8R L 2 . 6R L 3 . 5R L 4 . 4R L 5 . 2R L 5 . 7R L 5 . 9 R

15000

L 0 . 9 R L 1 . 1R L 1 . 7R L 2 . 6R L 3 . 6R L 4 . 7R L 5 . 5R L 6 . 1R L 6 . 4R

14000
13000
12000
11000

L 0 . 6R
L 0 . 2R
R0 . 1 L
R0 . 4 L

L 0 . 8R
L 0 . 5R
L 0 . 2R
R0 . 1 L

L 1 . 5R
L 1 . 2R
L 1 . 0R
L 0 . 8R

L 2 . 5R
L 2 . 4R
L 2 . 3R
L 2 . 1R

L 3 . 7R
L 3 . 7R
L 3 . 7R
L 3 . 7R

L4. 9R
L 5 . 0R
L 5 . 2R
L 5 . 3R

L5. 9R
L 6 . 2R
L 6 . 4R
L 6 . 6R

L 6 . 5R
L6. 9R
L 7 . 2R
L 7 . 5R

L 6 . 8R
L 7 . 2R
L 7 . 5R
L 7 . 8R

3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

1200
5200

800
5600

400
6000

0
6400

AZ I MU TH OF TARGE T

M I LS

4 0 DEGREES SOU TH LA T I TUDE
NO TES

324

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
7R

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
5 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

5000

L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R

6000
7000
8000
9000

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L0. 9R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L 0 . 8R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L0. 9R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L0. 9R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L0. 9R
L 1 . 0R

L 0 . 6R
L 0 . 7R
L0. 9R
L 1 . 0R

10000

L 1 . 1R L 1 . 1R L 1 . 1R L 1 . 1R L 1 . 1R L 1 . 2R L 1 . 2R L 1 . 2R L 1 . 2R

11000
12000
13000
14000

L 1 . 2R
L 1 . 4R
L 1 . 5R
L 1 . 7R

15000

L 1 . 8R L 1 . 9 R L 1 . 9 R L 2 . 0R L 2 . 1R L 2 . 2R L 2 . 3R L 2 . 4R L 2 . 4R

16000
17000
18000

L 2 . 0R L 2 . 0R L 2 . 1R L 2 . 2R L 2 . 4R L 2 . 5R L 2 . 6R L 2 . 7R L 2 . 7R
L 2 . 2R L 2 . 2R L 2 . 3R L 2 . 5R L 2 . 7R L 2 . 9 R L 3 . 1R L 3 . 2R L 3 . 2R
L 2 . 4R L 2 . 5R L 2 . 7R L 3 . 0R L 3 . 3R L 3 . 6R L 3 . 9 R L 4 . 0R L 4 . 1R

L 1 . 2R
L 1 . 4R
L 1 . 5R
L 1 . 7R

L 1 . 2R
L 1 . 4R
L 1 . 6R
L 1 . 7R

L 1 . 3R
L 1 . 4R
L 1 . 6R
L 1 . 8R

L 1 . 3R
L 1 . 5R
L 1 . 7R
L1. 9R

L 1 . 3R
L 1 . 5R
L 1 . 7R
L 2 . 0R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 0R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 1R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 1R

**********************************************************************
18000
17000
16000

L 2 . 5R L 2 . 6R L 2 . 8R L 3 . 2R L 3 . 6R L 4 . 0R L 4 . 3R L 4 . 6R L 4 . 7R
L 2 . 4R L 2 . 5R L 2 . 8R L 3 . 4R L 4 . 0R L 4 . 6R L 5 . 1R L 5 . 5R L 5 . 6R
L 2 . 2R L 2 . 3R L 2 . 8R L 3 . 4R L 4 . 2R L 4 . 9 R L 5 . 6R L 6 . 0R L 6 . 2R

15000

L 2 . 0R L 2 . 2R L 2 . 7R L 3 . 4R L 4 . 3R L 5 . 2R L 5 . 9 R L 6 . 4R L 6 . 6R

14000
13000
12000
11000

L 1 . 8R
L 1 . 5R
L 1 . 2R
L 1 . 0R

L 2 . 0R
L 1 . 7R
L 1 . 5R
L 1 . 2R

L 2 . 5R
L 2 . 4R
L 2 . 2R
L 2 . 0R

L 3 . 4R
L 3 . 3R
L 3 . 2R
L 3 . 1R

L 4 . 4R
L 4 . 4R
L 4 . 4R
L 4 . 4R

L 5 . 4R
L 5 . 5R
L 5 . 7R
L 5 . 7R

L 6 . 2R
L 6 . 5R
L 6 . 7R
L 6 . 8R

L 6 . 8R
L 7 . 1R
L 7 . 4R
L 7 . 6R

L 7 . 0R
L 7 . 3R
L 7 . 6R
L7. 9R

3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

1200
5200

800
5600

400
6000

0
6400

AZ I MU TH OF TARGE T

M I LS

5 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

325

CHARGE
7R

TABLE I
RO TA T I ON

F T 1 5 5 AM 3

AZ I MU TH

PROJ , HE , M10 7
FUZE , PD , M739 A1

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
6 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 4R

5000

L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R L 0 . 5R

6000
7000
8000
9000

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L0. 9R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 1R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L 0 . 8R
L 1 . 0R
L 1 . 2R

10000

L 1 . 2R L 1 . 2R L 1 . 3R L 1 . 3R L 1 . 3R L 1 . 3R L 1 . 3R L 1 . 3R L 1 . 3R

11000
12000
13000
14000

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 0R

15000

L 2 . 2R L 2 . 2R L 2 . 2R L 2 . 3R L 2 . 4R L 2 . 5R L 2 . 5R L 2 . 6R L 2 . 6R

16000
17000
18000

L 2 . 4R L 2 . 4R L 2 . 5R L 2 . 6R L 2 . 7R L 2 . 8R L 2 . 9 R L 2 . 9 R L 3 . 0R
L 2 . 7R L 2 . 7R L 2 . 8R L 2 . 9 R L 3 . 1R L 3 . 2R L 3 . 3R L 3 . 4R L 3 . 4R
L 3 . 1R L 3 . 1R L 3 . 2R L 3 . 5R L 3 . 7R L 3 . 9 R L 4 . 2R L 4 . 3R L 4 . 3R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 0R

L 1 . 4R
L 1 . 6R
L 1 . 8R
L 2 . 0R

L 1 . 5R
L 1 . 6R
L1. 9R
L 2 . 1R

L 1 . 5R
L 1 . 7R
L1. 9R
L 2 . 1R

L 1 . 5R
L 1 . 7R
L1. 9R
L 2 . 2R

L 1 . 5R
L 1 . 7R
L 2 . 0R
L 2 . 2R

L 1 . 5R
L 1 . 8R
L 2 . 0R
L 2 . 3R

L 1 . 5R
L 1 . 8R
L 2 . 0R
L 2 . 3R

**********************************************************************
18000
17000
16000

L 3 . 2R L 3 . 3R L 3 . 4R L 3 . 7R L 4 . 0R L 4 . 4R L 4 . 6R L 4 . 8R L 4 . 9 R
L 3 . 3R L 3 . 4R L 3 . 6R L 4 . 0R L 4 . 5R L 5 . 0R L 5 . 4R L 5 . 7R L 5 . 8R
L 3 . 2R L 3 . 3R L 3 . 6R L 4 . 1R L 4 . 7R L 5 . 3R L 5 . 8R L 6 . 2R L 6 . 3R

15000

L 3 . 1R L 3 . 2R L 3 . 6R L 4 . 2R L 4 . 9 R L 5 . 5R L 6 . 1R L 6 . 5R L 6 . 7R

14000
13000
12000
11000

L2. 9R
L 2 . 7R
L 2 . 5R
L 2 . 3R

L 3 . 1R
L2. 9R
L 2 . 7R
L 2 . 5R

L 3 . 5R
L 3 . 4R
L 3 . 2R
L 3 . 1R

L 4 . 2R
L 4 . 1R
L 4 . 1R
L 4 . 0R

L4. 9R
L 5 . 0R
L 5 . 0R
L 5 . 0R

L 5 . 7R
L5. 9R
L 6 . 0R
L 6 . 0R

L 6 . 4R
L 6 . 6R
L 6 . 8R
L6. 9R

L 6 . 8R
L 7 . 1R
L 7 . 3R
L 7 . 5R

L 7 . 0R
L 7 . 3R
L 7 . 5R
L 7 . 7R

3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

1200
5200

800
5600

400
6000

0
6400

AZ I MU TH OF TARGE T

M I LS

6 0 DEGREES SOU TH LA T I TUDE
NO TES

326

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

F T 1 5 5 AM 3

TABLE I

PROJ , HE , M10 7
FUZE , PD , M739 A1

RO TA T I ON

CHARGE
7R

AZ I MU TH

CORREC T I ONS TO AZ I MU TH , I N M I LS , TO COMPENSA TE
FOR THE RO TA T I ON OF THE EAR TH
7 0 DEGREES NOR TH LA T I TUDE
AZ I MU TH OF TARGE T
RANGE
ME TERS

M I LS

0
6400

400
6000

800
5600

1200
5200

1600
4800

2000
4400

2400
4000

2800
3600

3200
3200

1000
2000
3000
4000

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

L 0 . 1R
L 0 . 2R
L 0 . 3R
L 0 . 5R

5000

L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R L 0 . 6R

6000
7000
8000
9000

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 0R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 1R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 1R
L 1 . 2R

L 0 . 7R
L0. 9R
L 1 . 1R
L 1 . 2R

10000

L 1 . 4R L 1 . 4R L 1 . 4R L 1 . 4R L 1 . 4R L 1 . 4R L 1 . 4R L 1 . 4R L 1 . 4R

11000
12000
13000
14000

L 1 . 6R
L 1 . 8R
L 2 . 0R
L 2 . 2R

15000

L 2 . 5R L 2 . 5R L 2 . 5R L 2 . 5R L 2 . 6R L 2 . 7R L 2 . 7R L 2 . 7R L 2 . 7R

16000
17000
18000

L 2 . 7R L 2 . 7R L 2 . 8R L 2 . 8R L 2 . 9 R L 3 . 0R L 3 . 1R L 3 . 1R L 3 . 1R
L 3 . 0R L 3 . 1R L 3 . 1R L 3 . 2R L 3 . 3R L 3 . 4R L 3 . 5R L 3 . 6R L 3 . 6R
L 3 . 6R L 3 . 6R L 3 . 7R L 3 . 8R L 4 . 0R L 4 . 2R L 4 . 3R L 4 . 4R L 4 . 5R

L 1 . 6R
L 1 . 8R
L 2 . 0R
L 2 . 2R

L 1 . 6R
L 1 . 8R
L 2 . 0R
L 2 . 2R

L 1 . 6R
L 1 . 8R
L 2 . 0R
L 2 . 3R

L 1 . 6R
L 1 . 8R
L 2 . 1R
L 2 . 3R

L 1 . 6R
L 1 . 8R
L 2 . 1R
L 2 . 4R

L 1 . 6R
L1. 9R
L 2 . 1R
L 2 . 4R

L 1 . 7R
L1. 9R
L 2 . 1R
L 2 . 4R

L 1 . 7R
L1. 9R
L 2 . 1R
L 2 . 4R

**********************************************************************
18000
17000
16000

L 3 . 8R L 3 . 8R L 4 . 0R L 4 . 2R L 4 . 4R L 4 . 6R L 4 . 8R L 4 . 9 R L 5 . 0R
L 4 . 0R L 4 . 1R L 4 . 3R L 4 . 6R L 4 . 9 R L 5 . 2R L 5 . 5R L 5 . 7R L 5 . 8R
L 4 . 1R L 4 . 2R L 4 . 4R L 4 . 7R L 5 . 1R L 5 . 5R L 5 . 9 R L 6 . 1R L 6 . 2R

15000

L 4 . 0R L 4 . 1R L 4 . 4R L 4 . 8R L 5 . 3R L 5 . 7R L 6 . 1R L 6 . 4R L 6 . 5R

14000
13000
12000
11000

L 4 . 0R
L3. 9R
L 3 . 7R
L 3 . 6R

L 4 . 1R
L 4 . 0R
L3. 9R
L 3 . 7R

L 4 . 4R
L 4 . 3R
L 4 . 2R
L 4 . 1R

L 4 . 8R
L 4 . 8R
L 4 . 8R
L 4 . 7R

L 5 . 4R
L 5 . 4R
L 5 . 4R
L 5 . 4R

L5. 9R
L 6 . 0R
L 6 . 1R
L 6 . 1R

L 6 . 3R
L 6 . 5R
L 6 . 6R
L 6 . 7R

L 6 . 7R
L 6 . 8R
L 7 . 0R
L 7 . 1R

L 6 . 8R
L 7 . 0R
L 7 . 1R
L 7 . 2R

3200
3200

2800
3600

2400
4000

2000
4400

1600
4800

1200
5200

800
5600

400
6000

0
6400

AZ I MU TH OF TARGE T

M I LS

7 0 DEGREES SOU TH LA T I TUDE
NO TES

1.
2.
3.
4.

WHEN EN TER I NG FROM THE TOP USE THE S I GN BEFORE THE NUMBER .
WHEN EN TER I NG FROM THE BO TTOM USE THE S I GN AF TER THE NUMBER .
R DENO TES CORREC T I ON TO THE R I GH T , L TO THE LEF T.
AZ I MU TH I S MEASURED CLOCKW I SE FROM NOR TH .

327

CHARGE
7R

TABLE J

F T 1 5 5 AM 3

FUZE CORREC T I ON FAC TORS

1

2

3

4

5

FS

6

7

PROJ , HE , M10 7
FUZE , MTSQ , M58 2
8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

I NC

RANGE
W I ND
1 KNO T
HEAD

TA I L

A IR
TEMP
1 PC T
DEC

I NC

A IR
DENS I TY
1 PC T
DEC

I NC

PROJ WT
OF 1 SQ
( 4 SQ S TD )
DEC

I NC

0

328

1
2
3
4

. 003 0 . 003
. 004 0 . 004
. 006 0 . 006

0 . 000 0 . 000
0 . 000 0 . 000
0 . 000 0 . 000

0 . 000 0 . 000
0 . 000 0 . 000
0 . 000 0 . 000

0 . 000 0 . 000
0 . 001 . 001
0 . 001 . 001

0 . 007
0 . 009
0 . 012

. 007
. 010
. 012

5

. 007 0 . 007

0 . 000 0 . 000

0 . 001

. 001

0 . 002

. 002

0 . 015

. 015

6
7
8
9

. 008
. 010
. 011
. 012

0 . 000
0 . 000
0 . 000
0 . 000

0 . 000
0 . 000
0 . 000
0 . 000

0 . 001
0 . 001
0 . 001
0 . 002

. 001
. 001
. 001
. 002

0 . 003
0 . 004
0 . 005
0 . 006

. 003
. 004
. 005
. 006

0 . 017
0 . 019
0 . 020
0 . 022

. 017
. 019
. 021
. 022

0 . 000 0 . 000

0 . 002

. 002

0 . 008

. 007

0 . 023

. 024

0 . 000
0 . 000
. 001
. 001

0 . 000
0 . 000
0 . 001
0 . 001

0 . 003
0 . 003
0 . 004
0 . 004

. 002
. 003
. 003
. 004

0 . 009
0 . 011
0 . 012
0 . 014

. 009
. 010
. 012
. 014

0 . 024
0 . 025
0 . 026
0 . 027

. 025
. 026
. 027
. 028

. 001 0 . 001

0 . 005

. 005

0 . 016

. 016

0 . 027

. 028

0 . 001
0 . 001
0 . 001
0 . 001

0 . 005
0 . 006
0 . 008
0 . 010

. 006
. 008
. 010
. 012

0 . 018
0 . 021
0 . 024
0 . 027

. 018
. 021
. 025
. 028

0 . 027
0 . 026
0 . 025
0 . 023

. 029
. 028
. 027
. 026

. 001 0 . 001

0 . 013

. 014

0 . 031

. 032

0 . 022

. 024

0 . 001
0 . 001
0 . 001
0 . 001

0 . 015
0 . 018
0 . 020
0 . 023

. 016
. 018
. 020
. 022

0 . 035
0 . 040
0 . 044
0 . 048

. 035
. 039
. 043
. 046

0 . 020
0 . 017
0 . 015
0 . 013

. 022
. 020
. 018
. 017

. 001 0 . 001

0 . 025

. 023

0 . 052

. 050

0 . 011

. 015

0 . 001
0 . 001
0 . 001
0 . 001

0 . 027
0 . 029
0 . 030
0 . 032

. 024
. 025
. 025
. 026

0 . 056
0 . 060
0 . 064
0 . 068

. 053
. 056
. 059
. 062

0 . 009
0 . 007
0 . 006
0 . 004

. 013
. 011
. 009
. 008

. 001 0 . 001

0 . 033

. 026

0 . 072

. 065

0 . 003

. 006

0 . 001
0 . 002
0 . 002
0 . 002

0 . 034
0 . 035
0 . 036
0 . 037

. 026
. 026
. 026
. 026

0 . 075
0 . 079
0 . 082
0 . 085

. 067
. 070
. 072
. 075

0 . 002
0 . 000
. 001
. 002

. 005
. 004
. 003
. 002

. 002 0 . 002

0 . 037

. 026

0 . 088

. 077

. 003

. 001

0 . 008
0 . 010
0 . 011
0 . 012

10

. 013 0 . 013

11
12
13
14

. 014
. 016
. 017
. 018

15

. 019 0 . 019

16
17
18
19

. 020
. 021
. 022
. 023

20

. 024 0 . 024

21
22
23
24

. 025
. 027
. 028
. 029

25

. 030 0 . 029

26
27
28
29

. 031
. 032
. 032
. 033

30

. 034 0 . 034

31
32
33
34

. 035
. 036
. 037
. 038

35

. 038 0 . 038

0 . 014
0 . 015
0 . 017
0 . 018

0 . 020
0 . 021
0 . 022
0 . 023

0 . 025
0 . 026
0 . 027
0 . 028

0 . 030
0 . 031
0 . 032
0 . 033

0 . 035
0 . 036
0 . 037
0 . 037

. 001
. 001
. 001
. 001

. 001
. 001
. 001
. 001

. 001
. 001
. 001
. 001

. 001
. 001
. 002
. 002

F T 1 5 5 AM 3

TABLE J

PROJ , HE , M10 7
FUZE , MTSQ , M58 2
1

2

3

CHARGE
7R

FUZE CORREC T I ON FAC TORS

4

5

FS

6

7

8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

I NC

35

. 038 0 . 038

36
37
38
39

. 039
. 040
. 041
. 042

40

. 042 0 . 042

41
42
43
44

. 043
. 044
. 045
. 046

45

. 046 0 . 047

46
47
48
49

. 047
. 048
. 049
. 050

50

. 051 0 . 051

51
52
53
54

. 052
. 053
. 053
. 054

55

. 055 0 . 055

56
57
58
59

. 056
. 057
. 058
. 059

60

. 060 0 . 060

61
62
63
64

. 061
. 062
. 063
. 064

65

. 065 0 . 065

66
67
68
69

. 066
. 067
. 068
. 070

70

. 071 0 . 071

0 . 039
0 . 040
0 . 041
0 . 042

0 . 043
0 . 044
0 . 045
0 . 046

0 . 047
0 . 048
0 . 049
0 . 050

0 . 052
0 . 053
0 . 053
0 . 054

0 . 056
0 . 057
0 . 058
0 . 059

0 . 061
0 . 062
0 . 063
0 . 064

0 . 067
0 . 068
0 . 069
0 . 070

RANGE
W I ND
1 KNO T
HEAD

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

DEC

I NC

DEC

I NC

. 002 0 . 002

0 . 037

. 026

0 . 088

. 077

. 003

. 001

0 . 003
0 . 003
0 . 003
0 . 003

0 . 037
0 . 038
0 . 038
0 . 038

. 025
. 025
. 025
. 024

0 . 091
0 . 094
0 . 097
0 . 100

. 080
. 082
. 084
. 087

. 004
. 005
. 006
. 007

0 . 000
0 . 001
0 . 001
0 . 002

. 003 0 . 004

0 . 038

. 024

0 . 102

. 089

. 008 0 . 003

0 . 004
0 . 004
0 . 005
0 . 005

0 . 038
0 . 037
0 . 037
0 . 037

. 023
. 023
. 022
. 022

0 . 105
0 . 108
0 . 111
0 . 113

. 09 2
. 09 4
. 09 6
. 099

. 009
. 010
. 011
. 012

. 005 0 . 005

0 . 037

. 021

0 . 116

. 101

. 013 0 . 008

0 . 006
0 . 006
0 . 006
0 . 007

0 . 037
0 . 037
0 . 037
0 . 036

. 020
. 020
. 019
. 019

0 . 119
0 . 122
0 . 125
0 . 128

. 103
. 106
. 108
. 111

. 014
. 015
. 016
. 017

. 006 0 . 007

0 . 036

. 018

0 . 130

. 113

. 018 0 . 012

0 . 007
0 . 008
0 . 008
0 . 008

0 . 036
0 . 036
0 . 036
0 . 036

. 018
. 018
. 017
. 017

0 . 133
0 . 136
0 . 139
0 . 141

. 115
. 118
. 120
. 123

. 018
. 019
. 020
. 021

. 008 0 . 009

0 . 036

. 017

0 . 144

. 126

. 021 0 . 015

0 . 009
0 . 009
0 . 010
0 . 010

0 . 036
0 . 036
0 . 036
0 . 036

. 017
. 017
. 017
. 017

0 . 147
0 . 150
0 . 153
0 . 156

. 128
. 131
. 134
. 137

. 022
. 023
. 024
. 025

. 009 0 . 010

0 . 036

. 017

0 . 158

. 140

. 026 0 . 018

0 . 011
0 . 011
0 . 011
0 . 011

0 . 036
0 . 036
0 . 037
0 . 037

. 018
. 018
. 018
. 018

0 . 161
0 . 164
0 . 168
0 . 171

. 142
. 145
. 148
. 151

. 027
. 027
. 028
. 028

. 011 0 . 012

0 . 037

. 018

0 . 174

. 153

. 029 0 . 021

0 . 012
0 . 012
0 . 012
0 . 012

0 . 038
0 . 038
0 . 039
0 . 040

. 019
. 019
. 020
. 020

0 . 177
0 . 180
0 . 183
0 . 186

. 156
. 159
. 162
. 165

. 030
. 030
. 031
. 032

. 012 0 . 013

0 . 040

. 021

0 . 190

. 168

. 032 0 . 023

. 002
. 002
. 003
. 003

. 003
. 004
. 004
. 004

. 005
. 005
. 006
. 006

. 007
. 007
. 007
. 008

. 008
. 009
. 009
. 009

. 010
. 010
. 010
. 011

. 011
. 011
. 012
. 012

TA I L

A IR
TEMP
1 PC T

0 . 004
0 . 005
0 . 006
0 . 007

0 . 009
0 . 009
0 . 010
0 . 011

0 . 013
0 . 013
0 . 014
0 . 014

0 . 016
0 . 016
0 . 017
0 . 018

0 . 019
0 . 019
0 . 020
0 . 020

0 . 021
0 . 022
0 . 022
0 . 023

3 29

CHARGE
7R

TABLE J

F T 1 5 5 AM 3

FUZE CORREC T I ON FAC TORS

1

2

3

4

5

FS

7

8

9

10

11

FUZE CORREC T I ONS FOR
MUZZLE
VELOC I TY
1 M/S
DEC

330

6

PROJ , HE , M10 7
FUZE , MTSQ , M58 2

I NC

RANGE
W I ND
1 KNO T
HEAD

TA I L

A IR
TEMP
1 PC T

A IR
DENS I TY
1 PC T

PROJ WT
OF 1 SQ
( 4 SQ S TD )

DEC

I NC

DEC

I NC

DEC

I NC

. 012 0 . 013

0 . 040

. 021

0 . 190

. 168

. 032 0 . 023

0 . 013
0 . 013
0 . 013
0 . 013

0 . 041
0 . 042
0 . 043
0 . 044

. 021
. 022
. 023
. 023

0 . 193
0 . 197
0 . 200
0 . 203

. 171
. 174
. 177
. 180

. 033
. 033
. 034
. 034

. 013 0 . 013

0 . 045

. 024

0 . 206

. 183

. 034 0 . 025

0 . 013
0 . 013
0 . 013
0 . 013

0 . 046
0 . 047
0 . 048
0 . 049

. 025
. 026
. 026
. 027

0 . 210
0 . 213
0 . 217
0 . 220

. 186
. 189
. 19 2
. 19 5

. 034
. 034
. 034
. 034

. 013 0 . 013

0 . 050

. 028

0 . 223

. 19 8

. 035 0 . 028

0 . 013
0 . 013
0 . 013
0 . 013

0 . 051
0 . 052
0 . 053
0 . 054

. 029
. 029
. 030
. 031

0 . 226
0 . 229
0 . 232
0 . 235

. 201
. 204
. 207
. 210

. 035
. 036
. 036
. 036

. 013 0 . 013

0 . 055

. 032

0 . 238

. 213

. 036 0 . 024

0 . 013
0 . 013
0 . 013
0 . 014

0 . 056
0 . 057
0 . 058
0 . 059

. 033
. 034
. 034
. 035

0 . 241
0 . 244
0 . 247
0 . 250

. 216
. 219
. 221
. 224

. 034
. 033
. 031
. 029

70

. 071 0 . 071

71
72
73
74

. 072
. 073
. 075
. 076

75

. 077 0 . 078

76
77
78
79

. 078
. 079
. 080
. 082

80

. 083 0 . 085

81
82
83
84

. 085
. 086
. 088
. 089

85

. 09 1 0 . 091

86
87
88
89

. 09 2
. 09 3
. 09 5
. 09 6

90

. 09 8 0 . 099

. 013 0 . 016

0 . 059

. 036

0 . 254

. 227

. 024 0 . 014

91
92
93
94

. 100 0 . 101
. 102 0 . 103
. 106 0 . 107
. 109

. 014 0 . 020
. 016 0 . 031
. 020
. 027

0 . 060
0 . 061
0 . 064

. 038
. 040
. 043
. 047

0 . 257
0 . 263
0 . 273

. 231
. 235
. 243
. 252

. 017 0 . 007
. 002 . 005
0 . 028 . 030
. 060

0 . 073
0 . 074
0 . 075
0 . 076

0 . 079
0 . 081
0 . 082
0 . 083

0 . 086
0 . 087
0 . 089
0 . 090

0 . 093
0 . 094
0 . 096
0 . 097

. 012
. 012
. 012
. 012

. 013
. 013
. 013
. 013

. 013
. 013
. 013
. 013

. 013
. 013
. 013
. 013

0 . 024
0 . 024
0 . 024
0 . 025

0 . 026
0 . 026
0 . 027
0 . 028

0 . 028
0 . 028
0 . 027
0 . 025

0 . 023
0 . 022
0 . 021
0 . 018

FT 155-AM-3

TABLE K

CHARGE
7R

PROJ, HE, M107

FUZE SETTING

FUZE, MTSQ, M582
CORRECTIONS TO FUZE SETTING OF FUZE, MTSQ, M582
FOR FUZE, MTSQ, M564

FUZE SETTING
FUZE M582

CORRECTIONS

FROM

TO

2.0

5.2

0.0

5.3

10.0

0.1

10.1

14.7

0.2

14.8

19.5

0.3

19.6

24.3

0.4

24.4

29.1

0.5

29.2

33.9

0.6

34.0

38.7

0.7

38.8

43.4

0.8

43.5

48.2

0.9

48.3

53.0

1.0

53.1

57.8

1.1

57.9

62.6

1.2

62.7

67.4

1.3

67.5

72.2

1.4

72.3

76.9

1.5

77.0

81.7

1.6

81.8

86.5

1.7

86.6

91.3

1.8

91.4

94.6

1.9

331

FT 155-AM-3

332

FT 155-AM-3

PART 2

Projectile, Illuminating, M485A2 and M485A1

Fuze, MTSQ, M577

Charge

Muzzle
Velocity*

Propelling Charge

m/s
Modular Artillery Charge System (MACS) - M231
1L

317.1

Increment 1

2L

457.4

Increments 1 and 2
Modular Artillery Charge System (MACS) - M232

3H

565.8

Increments 1, 2 and 3

4H

695.6

Increments 1, 2, 3 and 4
Modular Artillery Charge System (MACS) - M232A1

3H

591.9

Increments 1, 2 and 3

4H

710.6

Increments 1, 2, 3 and 4
M119A2

7R

694.6

Base Section 7

* The standard muzzle velocities for Projectile, Illuminating, M485A2 and M485A1 are based on the
M565 fuze. These firing tables are based on the M577 fuze. Therefore, the standard muzzle velocities
were adjusted for the fuzed projectile weight and are listed above.
333

FT 155-AM-3

334

FT 155-AM-3

Part 2 - 1

Charge 1L

Projectile, Illuminating, M485A2 and M485A1

Fuze, MTSQ, M577

Muzzle Velocity – 317.1 m/s*

Propelling Charge M231 - Increment 1

* The standard muzzle velocity of 316 m/s was adjusted for the fuzed weight of the projectile.

335

FT 155-AM-3

336

FT 155-AM-3

TABLE A

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

M
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
2300
2400
2500
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500
3600
3700
3800
3900
4000

MIL
779.6
732.6
691.7
656.1
625.1
598.0
574.4
553.7
535.6
519.8
506.0
493.9
483.4
474.2
466.3
459.5
453.7
448.8
444.8
441.5
438.9
436.9
435.5
434.7
434.4
434.5
435.1
436.1
437.6
439.4
441.5
444.0

CHARGE
1L

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

2.1
2.4
2.7
3.0
3.3
3.6
3.9
4.3
4.6
4.9
5.3
5.6
6.0
6.3
6.7
7.1
7.4
7.8
8.2
8.6
8.9
9.3
9.7
10.1
10.5
10.9
11.3
11.7
12.2
12.6
13.0

MIL
31.5
31.0
30.3
29.5
28.6
27.6
26.7
25.7
24.8
23.9
23.1
22.3
21.6
20.9
20.2
19.6
19.0
18.4
17.9
17.4
16.9
16.5
16.1
15.7
15.3
15.0
14.6
14.3
14.0
13.7
13.5
13.2

0.13
0.12
0.11
0.11
0.11
0.10
0.10
0.10
0.09
0.09
0.09
0.09
0.09
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.09
0.09
0.09
0.09

M
417
497
581
668
758
849
942
1037
1133
1229
1327
1425
1524
1623
1722
1822
1923
2023
2124
2225
2326
2428
2529
2631
2733
2835
2937
3039
3141
3243
3345
3448

7
RANGE
TO
IMPACT

M
8058
8022
7940
7831
7709
7580
7452
7328
7209
7099
6996
6903
6819
6743
6676
6617
6566
6522
6485
6455
6430
6412
6399
6391
6388
6390
6395
6405
6418
6435
6455
6478

337

CHARGE
1L

TABLE A

FT 155-AM-3

BASIC DATA
1

2

RANGE
TO
TARGET

QUADRANT
ELEVATION

M
4000
4100
4200
4300
4400
4500
4600
4700
4800
4900
5000
5100
5200
5300
5400
5500
5600
5700
5800
5900
6000
6100
6200
6300
6400
6500
6600
6700
6800
6900
7000

MIL
444.0
446.9
450.1
453.5
457.3
461.4
465.8
470.5
475.5
480.7
486.3
492.2
498.3
504.8
511.6
518.7
526.2
534.0
542.2
550.8
559.8
569.4
579.4
590.0
601.3
613.3
626.2
640.2
655.3
672.2
691.2

338

3

4

5

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
6
7

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

13.0
13.4
13.9
14.3
14.8
15.2
15.7
16.1
16.6
17.1
17.6
18.1
18.6
19.1
19.6
20.1
20.7
21.2
21.8
22.4
23.0
23.6
24.2
24.9
25.6
26.3
27.1
27.9
28.7
29.6
30.6

MIL
13.2
13.0
12.8
12.6
12.4
12.2
12.0
11.8
11.7
11.6
11.4
11.3
11.2
11.1
11.1
11.0
11.0
10.9
10.9
10.9
11.0
11.0
11.1
11.2
11.4
11.6
11.9
12.3
12.9
13.7
14.8

0.09
0.09
0.09
0.09
0.10
0.10
0.10
0.10
0.11
0.11
0.11
0.11
0.12
0.12
0.13
0.13
0.14
0.14
0.15
0.16
0.16
0.17
0.18
0.20
0.21
0.22
0.24
0.27
0.30
0.34
0.40

M
3448
3550
3653
3756
3858
3961
4064
4167
4270
4373
4476
4580
4683
4786
4890
4993
5097
5201
5305
5409
5513
5618
5722
5827
5932
6037
6143
6249
6355
6462
6570

RANGE
TO
IMPACT

M
6478
6504
6533
6564
6598
6634
6672
6712
6754
6797
6843
6889
6938
6987
7038
7090
7144
7198
7253
7309
7366
7423
7481
7539
7597
7655
7714
7772
7829
7885
7939

FT 155-AM-3
PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

TABLE A

CHARGE
1L

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

7
RANGE
TO
IMPACT

M
MIL
MIL
M
M
7000
691.2
30.6
14.8
0.40
6570
7939
7100
713.3
31.8
16.8
0.49
6679
7989
7200
740.9
33.2
21.1
0.69
6790
8033
7300
781.7
35.1
6907
8058
************************************************************************************ *************
7300
890.8
39.9
6952
7898
7200
932.8
41.6
-14.2
-0.83
6870
7746
-0.64
6783
7613
7100
961.7
42.7
-9.8
7000
985.2
43.6
-7.7
-0.54
6693
7488
6900
1005.5
44.3
-6.4
-0.48
6602
7366
6800
1023.7
44.9
-5.6
-0.44
6510
7248
6700
1040.3
45.5
-4.9
-0.41
6418
7131
6600
1055.8
46.0
-4.4
-0.39
6325
7016
6500
1070.2
46.5
-4.0
-0.37
6232
6902
6400
1083.8
46.9
-3.6
-0.36
6138
6789
6300
1096.7
47.3
-3.3
-0.34
6044
6677
6200
1109.1
47.7
-3.1
-0.33
5950
6565
6100
1120.9
48.0
-2.9
-0.32
5856
6455
6000
1132.2
48.3
-2.7
-0.31
5762
6344
5900
1143.1
48.6
-2.5
-0.30
5667
6234
5800
1153.6
48.9
-2.3
-0.30
5573
6125
5700
1163.8
49.2
-2.2
-0.29
5478
6015
5600
1173.7
49.5
-2.1
-0.28
5384
5906
5500
1183.2
49.7
-1.9
-0.28
5289
5798
5400
1192.5
50.0
-1.8
-0.27
5194
5689
5300
1201.5
50.2
-1.7
-0.27
5099
5581
5200
1210.3
50.4
-1.6
-0.27
5004
5473
5100
1218.8
50.6
-1.5
-0.26
4909
5365
5000
1227.1
50.8
-1.4
-0.26
4814
5257
4900
1235.1
51.1
-1.4
-0.26
4719
5149
4800
1242.9
51.2
-1.3
-0.25
4624
5042
4700
1250.5
51.4
-1.2
-0.25
4529
4934
4600
1257.8
51.6
-1.1
-0.25
4434
4827
4500
1265.0
51.8
-1.1
-0.25
4339
4719

339

CHARGE
1L

TABLE A

FT 155-AM-3

BASIC DATA
1

2

RANGE
TO
TARGET

QUADRANT
ELEVATION

M
4500
4400
4300
4200
4100
4000

MIL
1265.0
1271.8
1278.5
1284.9
1291.0
1296.9

340

3

4

5

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
6
7

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

51.8
52.0
52.2
52.4
52.6
52.8

MIL
-1.1
-1.0
-0.9
-0.8
-0.8
-0.7

-0.25
-0.25
-0.25
-0.25
-0.25
-0.25

M
4339
4244
4150
4055
3960
3866

RANGE
TO
IMPACT

M
4719
4612
4504
4396
4289
4181

FT 155-AM-3

TABLE B

CHARGE
1L

PROJ, ILLUM, M485A2

FUZE SETTING

FUZE, MT, M565
CORRECTIONS TO FUZE SETTING OF FUZE, MTSQ, M577
FOR FUZE, MT, M565

FUZE SETTING
FUZE M577

CORRECTIONS

FROM

TO

2.0

19.7

-0.1

19.8

41.3

-0.2

41.4

52.8

-0.3

341

CHARGE

TABLE C

FT 155-AM-3

1L
TRAJECTORY DATA
1

R
A
N
G
E

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
0.0
0.3
0.6
1.0
1.3
1.6
1.9
2.3
2.6
2.9
3.3
3.6
3.9
4.3
4.6
4.9
5.3
5.6
6.0
6.3
6.7
7.0
7.4
7.8
8.1
8.5
8.8
9.2
9.6
9.9
10.3
10.7
11.1
11.5
11.8
12.2

MIL
0.0
0.1
0.2
0.3
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1.0
1.1
1.2
1.3
1.4
1.5
1.7
1.8
1.9
2.0
2.1
2.3
2.4
2.5
2.6
2.8
2.9
3.0
3.2
3.3
3.5
3.6
3.8
3.9
4.1

FUZE
M577
M
0
100
200
300
400
500
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
2300
2400
2500
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500
342

MIL
0.0
5.0
10.0
15.1
20.2
25.3
30.5
35.7
41.0
46.3
51.6
57.0
62.4
67.8
73.3
78.9
84.5
90.1
95.8
101.5
107.2
113.0
118.9
124.8
130.7
136.7
142.8
148.9
155.0
161.2
167.5
173.8
180.2
186.7
193.2
199.7

2.3
2.6
2.9
3.3
3.6
3.9
4.3
4.6
4.9
5.3
5.6
6.0
6.3
6.7
7.0
7.4
7.8
8.1
8.5
8.8
9.2
9.6
9.9
10.3
10.7
11.1
11.5
11.8
12.2

FT 155-AM-3

TABLE C

CHARGE
1L

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
12.2
12.6
13.0
13.4
13.8
14.2
14.6
15.0
15.5
15.9
16.3
16.7
17.2
17.6
18.0
18.5
18.9
19.4
19.9
20.3
20.8
21.3
21.8
22.3
22.8
23.3
23.8
24.4
24.9
25.5
26.0
26.6
27.2
27.8
28.5
29.1

MIL
4.1
4.2
4.4
4.6
4.7
4.9
5.1
5.3
5.4
5.6
5.8
6.0
6.2
6.4
6.6
6.8
7.1
7.3
7.5
7.8
8.0
8.2
8.5
8.8
9.0
9.3
9.6
9.9
10.2
10.5
10.9
11.2
11.6
12.0
12.4
12.8

FUZE
M577
M
3500
3600
3700
3800
3900
4000
4100
4200
4300
4400
4500
4600
4700
4800
4900
5000
5100
5200
5300
5400
5500
5600
5700
5800
5900
6000
6100
6200
6300
6400
6500
6600
6700
6800
6900
7000

MIL
199.7
206.4
213.1
219.9
226.8
233.7
240.7
247.8
255.0
262.3
269.7
277.2
284.7
292.4
300.2
308.1
316.1
324.3
332.6
341.0
349.6
358.4
367.3
376.4
385.7
395.2
404.9
414.9
425.1
435.6
446.4
457.6
469.1
481.1
493.5
506.5

12.2
12.6
13.0
13.4
13.8
14.2
14.6
15.0
15.5
15.9
16.3
16.7
17.2
17.6
18.0
18.5
18.9
19.4
19.9
20.3
20.8
21.3
21.8
22.3
22.8
23.3
23.8
24.4
24.9
25.5
26.0
26.6
27.2
27.8
28.5
29.1

343

CHARGE

TABLE C

FT 155-AM-3

1L
TRAJECTORY DATA
1

R
A
N
G
E

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
29.1
29.8
30.6
31.3
32.1
33.0
33.9
34.9
36.0
37.4
39.3
*****************
44.6
46.2
47.3
48.2
48.9
49.5
50.1
50.6
51.1
51.5
51.9
52.3
52.6
53.0
53.3
53.6
53.9
54.1
54.4
54.6
54.9

MIL
12.8
13.3
13.8
14.3
14.9
15.5
16.2
17.1
18.1
19.3
21.2
*****************
28.0
30.7
32.8
34.6
36.3
37.9
39.5
41.0
42.6
44.1
45.7
47.2
48.8
50.5
52.1
53.8
55.6
57.5
59.4
61.4
63.5

FUZE
M577
M
7000
7100
7200
7300
7400
7500
7600
7700
7800
7900
8000
*****************
8000
7900
7800
7700
7600
7500
7400
7300
7200
7100
7000
6900
6800
6700
6600
6500
6400
6300
6200
6100
6000

344

MIL
506.5
520.0
534.3
549.4
565.5
582.9
601.9
623.1
647.5
677.2
719.2
*****************
848.5
890.1
919.5
943.5
964.3
983.0
1000.0
1015.8
1030.6
1044.6
1057.8
1070.4
1082.5
1094.1
1105.3
1116.1
1126.5
1136.6
1146.4
1155.9
1165.2

29.1
29.8
30.6
31.3
32.1
33.0
33.9
34.9
36.0
37.4
39.3
*****************
44.6
46.2
47.3
48.2
48.9
49.5
50.1
50.6
51.1
51.5
51.9
52.3
52.6
53.0
53.3
53.6
53.9
54.1
54.4
54.6
54.9

FT 155-AM-3

TABLE C

CHARGE
1L

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
54.9
55.1
55.3
55.5
55.7
55.9
56.1
56.3
56.5
56.7
56.8
57.0
57.2
57.3
57.5
57.7
57.9
58.0
58.2
58.5

MIL
63.5
65.8
68.2
70.7
73.5
76.5
79.7
83.2
87.1
91.4
96.2
101.5
107.5
114.3
122.0
130.8
140.9
152.5
165.9
181.0

FUZE
M577
M
6000
5900
5800
5700
5600
5500
5400
5300
5200
5100
5000
4900
4800
4700
4600
4500
4400
4300
4200
4100

MIL
1165.2
1174.2
1183.0
1191.6
1199.9
1208.1
1216.0
1223.8
1231.3
1238.7
1245.9
1252.8
1259.6
1266.2
1272.6
1278.7
1284.7
1290.4
1295.9
1301.1

54.9
55.1
55.3
55.5
55.7
55.9
56.1
56.3
56.5
56.7
56.8
57.0
57.2
57.3
57.5
57.7
57.9
58.0
58.2
58.5

345

FT 155-AM-3

346

FT 155-AM-3

Part 2 - 2

Charge 2L

Projectile, Illuminating, M485A2 and M485A1

Fuze, MTSQ, M577

Muzzle Velocity – 457.4 m/s*

Propelling Charge M231 – Increments 1 and 2

* The standard muzzle velocity of 456 m/s was adjusted for the fuzed weight of the projectile.

347

FT 155-AM-3

348

FT 155-AM-3

TABLE A

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

M
1500
1600
1700
1800
1900
2000
2100
2200
2300
2400
2500
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500
3600
3700
3800
3900
4000
4100
4200
4300
4400
4500
4600
4700
4800
4900
5000

MIL
532.1
508.7
487.9
469.3
452.8
438.0
424.7
412.8
402.1
392.6
384.1
376.4
369.6
363.5
358.2
353.4
349.2
345.6
342.4
339.7
337.4
335.5
334.0
332.8
331.9
331.3
331.0
331.0
331.2
331.7
332.4
333.3
334.5
335.8
337.3
338.9

CHARGE
2L

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

2.1
2.3
2.6
2.9
3.1
3.4
3.6
3.9
4.2
4.5
4.8
5.1
5.4
5.7
6.0
6.3
6.6
6.9
7.2
7.5
7.8
8.2
8.5
8.8
9.1
9.5
9.8
10.1
10.5
10.8
11.2
11.5
11.8
12.2
12.5

MIL
26.5
25.6
24.7
23.8
22.9
22.1
21.4
20.6
20.0
19.3
18.7
18.1
17.6
17.1
16.6
16.1
15.7
15.3
14.9
14.5
14.1
13.8
13.5
13.2
12.9
12.6
12.3
12.1
11.8
11.6
11.3
11.1
10.9
10.7
10.5
10.4

0.07
0.06
0.06
0.06
0.06
0.06
0.06
0.06
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04

M
708
805
903
1003
1105
1207
1310
1414
1519
1624
1729
1835
1941
2047
2154
2260
2366
2472
2577
2682
2786
2891
2995
3099
3203
3306
3410
3513
3616
3719
3822
3925
4028
4130
4233
4335

7
RANGE
TO
IMPACT

M
10397
10163
9941
9730
9533
9350
9180
9024
8880
8748
8628
8518
8419
8330
8250
8179
8116
8060
8011
7970
7934
7905
7881
7862
7848
7839
7834
7834
7838
7845
7856
7871
7888
7909
7932
7958
349

CHARGE
2L

TABLE A

FT 155-AM-3

BASIC DATA
1

2

RANGE
TO
TARGET

QUADRANT
ELEVATION

M
5000
5100
5200
5300
5400
5500
5600
5700
5800
5900
6000
6100
6200
6300
6400
6500
6600
6700
6800
6900
7000
7100
7200
7300
7400
7500
7600
7700
7800
7900
8000
8100
8200
8300
8400
8500

MIL
338.9
340.8
342.8
345.0
347.3
349.8
352.5
355.2
358.2
361.2
364.4
367.7
371.1
374.7
378.4
382.2
386.1
390.1
394.3
398.6
402.9
407.4
412.1
416.8
421.6
426.6
431.7
436.9
442.3
447.7
453.3
459.0
464.9
470.9
477.0
483.3

350

3

4

5

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
6
7

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

12.5
12.9
13.2
13.6
14.0
14.3
14.7
15.0
15.4
15.8
16.2
16.5
16.9
17.3
17.7
18.1
18.5
18.9
19.3
19.7
20.1
20.5
20.9
21.3
21.7
22.1
22.6
23.0
23.4
23.9
24.3
24.8
25.2
25.7
26.2
26.6

MIL
10.4
10.2
10.0
9.8
9.7
9.5
9.4
9.2
9.1
9.0
8.9
8.7
8.6
8.5
8.4
8.3
8.2
8.1
8.0
7.9
7.8
7.8
7.7
7.6
7.5
7.5
7.4
7.4
7.3
7.3
7.2
7.2
7.1
7.1
7.1
7.0

0.04
0.04
0.04
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.06
0.06
0.06
0.06
0.06
0.06
0.06
0.06
0.07
0.07
0.07
0.07
0.07
0.07
0.08
0.08
0.08
0.08

M
4335
4438
4540
4643
4745
4848
4950
5053
5155
5258
5361
5463
5566
5668
5771
5873
5976
6078
6181
6283
6386
6489
6591
6694
6796
6899
7002
7104
7207
7310
7413
7515
7618
7721
7824
7927

RANGE
TO
IMPACT

M
7958
7987
8018
8051
8087
8125
8165
8207
8250
8296
8343
8392
8442
8493
8546
8601
8656
8713
8771
8830
8890
8952
9014
9077
9141
9205
9271
9337
9404
9472
9540
9609
9678
9748
9819
9890

FT 155-AM-3
PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

TABLE A

CHARGE
2L

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

7
RANGE
TO
IMPACT

M
MIL
MIL
M
M
8500
483.3
26.6
7.0
0.08
7927
9890
8600
489.8
27.1
7.0
0.09
8030
9962
8700
496.4
27.6
7.0
0.09
8133
10034
8800
503.2
28.1
7.0
0.09
8236
10106
8900
510.2
28.6
7.0
0.10
8340
10179
9000
517.3
29.1
7.0
0.10
8443
10252
9100
524.7
29.6
7.0
0.10
8546
10326
9200
532.3
30.2
7.0
0.11
8650
10399
9300
540.1
30.7
7.0
0.11
8753
10473
9400
548.2
31.3
7.1
0.12
8857
10548
9500
556.5
31.9
7.1
0.13
8960
10622
9600
565.2
32.4
7.2
0.13
9064
10697
9700
574.1
33.1
7.2
0.14
9168
10771
9800
583.4
33.7
7.3
0.15
9272
10846
9900
593.1
34.3
7.4
0.16
9376
10921
10000
603.3
35.0
7.5
0.17
9480
10996
10100
613.9
35.7
7.7
0.18
9585
11070
10200
625.2
36.4
7.9
0.19
9690
11145
10300
637.1
37.1
8.2
0.21
9795
11219
10400
649.9
37.9
8.5
0.23
9900
11292
10500
663.7
38.8
9.0
0.26
10006
11364
10600
678.9
39.7
9.6
0.29
10112
11435
10700
695.8
40.7
10.5
0.34
10220
11505
10800
715.4
41.9
11.9
0.43
10328
11571
10900
739.4
43.3
14.9
0.59
10438
11633
11000
773.7
45.2
28.5
1.30
10553
11682
************************************************************************************ *************
-1.44
10598
11556
11000
873.9
50.5
-24.0
10900
908.0
52.1
-10.4
-0.72
10513
11419
10800
931.8
53.2
-7.5
-0.57
10425
11295
10700
951.3
54.1
-6.0
-0.49
10334
11175
10600
968.2
54.9
-5.1
-0.43
10242
11059
10500
983.3
55.6
-4.4
-0.40
10149
10945

351

CHARGE
2L

TABLE A

FT 155-AM-3

BASIC DATA
1

2

RANGE
TO
TARGET

QUADRANT
ELEVATION

M
10500
10400
10300
10200
10100
10000
9900
9800
9700
9600
9500
9400
9300
9200
9100
9000
8900
8800
8700
8600
8500
8400
8300
8200
8100
8000
7900
7800
7700
7600
7500
7400
7300
7200
7100
7000

MIL
983.3
997.0
1009.8
1021.7
1033.0
1043.7
1053.8
1063.6
1072.9
1081.9
1090.6
1099.1
1107.2
1115.1
1122.8
1130.3
1137.6
1144.8
1151.7
1158.5
1165.2
1171.7
1178.0
1184.3
1190.4
1196.3
1202.2
1207.9
1213.6
1219.1
1224.5
1229.7
1234.9
1240.0
1245.0
1249.8

352

3

4

5

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
6
7

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

55.6
56.2
56.7
57.2
57.7
58.1
58.5
58.9
59.2
59.6
59.9
60.2
60.5
60.8
61.1
61.4
61.6
61.9
62.1
62.3
62.6
62.8
63.0
63.2
63.4
63.6
63.8
63.9
64.1
64.3
64.5
64.6
64.8
65.0
65.1
65.3

MIL
-4.4
-3.9
-3.6
-3.2
-3.0
-2.8
-2.6
-2.4
-2.3
-2.1
-2.0
-1.9
-1.8
-1.7
-1.7
-1.6
-1.5
-1.4
-1.4
-1.3
-1.3
-1.2
-1.2
-1.1
-1.1
-1.0
-1.0
-1.0
-0.9
-0.9
-0.8
-0.8
-0.8
-0.7
-0.7
-0.7

-0.40
-0.37
-0.35
-0.33
-0.32
-0.31
-0.30
-0.29
-0.28
-0.27
-0.27
-0.26
-0.26
-0.25
-0.25
-0.24
-0.24
-0.24
-0.23
-0.23
-0.23
-0.22
-0.22
-0.22
-0.22
-0.21
-0.21
-0.21
-0.21
-0.21
-0.21
-0.20
-0.20
-0.20
-0.20
-0.20

M
10149
10056
9963
9869
9774
9680
9585
9490
9395
9300
9205
9110
9014
8919
8823
8727
8631
8536
8440
8344
8248
8152
8056
7960
7864
7768
7672
7576
7479
7383
7287
7191
7095
6999
6903
6807

RANGE
TO
IMPACT

M
10945
10832
10720
10609
10499
10390
10281
10173
10065
9957
9850
9743
9636
9529
9423
9317
9211
9105
8999
8893
8788
8682
8577
8472
8366
8261
8156
8051
7947
7842
7737
7632
7527
7423
7318
7213

FT 155-AM-3

TABLE A

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

M
7000
6900
6800
6700
6600
6500
6400
6300
6200
6100

MIL
1249.8
1254.5
1259.2
1263.7
1268.1
1272.4
1276.5
1280.6
1284.5
1288.3

CHARGE
2L

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

65.3
65.4
65.6
65.8
65.9
66.1
66.3
66.4
66.6
66.8

MIL
-0.7
-0.7
-0.6
-0.6
-0.6
-0.5
-0.5
-0.5
-0.5
-0.4

-0.20
-0.20
-0.20
-0.20
-0.20
-0.20
-0.20
-0.20
-0.20
-0.20

M
6807
6711
6615
6519
6423
6327
6231
6135
6039
5944

7
RANGE
TO
IMPACT

M
7213
7108
7004
6899
6794
6690
6585
6480
6375
6270

353

CHARGE

TABLE B

FT 155-AM-3

2L
FUZE SETTING

PROJ, ILLUM, M485A2
FUZE, MT, M565

CORRECTIONS TO FUZE SETTING OF FUZE, MTSQ, M577
FOR FUZE, MT, M565

FUZE SETTING
FUZE M577

354

CORRECTIONS

FROM

TO

2.0

3.0

-0.1

3.1

37.3

0.0

37.4

66.8

0.1

FT 155-AM-3

TABLE C

CHARGE
2L

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
0.0
0.2
0.4
0.7
0.9
1.1
1.4
1.6
1.8
2.1
2.3
2.5
2.8
3.0
3.3
3.6
3.8
4.1
4.3
4.6
4.9
5.1
5.4
5.7
6.0
6.3
6.6
6.9
7.1
7.4
7.8
8.1
8.4
8.7
9.0
9.3

MIL
0.0
0.1
0.1
0.2
0.3
0.3
0.4
0.5
0.5
0.6
0.7
0.7
0.8
0.9
1.0
1.0
1.1
1.2
1.3
1.3
1.4
1.5
1.6
1.7
1.8
1.9
2.0
2.0
2.1
2.2
2.3
2.4
2.5
2.6
2.7
2.8

FUZE
M577
M
0
100
200
300
400
500
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
2300
2400
2500
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500

MIL
0.0
2.5
4.8
7.3
9.8
12.3
14.8
17.4
20.1
22.7
25.4
28.2
31.0
33.8
36.7
39.6
42.5
45.5
48.6
51.7
54.8
58.0
61.3
64.6
67.9
71.3
74.8
78.3
81.9
85.5
89.2
92.9
96.8
100.6
104.5
108.5

2.1
2.3
2.5
2.8
3.0
3.3
3.6
3.8
4.1
4.3
4.6
4.9
5.1
5.4
5.7
6.0
6.3
6.6
6.9
7.1
7.4
7.8
8.1
8.4
8.7
9.0
9.3

355

CHARGE

TABLE C

FT 155-AM-3

2L
TRAJECTORY DATA
1

R
A
N
G
E

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
9.3
9.6
9.9
10.3
10.6
10.9
11.2
11.6
11.9
12.2
12.6
12.9
13.2
13.6
13.9
14.3
14.6
15.0
15.3
15.7
16.0
16.4
16.7
17.1
17.5
17.8
18.2
18.6
18.9
19.3
19.7
20.1
20.4
20.8
21.2
21.6

MIL
2.8
2.9
3.0
3.1
3.2
3.4
3.5
3.6
3.7
3.8
3.9
4.0
4.1
4.2
4.3
4.4
4.6
4.7
4.8
4.9
5.0
5.1
5.3
5.4
5.5
5.6
5.8
5.9
6.0
6.2
6.3
6.5
6.6
6.7
6.9
7.0

FUZE
M577
M
3500
3600
3700
3800
3900
4000
4100
4200
4300
4400
4500
4600
4700
4800
4900
5000
5100
5200
5300
5400
5500
5600
5700
5800
5900
6000
6100
6200
6300
6400
6500
6600
6700
6800
6900
7000
356

MIL
108.5
112.6
116.7
120.8
125.0
129.3
133.6
138.0
142.4
146.8
151.4
155.9
160.6
165.2
169.9
174.7
179.5
184.4
189.3
194.3
199.3
204.3
209.4
214.6
219.8
225.0
230.3
235.7
241.1
246.5
252.0
257.6
263.2
268.9
274.6
280.4

9.3
9.6
9.9
10.3
10.6
10.9
11.2
11.6
11.9
12.2
12.6
12.9
13.2
13.6
13.9
14.3
14.6
15.0
15.3
15.7
16.0
16.4
16.7
17.1
17.5
17.8
18.2
18.6
18.9
19.3
19.7
20.1
20.4
20.8
21.2
21.6

FT 155-AM-3

TABLE C

CHARGE
2L

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
21.6
22.0
22.4
22.8
23.2
23.6
24.0
24.4
24.8
25.2
25.6
26.1
26.5
26.9
27.4
27.8
28.3
28.7
29.2
29.6
30.1
30.6
31.1
31.5
32.0
32.5
33.1
33.6
34.1
34.7
35.2
35.8
36.4
37.0
37.6
38.2

MIL
7.0
7.2
7.4
7.5
7.7
7.8
8.0
8.2
8.4
8.5
8.7
8.9
9.1
9.3
9.5
9.7
9.9
10.1
10.4
10.6
10.8
11.1
11.3
11.6
11.8
12.1
12.4
12.7
13.0
13.3
13.7
14.0
14.4
14.8
15.2
15.6

FUZE
M577
M
7000
7100
7200
7300
7400
7500
7600
7700
7800
7900
8000
8100
8200
8300
8400
8500
8600
8700
8800
8900
9000
9100
9200
9300
9400
9500
9600
9700
9800
9900
10000
10100
10200
10300
10400
10500

MIL
280.4
286.2
292.1
298.1
304.1
310.2
316.3
322.6
328.8
335.2
341.7
348.2
354.8
361.5
368.3
375.2
382.1
389.2
396.4
403.6
411.0
418.6
426.2
434.0
441.9
450.0
458.3
466.8
475.4
484.2
493.3
502.6
512.2
522.1
532.3
543.0

21.6
22.0
22.4
22.8
23.2
23.6
24.0
24.4
24.8
25.2
25.6
26.1
26.5
26.9
27.4
27.8
28.3
28.7
29.2
29.6
30.1
30.6
31.1
31.5
32.0
32.5
33.1
33.6
34.1
34.7
35.2
35.8
36.4
37.0
37.6
38.2

357

CHARGE

TABLE C

FT 155-AM-3

2L
TRAJECTORY DATA
1

R
A
N
G
E

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
38.2
38.9
39.6
40.3
41.0
41.8
42.6
43.5
44.5
45.6
46.9
48.6
*****************
55.3
56.7
57.8
58.6
59.4
60.0
60.6
61.1
61.6
62.1
62.5
62.9
63.3
63.6
64.0
64.3
64.6

MIL
15.6
16.0
16.5
17.0
17.5
18.1
18.8
19.5
20.3
21.2
22.4
24.0
*****************
32.2
34.4
36.2
37.8
39.2
40.6
41.9
43.2
44.5
45.7
46.9
48.1
49.3
50.6
51.8
53.0
54.2

FUZE
M577
M
10500
10600
10700
10800
10900
11000
11100
11200
11300
11400
11500
11600
*****************
11600
11500
11400
11300
11200
11100
11000
10900
10800
10700
10600
10500
10400
10300
10200
10100
10000

358

MIL
543.0
554.0
565.5
577.6
590.4
603.9
618.3
634.0
651.3
671.1
694.6
725.5
*****************
859.4
889.4
911.9
930.8
947.4
962.4
976.1
988.8
1000.7
1012.0
1022.7
1032.9
1042.7
1052.1
1061.2
1069.9
1078.4

38.2
38.9
39.6
40.3
41.0
41.8
42.6
43.5
44.5
45.6
46.9
48.6
*****************
55.3
56.7
57.8
58.6
59.4
60.0
60.6
61.1
61.6
62.1
62.5
62.9
63.3
63.6
64.0
64.3
64.6

FT 155-AM-3

TABLE C

CHARGE
2L

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
64.6
64.9
65.2
65.5
65.7
66.0
66.2
66.5
66.7
66.9
67.2
67.4
67.6
67.8
68.0
68.2
68.3
68.5
68.7
68.9
69.0
69.2
69.4
69.5
69.7
69.8
70.0
70.1
70.3
70.4
70.6
70.7
70.9
71.0
71.2
71.3

MIL
54.2
55.5
56.8
58.1
59.4
60.7
62.1
63.5
65.0
66.5
68.0
69.6
71.3
73.0
74.8
76.7
78.7
80.7
82.9
85.2
87.7
90.2
93.0
95.9
99.1
102.5
106.1
110.0
114.3
118.9
123.9
129.3
135.2
141.7
148.8
156.6

FUZE
M577
M
10000
9900
9800
9700
9600
9500
9400
9300
9200
9100
9000
8900
8800
8700
8600
8500
8400
8300
8200
8100
8000
7900
7800
7700
7600
7500
7400
7300
7200
7100
7000
6900
6800
6700
6600
6500

MIL
1078.4
1086.6
1094.6
1102.3
1109.9
1117.3
1124.5
1131.5
1138.3
1145.1
1151.6
1158.1
1164.4
1170.6
1176.6
1182.6
1188.4
1194.2
1199.8
1205.3
1210.7
1216.0
1221.2
1226.3
1231.3
1236.2
1241.1
1245.8
1250.4
1254.9
1259.3
1263.6
1267.8
1271.9
1275.9
1279.8

64.6
64.9
65.2
65.5
65.7
66.0
66.2
66.5
66.7
66.9
67.2
67.4
67.6
67.8
68.0
68.2
68.3
68.5
68.7
68.9
69.0
69.2
69.4
69.5
69.7
69.8
70.0
70.1
70.3
70.4
70.6
70.7
70.9
71.0
71.2
71.3

359

CHARGE

TABLE C

FT 155-AM-3

2L
TRAJECTORY DATA
1

R
A
N
G
E

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
71.3
71.5
71.7
71.9
72.1

MIL
156.6
165.2
174.5
184.6
195.6

FUZE
M577
M
6500
6400
6300
6200
6100

360

MIL
1279.8
1283.6
1287.2
1290.8
1294.2

71.3
71.5
71.7
71.9
72.1

FT 155-AM-3

Part 2 - 3

Charge 3H

Projectile, Illuminating, M485A2 and M485A1

Fuze, MTSQ, M577

Muzzle Velocity – 565.8 m/s*

Propelling Charge M232 - Increments 1, 2 and 3

* The standard muzzle velocity of 564 m/s was adjusted for the fuzed weight of the projectile.

361

FT 155-AM-3

362

FT 155-AM-3

TABLE A

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

M
2000
2100
2200
2300
2400
2500
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500
3600
3700
3800
3900
4000
4100
4200
4300
4400
4500
4600
4700
4800
4900
5000

MIL
416.9
402.4
389.2
377.3
366.4
356.6
347.5
339.3
331.8
325.0
318.8
313.1
307.9
303.2
298.9
295.1
291.6
288.4
285.6
283.1
280.9
279.0
277.3
275.9
274.7
273.7
272.9
272.4
272.0
271.8
271.8

CHARGE
3H
M232

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

2.0
2.2
2.4
2.6
2.8
3.0
3.3
3.5
3.7
3.9
4.2
4.4
4.6
4.9
5.1
5.4
5.6
5.9
6.2
6.4
6.7
7.0
7.2
7.5
7.8
8.1
8.3
8.6
8.9
9.2
9.5

MIL
22.0
21.3
20.5
19.9
19.2
18.6
18.0
17.5
16.9
16.5
16.0
15.5
15.1
14.7
14.3
14.0
13.6
13.3
13.0
12.7
12.4
12.1
11.9
11.6
11.4
11.2
11.0
10.7
10.5
10.4
10.2

0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03

M
976
1079
1182
1286
1391
1497
1603
1710
1817
1924
2031
2139
2247
2355
2463
2572
2680
2789
2897
3006
3115
3224
3332
3441
3550
3659
3768
3877
3986
4095
4203

7
RANGE
TO
IMPACT

M
11358
11141
10939
10751
10576
10413
10262
10122
9993
9873
9762
9661
9567
9481
9402
9330
9265
9205
9152
9104
9062
9025
8993
8965
8942
8923
8908
8897
8890
8887
8887

363

CHARGE
3H
M232

TABLE A
BASIC DATA

1

2

RANGE
TO
TARGET

QUADRANT
ELEVATION

M
5000
5100
5200
5300
5400
5500
5600
5700
5800
5900
6000
6100
6200
6300
6400
6500
6600
6700
6800
6900
7000
7100
7200
7300
7400
7500
7600
7700
7800
7900
8000
8100
8200
8300
8400
8500

MIL
271.8
272.0
272.4
272.9
273.6
274.4
275.4
276.5
277.7
279.1
280.6
282.2
284.0
285.8
287.8
289.9
292.1
294.4
296.8
299.3
302.0
304.7
307.5
310.4
313.3
316.4
319.6
322.8
326.1
329.6
333.1
336.7
340.3
344.1
347.9
351.8

364

FT 155-AM-3

3

4

5

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
6
7

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

9.5
9.8
10.1
10.4
10.8
11.1
11.4
11.7
12.0
12.4
12.7
13.0
13.4
13.7
14.0
14.4
14.7
15.1
15.4
15.8
16.1
16.4
16.8
17.2
17.5
17.9
18.2
18.6
19.0
19.3
19.7
20.1
20.4
20.8
21.2
21.6

MIL
10.2
10.0
9.8
9.6
9.5
9.3
9.2
9.0
8.9
8.7
8.6
8.5
8.4
8.2
8.1
8.0
7.9
7.8
7.7
7.6
7.5
7.4
7.3
7.2
7.1
7.1
7.0
6.9
6.8
6.8
6.7
6.6
6.5
6.5
6.4
6.4

0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.04
0.04
0.04
0.04
0.04
0.04

M
4203
4312
4420
4528
4636
4743
4851
4958
5064
5171
5276
5382
5487
5591
5695
5799
5903
6007
6110
6214
6317
6420
6523
6626
6728
6831
6934
7037
7139
7242
7344
7447
7549
7652
7754
7857

RANGE
TO
IMPACT

M
8887
8890
8898
8908
8921
8937
8956
8977
9001
9027
9056
9088
9121
9156
9194
9233
9275
9318
9363
9410
9458
9507
9559
9611
9665
9720
9777
9834
9893
9953
10014
10076
10139
10203
10268
10334

FT 155-AM-3

TABLE A

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

M
8500
8600
8700
8800
8900
9000
9100
9200
9300
9400
9500
9600
9700
9800
9900
10000
10100
10200
10300
10400
10500
10600
10700
10800
10900
11000
11100
11200
11300
11400
11500
11600
11700
11800
11900
12000

MIL
351.8
355.8
359.9
364.0
368.2
372.5
376.9
381.4
385.9
390.6
395.3
400.1
405.0
409.9
415.0
420.1
425.3
430.7
436.1
441.6
447.2
452.9
458.7
464.6
470.6
476.8
483.0
489.4
496.0
502.6
509.4
516.4
523.5
530.8
538.2
545.9

CHARGE
3H
M232

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

21.6
22.0
22.3
22.7
23.1
23.5
23.9
24.3
24.7
25.1
25.5
25.9
26.3
26.8
27.2
27.6
28.0
28.5
28.9
29.4
29.8
30.3
30.7
31.2
31.7
32.1
32.6
33.1
33.6
34.1
34.6
35.1
35.6
36.2
36.7
37.3

MIL
6.4
6.3
6.2
6.2
6.1
6.1
6.0
6.0
5.9
5.9
5.8
5.8
5.8
5.7
5.7
5.7
5.6
5.6
5.6
5.5
5.5
5.5
5.5
5.5
5.4
5.4
5.4
5.4
5.4
5.4
5.4
5.4
5.4
5.4
5.5
5.5

0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.06
0.06
0.06
0.06
0.06
0.06
0.07
0.07
0.07
0.07
0.08
0.08
0.08
0.09
0.09
0.09
0.10

M
7857
7959
8062
8164
8266
8369
8471
8574
8676
8778
8881
8983
9086
9188
9290
9393
9495
9598
9700
9803
9905
10008
10110
10213
10315
10418
10521
10623
10726
10829
10932
11034
11137
11240
11343
11446

7
RANGE
TO
IMPACT

M
10334
10401
10468
10536
10605
10675
10745
10816
10888
10960
11033
11107
11181
11255
11330
11406
11482
11558
11635
11712
11790
11868
11946
12025
12104
12183
12263
12343
12423
12503
12584
12665
12746
12827
12909
12990
365

CHARGE
3H
M232

TABLE A

FT 155-AM-3

BASIC DATA

1

2

RANGE
TO
TARGET

QUADRANT
ELEVATION

3

4

5

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
6
7

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

RANGE
TO
IMPACT

M
MIL
MIL
M
M
12000
545.9
37.3
5.5
0.10
11446
12990
12100
553.7
37.8
5.5
0.10
11549
13072
12200
561.8
38.4
5.6
0.11
11652
13154
12300
570.2
39.0
5.6
0.11
11756
13235
12400
578.8
39.6
5.7
0.12
11859
13317
12500
587.7
40.2
5.8
0.13
11963
13399
12600
597.0
40.9
5.9
0.13
12066
13480
12700
606.6
41.5
6.0
0.14
12170
13562
12800
616.7
42.2
6.1
0.15
12274
13643
12900
627.2
42.9
6.2
0.16
12378
13724
13000
638.3
43.7
6.4
0.18
12483
13805
13100
650.1
44.5
6.7
0.19
12587
13886
13200
662.6
45.3
7.0
0.21
12692
13965
13300
676.2
46.2
7.4
0.24
12798
14044
13400
691.1
47.2
7.9
0.27
12904
14122
13500
707.8
48.2
8.7
0.32
13011
14199
13600
727.3
49.5
10.2
0.41
13118
14272
13700
751.8
51.0
13.4
0.61
13229
14341
13800
791.8
53.4
13346
14393
************************************************************************************ *************
13800
851.7
56.9
13372
14329
13700
891.1
59.1
-10.2
-0.76
13291
14190
13600
915.1
60.4
-6.9
-0.56
13203
14067
13500
933.9
61.4
-5.4
-0.47
13112
13950
13400
950.0
62.2
-4.5
-0.42
13020
13836
13300
964.1
63.0
-3.9
-0.38
12927
13724
13200
977.0
63.6
-3.5
-0.36
12834
13613
13100
988.8
64.2
-3.1
-0.34
12740
13503
13000
999.8
64.7
-2.8
-0.32
12646
13394
12900
1010.1
65.2
-2.6
-0.31
12551
13286
12800
1019.8
65.7
-2.4
-0.30
12457
13178
12700
1029.1
66.1
-2.3
-0.29
12362
13070
12600
1037.9
66.5
-2.1
-0.28
12266
12963
12500
1046.4
66.9
-2.0
-0.27
12171
12856

366

FT 155-AM-3

TABLE A

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

M
12500
12400
12300
12200
12100
12000
11900
11800
11700
11600
11500
11400
11300
11200
11100
11000
10900
10800
10700
10600
10500
10400
10300
10200
10100
10000
9900
9800
9700
9600
9500
9400
9300
9200
9100
9000

MIL
1046.4
1054.6
1062.5
1070.1
1077.4
1084.6
1091.5
1098.3
1104.9
1111.3
1117.5
1123.6
1129.6
1135.4
1141.1
1146.7
1152.2
1157.6
1162.9
1168.1
1173.1
1178.1
1183.0
1187.8
1192.6
1197.2
1201.7
1206.2
1210.6
1214.9
1219.2
1223.3
1227.4
1231.4
1235.3
1239.2

CHARGE
3H
M232

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

66.9
67.3
67.6
68.0
68.3
68.6
68.9
69.2
69.5
69.8
70.0
70.3
70.5
70.8
71.0
71.2
71.4
71.6
71.9
72.1
72.3
72.4
72.6
72.8
73.0
73.2
73.3
73.5
73.7
73.8
74.0
74.2
74.3
74.5
74.6
74.8

MIL
-2.0
-1.9
-1.8
-1.7
-1.6
-1.5
-1.5
-1.4
-1.3
-1.3
-1.2
-1.2
-1.2
-1.1
-1.1
-1.0
-1.0
-1.0
-0.9
-0.9
-0.9
-0.8
-0.8
-0.8
-0.8
-0.7
-0.7
-0.7
-0.7
-0.6
-0.6
-0.6
-0.6
-0.6
-0.5
-0.5

-0.27
-0.26
-0.26
-0.25
-0.25
-0.24
-0.24
-0.23
-0.23
-0.23
-0.22
-0.22
-0.22
-0.22
-0.21
-0.21
-0.21
-0.21
-0.21
-0.20
-0.20
-0.20
-0.20
-0.20
-0.20
-0.20
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19

M
12171
12076
11980
11884
11789
11693
11597
11501
11405
11309
11212
11116
11020
10923
10827
10730
10634
10537
10441
10344
10248
10151
10054
9958
9861
9764
9668
9571
9474
9378
9281
9184
9087
8991
8894
8797

7
RANGE
TO
IMPACT

M
12856
12750
12644
12538
12432
12326
12221
12116
12011
11906
11801
11696
11592
11487
11383
11279
11174
11070
10966
10862
10758
10654
10550
10446
10342
10239
10135
10031
9927
9824
9720
9617
9513
9409
9306
9202
367

CHARGE
3H
M232

TABLE A
BASIC DATA

1

2

RANGE
TO
TARGET

QUADRANT
ELEVATION

M
9000
8900
8800
8700
8600
8500
8400
8300
8200
8100
8000
7900
7800

MIL
1239.2
1242.9
1246.6
1250.2
1253.8
1257.2
1260.6
1263.9
1267.1
1270.2
1273.3
1276.3
1279.1

368

FT 155-AM-3

3

4

5

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
6
7

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

74.8
75.0
75.1
75.3
75.4
75.6
75.7
75.9
76.1
76.3
76.5
76.7
76.9

MIL
-0.5
-0.5
-0.5
-0.5
-0.4
-0.4
-0.4
-0.4
-0.4
-0.3
-0.3
-0.3
-0.3

-0.19
-0.19
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.19

M
8797
8701
8604
8507
8411
8314
8218
8121
8025
7928
7832
7736
7639

RANGE
TO
IMPACT

M
9202
9099
8995
8891
8788
8684
8581
8477
8373
8270
8166
8062
7958

FT 155-AM-3

TABLE B

CHARGE
3H

PROJ, ILLUM, M485A2

FUZE SETTING

M232

FUZE, MT, M565
CORRECTIONS TO FUZE SETTING OF FUZE, MTSQ, M577
FOR FUZE, MT, M565

FUZE SETTING
FUZE M577

CORRECTIONS

FROM

TO

2.0

10.2

0.0

10.3

19.7

0.1

19.8

29.1

0.2

29.2

38.5

0.3

38.6

47.9

0.4

48.0

57.4

0.5

57.5

66.8

0.6

66.9

76.2

0.7

76.3

76.9

0.8

369

CHARGE

TABLE C

FT 155-AM-3

3H
M232

TRAJECTORY DATA
1

R
A
N
G
E

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
0.0
0.2
0.4
0.5
0.7
0.9
1.1
1.3
1.5
1.7
1.9
2.0
2.2
2.4
2.6
2.8
3.1
3.3
3.5
3.7
3.9
4.1
4.3
4.5
4.8
5.0
5.2
5.4
5.7
5.9
6.1
6.4
6.6
6.9
7.1
7.4

MIL
0.0
0.0
0.1
0.1
0.2
0.2
0.3
0.3
0.4
0.4
0.5
0.5
0.6
0.7
0.7
0.8
0.8
0.9
0.9
1.0
1.1
1.1
1.2
1.2
1.3
1.4
1.4
1.5
1.6
1.6
1.7
1.8
1.9
1.9
2.0
2.1

FUZE
M577
M
0
100
200
300
400
500
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
2300
2400
2500
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500
370

MIL
0.0
1.6
3.2
4.7
6.4
8.0
9.6
11.3
13.0
14.7
16.5
18.2
20.0
21.8
23.7
25.5
27.4
29.3
31.2
33.2
35.2
37.2
39.2
41.3
43.4
45.5
47.7
49.9
52.1
54.4
56.7
59.0
61.3
63.7
66.1
68.6

2.0
2.2
2.4
2.6
2.8
3.1
3.3
3.5
3.7
3.9
4.1
4.3
4.5
4.8
5.0
5.2
5.4
5.7
5.9
6.1
6.4
6.6
6.9
7.1
7.4

FT 155-AM-3

TABLE C

CHARGE
3H

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

M232

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
7.4
7.6
7.9
8.1
8.4
8.7
8.9
9.2
9.5
9.8
10.0
10.3
10.6
10.9
11.2
11.5
11.8
12.1
12.4
12.7
13.0
13.3
13.6
14.0
14.3
14.6
14.9
15.3
15.6
15.9
16.3
16.6
16.9
17.3
17.6
18.0

MIL
2.1
2.2
2.2
2.3
2.4
2.5
2.6
2.7
2.7
2.8
2.9
3.0
3.1
3.2
3.3
3.4
3.5
3.6
3.7
3.8
3.9
4.0
4.1
4.2
4.3
4.4
4.5
4.7
4.8
4.9
5.0
5.1
5.2
5.4
5.5
5.6

FUZE
M577
M
3500
3600
3700
3800
3900
4000
4100
4200
4300
4400
4500
4600
4700
4800
4900
5000
5100
5200
5300
5400
5500
5600
5700
5800
5900
6000
6100
6200
6300
6400
6500
6600
6700
6800
6900
7000

MIL
68.6
71.1
73.6
76.2
78.8
81.5
84.2
86.9
89.7
92.6
95.4
98.4
101.3
104.4
107.4
110.5
113.7
116.9
120.2
123.5
126.9
130.4
133.9
137.4
141.0
144.6
148.3
152.1
155.9
159.8
163.7
167.6
171.7
175.7
179.8
184.0

7.4
7.6
7.9
8.1
8.4
8.7
8.9
9.2
9.5
9.8
10.0
10.3
10.6
10.9
11.2
11.5
11.8
12.1
12.4
12.7
13.0
13.3
13.6
14.0
14.3
14.6
14.9
15.3
15.6
15.9
16.3
16.6
16.9
17.3
17.6
18.0

371

CHARGE

TABLE C

FT 155-AM-3

3H
M232

TRAJECTORY DATA
1

R
A
N
G
E

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
18.0
18.3
18.6
19.0
19.3
19.7
20.1
20.4
20.8
21.1
21.5
21.9
22.2
22.6
23.0
23.3
23.7
24.1
24.5
24.8
25.2
25.6
26.0
26.4
26.8
27.2
27.6
28.0
28.4
28.8
29.2
29.6
30.0
30.5
30.9
31.3

MIL
5.6
5.7
5.8
6.0
6.1
6.2
6.3
6.5
6.6
6.7
6.9
7.0
7.1
7.3
7.4
7.6
7.7
7.8
8.0
8.1
8.3
8.4
8.6
8.8
8.9
9.1
9.2
9.4
9.6
9.8
9.9
10.1
10.3
10.5
10.7
10.9

FUZE
M577
M
7000
7100
7200
7300
7400
7500
7600
7700
7800
7900
8000
8100
8200
8300
8400
8500
8600
8700
8800
8900
9000
9100
9200
9300
9400
9500
9600
9700
9800
9900
10000
10100
10200
10300
10400
10500
372

MIL
184.0
188.2
192.5
196.8
201.2
205.6
210.0
214.5
219.1
223.7
228.4
233.1
237.8
242.6
247.5
252.4
257.4
262.4
267.4
272.5
277.7
282.9
288.1
293.5
298.8
304.3
309.7
315.3
320.9
326.5
332.2
338.0
343.9
349.8
355.8
361.8

18.0
18.3
18.6
19.0
19.3
19.7
20.1
20.4
20.8
21.1
21.5
21.9
22.2
22.6
23.0
23.3
23.7
24.1
24.5
24.8
25.2
25.6
26.0
26.4
26.8
27.2
27.6
28.0
28.4
28.8
29.2
29.6
30.0
30.5
30.9
31.3

FT 155-AM-3

TABLE C

CHARGE
3H

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

M232

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
31.3
31.7
32.2
32.6
33.0
33.5
33.9
34.4
34.9
35.3
35.8
36.3
36.8
37.3
37.8
38.3
38.8
39.3
39.8
40.4
40.9
41.5
42.0
42.6
43.2
43.8
44.5
45.1
45.8
46.5
47.2
48.0
48.8
49.6
50.5
51.5

MIL
10.9
11.1
11.3
11.5
11.7
11.9
12.1
12.3
12.6
12.8
13.0
13.3
13.6
13.8
14.1
14.4
14.7
14.9
15.3
15.6
15.9
16.2
16.6
16.9
17.3
17.7
18.1
18.6
19.0
19.5
20.1
20.7
21.3
22.0
22.8
23.7

FUZE
M577
M
10500
10600
10700
10800
10900
11000
11100
11200
11300
11400
11500
11600
11700
11800
11900
12000
12100
12200
12300
12400
12500
12600
12700
12800
12900
13000
13100
13200
13300
13400
13500
13600
13700
13800
13900
14000

MIL
361.8
367.9
374.1
380.4
386.7
393.1
399.7
406.3
412.9
419.7
426.6
433.6
440.7
447.9
455.3
462.7
470.3
478.1
486.0
494.1
502.3
510.8
519.4
528.3
537.4
546.8
556.5
566.5
577.0
587.9
599.3
611.3
624.0
637.6
652.3
668.4

31.3
31.7
32.2
32.6
33.0
33.5
33.9
34.4
34.9
35.3
35.8
36.3
36.8
37.3
37.8
38.3
38.8
39.3
39.8
40.4
40.9
41.5
42.0
42.6
43.2
43.8
44.5
45.1
45.8
46.5
47.2
48.0
48.8
49.6
50.5
51.5

373

CHARGE

TABLE C

FT 155-AM-3

3H
M232

TRAJECTORY DATA
1

R
A
N
G
E

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
51.5
52.7
54.0
55.6
****************
62.8
64.2
65.3
66.2
66.9
67.6
68.2
68.8
69.3
69.8
70.2
70.6
71.0
71.4
71.8
72.1
72.5
72.8
73.1
73.4
73.7
74.0
74.2
74.5
74.7
75.0
75.2
75.4
75.7

MIL
23.7
24.7
25.9
27.6
*****************
36.4
38.6
40.4
42.0
43.5
44.9
46.2
47.4
48.6
49.8
51.0
52.2
53.3
54.5
55.6
56.8
57.9
59.1
60.2
61.4
62.6
63.8
65.0
66.3
67.5
68.8
70.1
71.4
72.8

FUZE
M577
M
14000
14100
14200
14300
*****************
14300
14200
14100
14000
13900
13800
13700
13600
13500
13400
13300
13200
13100
13000
12900
12800
12700
12600
12500
12400
12300
12200
12100
12000
11900
11800
11700
11600
11500

374

MIL
668.4
686.7
708.2
736.1
*****************
861.9
888.9
909.2
926.3
941.2
954.7
967.0
978.4
989.1
999.2
1008.7
1017.8
1026.6
1034.9
1043.0
1050.8
1058.3
1065.6
1072.7
1079.6
1086.3
1092.9
1099.3
1105.5
1111.6
1117.6
1123.4
1129.1
1134.7

51.5
52.7
54.0
55.6
*****************
62.8
64.2
65.3
66.2
66.9
67.6
68.2
68.8
69.3
69.8
70.2
70.6
71.0
71.4
71.8
72.1
72.5
72.8
73.1
73.4
73.7
74.0
74.2
74.5
74.7
75.0
75.2
75.4
75.7

FT 155-AM-3

TABLE C

CHARGE
3H

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

M232

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
75.7
75.9
76.1
76.3
76.5
76.7
76.9
77.1
77.3
77.4
77.6
77.8
78.0
78.1
78.3
78.4
78.6
78.8
78.9
79.1
79.2
79.4
79.5
79.7
79.8
79.9
80.1
80.2
80.4
80.6
80.7
80.9
81.1
81.2
81.4
81.6

MIL
72.8
74.2
75.7
77.2
78.7
80.3
81.9
83.6
85.4
87.2
89.2
91.2
93.2
95.4
97.7
100.1
102.7
105.4
108.2
111.2
114.4
117.7
121.3
125.1
129.2
133.6
138.2
143.2
148.5
154.2
160.3
166.8
173.9
181.4
189.4
198.0

FUZE
M577
M
11500
11400
11300
11200
11100
11000
10900
10800
10700
10600
10500
10400
10300
10200
10100
10000
9900
9800
9700
9600
9500
9400
9300
9200
9100
9000
8900
8800
8700
8600
8500
8400
8300
8200
8100
8000

MIL
1134.7
1140.2
1145.6
1150.9
1156.1
1161.2
1166.2
1171.1
1175.9
1180.7
1185.3
1189.9
1194.4
1198.9
1203.2
1207.5
1211.7
1215.9
1220.0
1224.0
1227.9
1231.7
1235.5
1239.2
1242.9
1246.4
1249.9
1253.4
1256.7
1260.0
1263.2
1266.3
1269.3
1272.3
1275.2
1278.0

75.7
75.9
76.1
76.3
76.5
76.7
76.9
77.1
77.3
77.4
77.6
77.8
78.0
78.1
78.3
78.4
78.6
78.8
78.9
79.1
79.2
79.4
79.5
79.7
79.8
79.9
80.1
80.2
80.4
80.6
80.7
80.9
81.1
81.2
81.4
81.6

375

CHARGE

TABLE C

FT 155-AM-3

3H
M232

TRAJECTORY DATA
1

R
A
N
G
E

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
81.6
81.8
82.0

MIL
198.0
207.1
216.8

FUZE
M577
M
8000
7900
7800

376

MIL
1278.0
1280.7
1283.4

81.6
81.8
82.0

FT 155-AM-3

Part 2 – 4

Charge 4H

Projectile, Illuminating, M485A2 and M485A1

Fuze, MTSQ, M577

Muzzle Velocity – 695.6 m/s*

Propelling Charge M232 – Increments 1, 2, 3 and 4

•

The standard muzzle velocity of 694 m/s was adjusted for the fuzed weight of the projectile.

377

FT 155-AM-3

378

FT 155-AM-3

TABLE A

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

M
2500
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500
3600
3700
3800
3900
4000
4100
4200
4300
4400
4500
4600
4700
4800
4900
5000
5100
5200
5300
5400
5500
5600
5700
5800
5900
6000

MIL
339.6
329.8
320.7
312.4
304.7
297.6
291.0
285.0
279.3
274.1
269.3
264.8
260.7
256.8
253.3
250.0
247.0
244.2
241.6
239.3
237.1
235.2
233.4
231.8
230.3
229.0
227.9
226.9
226.0
225.2
224.6
224.1
223.7
223.5
223.3
223.2

CHARGE
4H
M232

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

2.1
2.3
2.5
2.6
2.8
3.0
3.2
3.4
3.6
3.8
4.0
4.1
4.3
4.5
4.7
5.0
5.2
5.4
5.6
5.8
6.0
6.2
6.4
6.7
6.9
7.1
7.3
7.6
7.8
8.1
8.3
8.5
8.8
9.0
9.3

MIL
18.5
18.0
17.4
16.9
16.4
15.9
15.5
15.1
14.7
14.3
13.9
13.6
13.2
12.9
12.6
12.3
12.1
11.8
11.5
11.3
11.1
10.8
10.6
10.4
10.2
10.0
9.8
9.7
9.5
9.3
9.2
9.0
8.9
8.7
8.6
8.5

0.03
0.03
0.03
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02

M
1211
1317
1424
1530
1638
1746
1854
1962
2071
2179
2288
2398
2507
2616
2726
2835
2945
3055
3165
3274
3384
3494
3604
3714
3824
3934
4044
4154
4264
4374
4484
4594
4703
4813
4923
5033

7
RANGE
TO
IMPACT

M
12949
12757
12577
12408
12249
12101
11962
11831
11708
11594
11486
11385
11291
11203
11122
11045
10974
10908
10847
10791
10739
10692
10648
10609
10573
10541
10513
10488
10466
10448
10433
10420
10411
10404
10400
10398
379

CHARGE
4H
M232

TABLE A
BASIC DATA

1

2

RANGE
TO
TARGET

QUADRANT
ELEVATION

M
6000
6100
6200
6300
6400
6500
6600
6700
6800
6900
7000
7100
7200
7300
7400
7500
7600
7700
7800
7900
8000
8100
8200
8300
8400
8500
8600
8700
8800
8900
9000
9100
9200
9300
9400
9500

MIL
223.2
223.3
223.4
223.7
224.0
224.5
225.0
225.6
226.3
227.1
228.0
228.9
230.0
231.1
232.3
233.6
235.0
236.4
237.9
239.5
241.2
243.0
244.8
246.7
248.7
250.7
252.9
255.0
257.3
259.6
262.0
264.5
267.0
269.6
272.3
275.0

380

FT 155-AM-3

3

4

5

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
6
7

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

9.3
9.5
9.8
10.0
10.3
10.6
10.8
11.1
11.4
11.7
11.9
12.2
12.5
12.8
13.1
13.4
13.7
14.0
14.3
14.6
14.9
15.2
15.5
15.9
16.2
16.5
16.8
17.2
17.5
17.8
18.2
18.5
18.8
19.2
19.5
19.9

MIL
8.5
8.3
8.2
8.1
7.9
7.8
7.7
7.6
7.5
7.4
7.3
7.2
7.1
7.0
6.9
6.8
6.8
6.7
6.6
6.5
6.4
6.4
6.3
6.2
6.1
6.1
6.0
6.0
5.9
5.8
5.8
5.7
5.7
5.6
5.5
5.5

0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02

M
5033
5142
5252
5362
5471
5581
5690
5800
5909
6018
6128
6237
6346
6455
6564
6674
6782
6891
7000
7109
7217
7325
7433
7541
7648
7755
7862
7968
8073
8179
8284
8388
8493
8597
8701
8805

RANGE
TO
IMPACT

M
10398
10399
10403
10409
10418
10429
10442
10458
10475
10494
10516
10540
10565
10593
10622
10654
10687
10722
10759
10797
10837
10879
10923
10968
11014
11062
11112
11162
11214
11268
11323
11378
11436
11494
11553
11613

FT 155-AM-3

TABLE A

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

M
9500
9600
9700
9800
9900
10000
10100
10200
10300
10400
10500
10600
10700
10800
10900
11000
11100
11200
11300
11400
11500
11600
11700
11800
11900
12000
12100
12200
12300
12400
12500
12600
12700
12800
12900
13000

MIL
275.0
277.8
280.7
283.6
286.6
289.6
292.7
295.9
299.1
302.4
305.7
309.1
312.6
316.1
319.6
323.3
327.0
330.7
334.5
338.4
342.3
346.3
350.3
354.4
358.6
362.8
367.1
371.4
375.8
380.2
384.7
389.3
393.9
398.6
403.4
408.2

CHARGE
4H
M232

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

19.9
20.2
20.6
20.9
21.3
21.6
22.0
22.3
22.7
23.0
23.4
23.8
24.1
24.5
24.9
25.3
25.6
26.0
26.4
26.8
27.1
27.5
27.9
28.3
28.7
29.1
29.5
29.9
30.3
30.7
31.1
31.5
31.9
32.3
32.8
33.2

MIL
5.5
5.4
5.4
5.3
5.3
5.2
5.2
5.1
5.1
5.1
5.0
5.0
4.9
4.9
4.9
4.8
4.8
4.7
4.7
4.7
4.6
4.6
4.6
4.6
4.5
4.5
4.5
4.4
4.4
4.4
4.4
4.3
4.3
4.3
4.3
4.2

0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03

M
8805
8909
9012
9116
9219
9322
9425
9528
9631
9733
9836
9938
10041
10143
10246
10348
10451
10553
10655
10758
10860
10962
11064
11167
11269
11371
11473
11576
11678
11780
11882
11984
12087
12189
12291
12393

7
RANGE
TO
IMPACT

M
11613
11675
11737
11801
11865
11931
11997
12064
12132
12200
12270
12340
12411
12482
12555
12628
12701
12775
12850
12925
13001
13077
13154
13232
13309
13388
13466
13546
13625
13705
13785
13866
13947
14029
14111
14193
381

CHARGE
4H
M232

TABLE A
BASIC DATA

1

2

RANGE
TO
TARGET

QUADRANT
ELEVATION

M
13000
13100
13200
13300
13400
13500
13600
13700
13800
13900
14000
14100
14200
14300
14400
14500
14600
14700
14800
14900
15000
15100
15200
15300
15400
15500
15600
15700
15800
15900
16000
16100
16200
16300
16400
16500

MIL
408.2
413.1
418.1
423.1
428.2
433.4
438.6
443.9
449.3
454.7
460.3
465.9
471.6
477.4
483.3
489.2
495.3
501.5
507.7
514.1
520.6
527.2
533.9
540.8
547.8
555.0
562.3
569.9
577.6
585.5
593.6
602.0
610.7
619.6
628.9
638.6

382

FT 155-AM-3

3

4

5

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
6
7

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

33.2
33.6
34.0
34.5
34.9
35.3
35.8
36.2
36.7
37.1
37.6
38.1
38.5
39.0
39.5
40.0
40.5
40.9
41.4
42.0
42.5
43.0
43.5
44.1
44.6
45.2
45.7
46.3
46.9
47.5
48.1
48.8
49.4
50.1
50.8
51.5

MIL
4.2
4.2
4.2
4.2
4.2
4.2
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.2
4.2
4.2
4.3
4.3
4.4
4.4
4.5
4.6
4.7

0.03
0.03
0.03
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.06
0.06
0.06
0.06
0.07
0.07
0.07
0.08
0.08
0.08
0.09
0.09
0.10
0.10
0.11
0.12
0.13

M
12393
12495
12597
12700
12802
12904
13006
13108
13210
13313
13415
13517
13619
13722
13824
13926
14029
14131
14233
14336
14438
14541
14643
14746
14849
14952
15055
15158
15261
15364
15468
15571
15675
15779
15883
15987

RANGE
TO
IMPACT

M
14193
14275
14358
14441
14524
14608
14692
14776
14861
14945
15030
15115
15200
15286
15372
15457
15544
15630
15716
15803
15889
15976
16063
16150
16236
16323
16410
16497
16584
16671
16759
16846
16932
17019
17106
17192

FT 155-AM-3
PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

TABLE A

CHARGE
4H
M232

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

7
RANGE
TO
IMPACT

M
MIL
MIL
M
M
16500
638.6
51.5
4.7
0.13
15987
17192
16600
648.8
52.3
4.8
0.14
16092
17279
16700
659.4
53.0
5.0
0.15
16196
17365
16800
670.7
53.9
5.1
0.16
16301
17450
16900
682.6
54.7
5.4
0.18
16407
17536
17000
695.5
55.7
5.7
0.20
16513
17620
17100
709.5
56.7
6.1
0.23
16619
17704
17200
725.3
57.8
6.8
0.28
16726
17787
17300
743.6
59.1
7.9
0.36
16835
17867
17400
766.5
60.7
10.4
0.53
16946
17943
17500
804.0
63.3
17064
18007
************************************************************************************ *************
17500
858.6
67.0
17089
17958
17400
894.3
69.3
-7.8
-0.69
17009
17828
17300
915.7
70.6
-5.3
-0.52
16920
17711
17200
932.6
71.7
-4.2
-0.44
16829
17598
17100
946.9
72.6
-3.5
-0.39
16736
17487
17000
959.5
73.4
-3.1
-0.36
16643
17377
16900
970.9
74.0
-2.7
-0.34
16549
17269
16800
981.4
74.7
-2.4
-0.32
16454
17161
16700
991.1
75.2
-2.2
-0.30
16360
17054
16600
1000.2
75.8
-2.1
-0.29
16265
16947
16500
1008.8
76.3
-1.9
-0.28
16169
16841
16400
1017.0
76.7
-1.8
-0.27
16074
16735
16300
1024.8
77.2
-1.7
-0.27
15978
16630
16200
1032.3
77.6
-1.6
-0.26
15882
16524
16100
1039.5
78.0
-1.5
-0.25
15786
16419
16000
1046.4
78.4
-1.4
-0.25
15690
16315
15900
1053.1
78.7
-1.4
-0.24
15594
16210
15800
1059.5
79.1
-1.3
-0.24
15497
16105
15700
1065.8
79.4
-1.2
-0.24
15401
16001
15600
1071.9
79.7
-1.2
-0.23
15304
15897
15500
1077.8
80.1
-1.1
-0.23
15208
15793

383

CHARGE
4H
M232

TABLE A
BASIC DATA

1

2

RANGE
TO
TARGET

QUADRANT
ELEVATION

M
15500
15400
15300
15200
15100
15000
14900
14800
14700
14600
14500
14400
14300
14200
14100
14000
13900
13800
13700
13600
13500
13400
13300
13200
13100
13000
12900
12800
12700
12600
12500
12400
12300
12200
12100
12000

MIL
1077.8
1083.5
1089.1
1094.6
1099.9
1105.2
1110.3
1115.2
1120.1
1124.9
1129.6
1134.2
1138.7
1143.1
1147.5
1151.8
1156.0
1160.1
1164.1
1168.1
1172.0
1175.9
1179.7
1183.4
1187.1
1190.7
1194.2
1197.7
1201.2
1204.5
1207.9
1211.1
1214.3
1217.5
1220.6
1223.6

384

FT 155-AM-3

3

4

5

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
6
7

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

80.1
80.4
80.6
80.9
81.2
81.5
81.7
82.0
82.2
82.5
82.7
82.9
83.2
83.4
83.6
83.8
84.0
84.2
84.4
84.6
84.8
84.9
85.1
85.3
85.5
85.7
85.8
86.0
86.2
86.3
86.5
86.6
86.8
87.0
87.1
87.3

MIL
-1.1
-1.1
-1.1
-1.0
-1.0
-0.9
-0.9
-0.9
-0.8
-0.8
-0.8
-0.8
-0.7
-0.7
-0.7
-0.7
-0.7
-0.6
-0.6
-0.6
-0.6
-0.6
-0.6
-0.5
-0.5
-0.5
-0.5
-0.5
-0.5
-0.5
-0.4
-0.4
-0.4
-0.4
-0.4
-0.4

-0.23
-0.22
-0.22
-0.22
-0.22
-0.21
-0.21
-0.21
-0.21
-0.21
-0.20
-0.20
-0.20
-0.20
-0.20
-0.20
-0.20
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18

M
15208
15111
15014
14917
14820
14723
14626
14529
14432
14335
14238
14141
14044
13947
13849
13752
13655
13557
13460
13363
13265
13168
13070
12973
12876
12778
12681
12583
12486
12388
12291
12193
12096
11998
11901
11803

RANGE
TO
IMPACT

M
15793
15689
15585
15481
15378
15274
15171
15067
14964
14860
14757
14654
14551
14448
14345
14242
14139
14036
13933
13830
13727
13624
13522
13419
13316
13214
13111
13008
12905
12803
12700
12598
12495
12392
12290
12187

FT 155-AM-3

TABLE A

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

M
12000
11900
11800
11700
11600
11500
11400
11300
11200
11100
11000
10900
10800
10700

MIL
1223.6
1226.6
1229.6
1232.5
1235.3
1238.1
1240.8
1243.5
1246.1
1248.7
1251.2
1253.6
1256.0
1258.4

CHARGE
4H
M232

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

87.3
87.4
87.6
87.7
87.9
88.1
88.2
88.4
88.6
88.7
88.9
89.1
89.3
89.5

MIL
-0.4
-0.4
-0.4
-0.3
-0.3
-0.3
-0.3
-0.3
-0.3
-0.3
-0.3
-0.3
-0.2
-0.2

-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18

M
11803
11706
11609
11511
11414
11316
11219
11121
11024
10927
10829
10732
10635
10538

7
RANGE
TO
IMPACT

M
12187
12085
11982
11879
11777
11674
11572
11469
11366
11264
11161
11058
10956
10853

385

CHARGE

TABLE B

FT 155-AM-3

4H
M232

FUZE SETTING

PROJ, ILLUM, M485A2
FUZE, MT, M565

CORRECTIONS TO FUZE SETTING OF FUZE, MTSQ, M577
FOR FUZE, MT, M565

FUZE SETTING
FUZE M577

386

CORRECTIONS

FROM

TO

2.0

4.9

0.0

5.0

9.5

0.1

9.6

14.0

0.2

14.1

18.6

0.3

18.7

23.1

0.4

23.2

27.7

0.5

27.8

32.2

0.6

32.3

36.8

0.7

36.9

41.3

0.8

41.4

45.9

0.9

46.0

50.5

1.0

50.6

55.0

1.1

55.1

59.6

1.2

59.7

64.1

1.3

64.2

68.7

1.4

68.8

73.2

1.5

73.3

77.8

1.6

77.9

82.3

1.7

82.4

86.9

1.8

87.0

89.5

1.9

FT 155-AM-3

TABLE C

CHARGE
4H

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

M232

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
0.0
0.1
0.3
0.4
0.6
0.7
0.9
1.0
1.2
1.3
1.5
1.7
1.8
2.0
2.1
2.3
2.5
2.6
2.8
3.0
3.1
3.3
3.5
3.6
3.8
4.0
4.2
4.4
4.5
4.7
4.9
5.1
5.3
5.5
5.7
5.9

MIL
0.0
0.0
0.1
0.1
0.1
0.2
0.2
0.2
0.3
0.3
0.3
0.4
0.4
0.5
0.5
0.5
0.6
0.6
0.7
0.7
0.7
0.8
0.8
0.9
0.9
1.0
1.0
1.1
1.1
1.2
1.2
1.3
1.3
1.4
1.4
1.5

FUZE
M577
M
0
100
200
300
400
500
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
2300
2400
2500
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500

MIL
0.0
1.1
2.1
3.1
4.2
5.3
6.3
7.4
8.5
9.7
10.8
11.9
13.1
14.3
15.5
16.6
17.9
19.1
20.3
21.6
22.9
24.1
25.4
26.8
28.1
29.4
30.8
32.2
33.6
35.0
36.4
37.9
39.4
40.9
42.4
43.9

2.0
2.1
2.3
2.5
2.6
2.8
3.0
3.1
3.3
3.5
3.6
3.8
4.0
4.2
4.4
4.5
4.7
4.9
5.1
5.3
5.5
5.7
5.9

387

CHARGE

TABLE C

FT 155-AM-3

4H
M232

TRAJECTORY DATA
1

R
A
N
G
E

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
5.9
6.1
6.3
6.5
6.7
6.9
7.1
7.3
7.5
7.7
7.9
8.1
8.3
8.6
8.8
9.0
9.2
9.5
9.7
9.9
10.2
10.4
10.7
10.9
11.2
11.4
11.7
11.9
12.2
12.4
12.7
13.0
13.2
13.5
13.8
14.1

MIL
1.5
1.5
1.6
1.6
1.7
1.7
1.8
1.9
1.9
2.0
2.0
2.1
2.2
2.2
2.3
2.4
2.4
2.5
2.6
2.6
2.7
2.8
2.9
2.9
3.0
3.1
3.2
3.2
3.3
3.4
3.5
3.6
3.7
3.7
3.8
3.9

FUZE
M577
M
3500
3600
3700
3800
3900
4000
4100
4200
4300
4400
4500
4600
4700
4800
4900
5000
5100
5200
5300
5400
5500
5600
5700
5800
5900
6000
6100
6200
6300
6400
6500
6600
6700
6800
6900
7000
388

MIL
43.9
45.5
47.0
48.6
50.2
51.9
53.5
55.2
56.9
58.6
60.3
62.1
63.9
65.7
67.6
69.4
71.3
73.2
75.2
77.2
79.2
81.2
83.3
85.3
87.5
89.6
91.8
94.0
96.3
98.5
100.8
103.2
105.6
108.0
110.5
112.9

5.9
6.1
6.3
6.5
6.7
6.9
7.1
7.3
7.5
7.7
7.9
8.1
8.3
8.6
8.8
9.0
9.2
9.5
9.7
9.9
10.2
10.4
10.7
10.9
11.2
11.4
11.7
11.9
12.2
12.4
12.7
13.0
13.2
13.5
13.8
14.1

FT 155-AM-3

TABLE C

CHARGE
4H

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

M232

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
14.1
14.3
14.6
14.9
15.2
15.5
15.8
16.1
16.4
16.7
17.0
17.3
17.6
17.9
18.3
18.6
18.9
19.2
19.6
19.9
20.2
20.6
20.9
21.2
21.6
21.9
22.2
22.6
22.9
23.3
23.6
24.0
24.3
24.7
25.0
25.4

MIL
3.9
4.0
4.1
4.2
4.3
4.4
4.5
4.6
4.7
4.8
4.9
5.0
5.1
5.2
5.3
5.5
5.6
5.7
5.8
5.9
6.0
6.2
6.3
6.4
6.5
6.6
6.8
6.9
7.0
7.1
7.3
7.4
7.5
7.7
7.8
7.9

FUZE
M577
M
7000
7100
7200
7300
7400
7500
7600
7700
7800
7900
8000
8100
8200
8300
8400
8500
8600
8700
8800
8900
9000
9100
9200
9300
9400
9500
9600
9700
9800
9900
10000
10100
10200
10300
10400
10500

MIL
112.9
115.5
118.1
120.7
123.3
126.0
128.7
131.5
134.3
137.2
140.1
143.1
146.1
149.1
152.2
155.3
158.5
161.7
165.0
168.3
171.7
175.1
178.5
182.0
185.5
189.1
192.7
196.4
200.1
203.9
207.7
211.5
215.4
219.3
223.3
227.3

14.1
14.3
14.6
14.9
15.2
15.5
15.8
16.1
16.4
16.7
17.0
17.3
17.6
17.9
18.3
18.6
18.9
19.2
19.6
19.9
20.2
20.6
20.9
21.2
21.6
21.9
22.2
22.6
22.9
23.3
23.6
24.0
24.3
24.7
25.0
25.4

389

CHARGE

TABLE C

FT 155-AM-3

4H
M232

TRAJECTORY DATA
1

R
A
N
G
E

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
25.4
25.8
26.1
26.5
26.9
27.2
27.6
28.0
28.3
28.7
29.1
29.5
29.8
30.2
30.6
31.0
31.4
31.8
32.2
32.6
33.0
33.4
33.8
34.2
34.6
35.0
35.4
35.8
36.3
36.7
37.1
37.5
38.0
38.4
38.8
39.3

MIL
7.9
8.1
8.2
8.4
8.5
8.7
8.8
8.9
9.1
9.2
9.4
9.5
9.7
9.9
10.0
10.2
10.3
10.5
10.7
10.8
11.0
11.2
11.4
11.5
11.7
11.9
12.1
12.3
12.4
12.6
12.8
13.0
13.2
13.4
13.6
13.8

FUZE
M577
M
10500
10600
10700
10800
10900
11000
11100
11200
11300
11400
11500
11600
11700
11800
11900
12000
12100
12200
12300
12400
12500
12600
12700
12800
12900
13000
13100
13200
13300
13400
13500
13600
13700
13800
13900
14000
390

MIL
227.3
231.4
235.5
239.7
243.8
248.1
252.4
256.7
261.0
265.4
269.9
274.4
278.9
283.5
288.2
292.8
297.6
302.3
307.2
312.0
316.9
321.9
326.9
332.0
337.1
342.3
347.5
352.7
358.1
363.5
368.9
374.4
379.9
385.6
391.2
397.0

25.4
25.8
26.1
26.5
26.9
27.2
27.6
28.0
28.3
28.7
29.1
29.5
29.8
30.2
30.6
31.0
31.4
31.8
32.2
32.6
33.0
33.4
33.8
34.2
34.6
35.0
35.4
35.8
36.3
36.7
37.1
37.5
38.0
38.4
38.8
39.3

FT 155-AM-3

TABLE C

CHARGE
4H

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

M232

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
39.3
39.7
40.2
40.6
41.1
41.6
42.0
42.5
43.0
43.5
43.9
44.4
44.9
45.4
46.0
46.5
47.0
47.5
48.1
48.6
49.2
49.8
50.3
50.9
51.6
52.2
52.8
53.5
54.2
54.9
55.6
56.4
57.2
58.0
58.9
59.9

MIL
13.8
14.0
14.3
14.5
14.7
14.9
15.2
15.4
15.6
15.9
16.1
16.4
16.6
16.9
17.2
17.5
17.7
18.0
18.3
18.6
19.0
19.3
19.7
20.0
20.4
20.8
21.2
21.6
22.1
22.6
23.1
23.6
24.2
24.9
25.6
26.3

FUZE
M577
M
14000
14100
14200
14300
14400
14500
14600
14700
14800
14900
15000
15100
15200
15300
15400
15500
15600
15700
15800
15900
16000
16100
16200
16300
16400
16500
16600
16700
16800
16900
17000
17100
17200
17300
17400
17500

MIL
397.0
402.8
408.6
414.6
420.6
426.7
432.8
439.1
445.4
451.8
458.3
464.9
471.6
478.3
485.2
492.2
499.3
506.5
513.9
521.4
529.0
536.8
544.8
553.0
561.4
570.1
579.0
588.1
597.6
607.4
617.6
628.3
639.5
651.3
663.9
677.5

39.3
39.7
40.2
40.6
41.1
41.6
42.0
42.5
43.0
43.5
43.9
44.4
44.9
45.4
46.0
46.5
47.0
47.5
48.1
48.6
49.2
49.8
50.3
50.9
51.6
52.2
52.8
53.5
54.2
54.9
55.6
56.4
57.2
58.0
58.9
59.9

391

CHARGE

TABLE C

FT 155-AM-3

4H
M232

TRAJECTORY DATA
1

R
A
N
G
E

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
59.9
60.9
62.0
63.4
65.1
68.0
******************
70.6
73.3
74.7
75.8
76.7
77.5
78.2
78.8
79.4
80.0
80.5
80.9
81.4
81.8
82.2
82.6
83.0
83.3
83.7
84.0
84.3
84.6
84.9
85.2
85.5
85.8

MIL
26.3
27.2
28.2
29.4
31.1
34.4
******************
37.5
41.3
43.6
45.4
46.9
48.4
49.8
51.1
52.3
53.5
54.7
55.9
57.0
58.1
59.2
60.3
61.4
62.5
63.6
64.7
65.8
66.9
68.1
69.2
70.3
71.5

FUZE
M577
M
17500
17600
17700
17800
17900
18000
*****************
18000
17900
17800
17700
17600
17500
17400
17300
17200
17100
17000
16900
16800
16700
16600
16500
16400
16300
16200
16100
16000
15900
15800
15700
15600
15500

392

MIL
677.5
692.3
708.8
728.1
752.6
796.3
*****************
835.0
877.3
900.0
917.5
932.3
945.3
957.0
967.7
977.7
987.0
995.8
1004.1
1012.0
1019.6
1026.9
1034.0
1040.8
1047.3
1053.7
1059.8
1065.8
1071.7
1077.4
1082.9
1088.3
1093.6

59.9
60.9
62.0
63.4
65.1
68.0
******************
70.6
73.3
74.7
75.8
76.7
77.5
78.2
78.8
79.4
80.0
80.5
80.9
81.4
81.8
82.2
82.6
83.0
83.3
83.7
84.0
84.3
84.6
84.9
85.2
85.5
85.8

FT 155-AM-3

TABLE C

CHARGE
4H

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

M232

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
85.8
86.0
86.3
86.5
86.8
87.0
87.2
87.5
87.7
87.9
88.1
88.3
88.5
88.7
88.9
89.1
89.3
89.5
89.6
89.8
90.0
90.2
90.3
90.5
90.7
90.8
91.0
91.1
91.3
91.4
91.6
91.7
91.9
92.1
92.2
92.4

MIL
71.5
72.6
73.8
75.0
76.3
77.5
78.8
80.1
81.4
82.8
84.1
85.6
87.0
88.5
90.1
91.7
93.3
95.1
96.8
98.7
100.6
102.5
104.6
106.7
108.9
111.3
113.7
116.2
118.9
121.6
124.5
127.6
130.7
134.1
137.6
141.3

FUZE
M577
M
15500
15400
15300
15200
15100
15000
14900
14800
14700
14600
14500
14400
14300
14200
14100
14000
13900
13800
13700
13600
13500
13400
13300
13200
13100
13000
12900
12800
12700
12600
12500
12400
12300
12200
12100
12000

MIL
1093.6
1098.8
1103.9
1108.8
1113.7
1118.4
1123.1
1127.7
1132.2
1136.6
1140.9
1145.2
1149.4
1153.5
1157.5
1161.5
1165.4
1169.3
1173.1
1176.8
1180.5
1184.1
1187.6
1191.1
1194.6
1198.0
1201.3
1204.6
1207.9
1211.0
1214.2
1217.3
1220.3
1223.3
1226.2
1229.1

85.8
86.0
86.3
86.5
86.8
87.0
87.2
87.5
87.7
87.9
88.1
88.3
88.5
88.7
88.9
89.1
89.3
89.5
89.6
89.8
90.0
90.2
90.3
90.5
90.7
90.8
91.0
91.1
91.3
91.4
91.6
91.7
91.9
92.1
92.2
92.4

393

CHARGE

TABLE C

FT 155-AM-3

4H
M232

TRAJECTORY DATA
1

R
A
N
G
E

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
92.4
92.5
92.7
92.8
93.0
93.1
93.3
93.5
93.6
93.8
94.0
94.2
94.4
94.6
94.8

MIL
141.3
145.2
149.3
153.6
158.2
163.0
168.0
173.3
178.9
184.8
191.0
197.5
204.3
211.5
218.9

FUZE
M577
M
12000
11900
11800
11700
11600
11500
11400
11300
11200
11100
11000
10900
10800
10700
10600

394

MIL
1229.1
1231.9
1234.7
1237.4
1240.0
1242.7
1245.2
1247.8
1250.2
1252.6
1255.0
1257.3
1259.6
1261.8
1263.9

92.4
92.5
92.7
92.8
93.0
93.1
93.3
93.5
93.6
93.8
94.0
94.2
94.4
94.6
94.8

FT 155-AM-3

Part 2 - 5

Charge 3H

Projectile, Illuminating, M485A2 and M485A1

Fuze, MTSQ, M577

Muzzle Velocity – 591.9 m/s*

Propelling Charge M232A1 - Increments 1, 2 and 3

* The standard muzzle velocity of 590 m/s was adjusted for the fuzed weight of the projectile.

395

FT 155-AM-3

396

FT 155-AM-3

TABLE A

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

M
2100
2200
2300
2400
2500
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500
3600
3700
3800
3900
4000
4100
4200
4300
4400
4500
4600
4700
4800
4900
5000

MIL
398.8
385.5
373.4
362.3
352.2
343.0
334.6
326.9
319.8
313.3
307.4
302.0
297.1
292.6
288.4
284.7
281.3
278.2
275.4
272.9
270.7
268.8
267.0
265.5
264.3
263.2
262.3
261.6
261.1
260.8

CHARGE
3H
M232A1

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

2.0
2.2
2.4
2.6
2.8
3.0
3.2
3.4
3.6
3.9
4.1
4.3
4.5
4.8
5.0
5.2
5.5
5.7
6.0
6.2
6.5
6.7
7.0
7.3
7.5
7.8
8.1
8.3
8.6
8.9

MIL
21.2
20.5
19.8
19.2
18.6
18.0
17.4
16.9
16.4
16.0
15.5
15.1
14.7
14.3
14.0
13.6
13.3
13.0
12.7
12.4
12.1
11.9
11.6
11.4
11.1
10.9
10.7
10.5
10.3
10.1

0.04
0.04
0.04
0.04
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03

M
1023
1126
1230
1335
1441
1547
1653
1760
1868
1975
2083
2191
2300
2408
2517
2625
2734
2843
2952
3061
3170
3279
3388
3497
3606
3716
3825
3934
4043
4152

7
RANGE
TO
IMPACT

M
11640
11429
11232
11049
10878
10719
10571
10433
10306
10187
10078
9977
9883
9797
9718
9645
9578
9518
9463
9413
9369
9329
9295
9265
9239
9217
9199
9185
9174
9167

397

CHARGE
3H
M232A1

TABLE A
BASIC DATA

1

2

RANGE
TO
TARGET

QUADRANT
ELEVATION

M
5000
5100
5200
5300
5400
5500
5600
5700
5800
5900
6000
6100
6200
6300
6400
6500
6600
6700
6800
6900
7000
7100
7200
7300
7400
7500
7600
7700
7800
7900
8000
8100
8200
8300
8400
8500

MIL
260.8
260.6
260.6
260.7
261.1
261.5
262.1
262.9
263.7
264.7
265.9
267.1
268.5
270.0
271.6
273.3
275.1
277.1
279.1
281.2
283.5
285.8
288.2
290.7
293.4
296.1
298.8
301.7
304.7
307.7
310.8
314.0
317.3
320.7
324.1
327.7

398

FT 155-AM-3

3

4

5

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
6
7

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

8.9
9.2
9.5
9.8
10.1
10.4
10.7
11.0
11.3
11.6
11.9
12.2
12.6
12.9
13.2
13.5
13.9
14.2
14.5
14.9
15.2
15.6
15.9
16.2
16.6
16.9
17.3
17.6
18.0
18.4
18.7
19.1
19.4
19.8
20.2
20.5

MIL
10.1
10.0
9.8
9.6
9.4
9.3
9.1
9.0
8.8
8.7
8.6
8.5
8.3
8.2
8.1
8.0
7.9
7.8
7.7
7.6
7.5
7.4
7.3
7.2
7.1
7.0
6.9
6.9
6.8
6.7
6.6
6.6
6.5
6.4
6.4
6.3

0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03

M
4152
4261
4370
4479
4588
4697
4806
4915
5023
5131
5239
5347
5454
5561
5667
5773
5878
5983
6088
6193
6297
6401
6505
6608
6712
6815
6918
7021
7124
7227
7330
7432
7535
7638
7740
7843

RANGE
TO
IMPACT

M
9167
9164
9164
9167
9173
9183
9195
9210
9228
9248
9271
9296
9324
9354
9386
9420
9457
9495
9535
9577
9621
9666
9713
9762
9812
9864
9917
9971
10026
10083
10141
10200
10260
10322
10384
10447

FT 155-AM-3

TABLE A

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

M
8500
8600
8700
8800
8900
9000
9100
9200
9300
9400
9500
9600
9700
9800
9900
10000
10100
10200
10300
10400
10500
10600
10700
10800
10900
11000
11100
11200
11300
11400
11500
11600
11700
11800
11900
12000

MIL
327.7
331.2
334.9
338.7
342.5
346.4
350.4
354.4
358.5
362.7
367.0
371.4
375.8
380.3
384.9
389.5
394.2
399.1
403.9
408.9
414.0
419.1
424.3
429.6
435.0
440.5
446.1
451.7
457.5
463.4
469.4
475.5
481.7
488.0
494.5
501.0

CHARGE
3H
M232A1

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

20.5
20.9
21.3
21.6
22.0
22.4
22.8
23.2
23.6
24.0
24.3
24.7
25.1
25.5
25.9
26.3
26.8
27.2
27.6
28.0
28.4
28.9
29.3
29.7
30.2
30.6
31.1
31.5
32.0
32.4
32.9
33.4
33.9
34.3
34.8
35.3

MIL
6.3
6.2
6.2
6.1
6.1
6.0
5.9
5.9
5.8
5.8
5.8
5.7
5.7
5.6
5.6
5.5
5.5
5.5
5.4
5.4
5.4
5.3
5.3
5.3
5.3
5.2
5.2
5.2
5.2
5.2
5.2
5.1
5.1
5.1
5.1
5.1

0.03
0.03
0.03
0.03
0.03
0.03
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.06
0.06
0.06
0.06
0.06
0.07
0.07
0.07
0.07

M
7843
7946
8048
8151
8253
8355
8458
8560
8663
8765
8867
8970
9072
9174
9277
9379
9481
9584
9686
9788
9891
9993
10095
10198
10300
10403
10505
10608
10710
10813
10915
11018
11120
11223
11326
11428

7
RANGE
TO
IMPACT

M
10447
10512
10577
10643
10710
10777
10846
10915
10985
11056
11127
11199
11272
11345
11419
11493
11568
11644
11719
11796
11872
11950
12027
12105
12184
12263
12342
12421
12501
12581
12662
12742
12823
12905
12986
13068
399

CHARGE
3H
M232A1

TABLE A

FT 155-AM-3

BASIC DATA

1

2

RANGE
TO
TARGET

QUADRANT
ELEVATION

3

4

5

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
6
7

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

RANGE
TO
IMPACT

M
MIL
MIL
M
M
12000
501.0
35.3
5.1
0.07
11428
13068
12100
507.8
35.8
5.1
0.08
11531
13150
12200
514.6
36.4
5.1
0.08
11634
13232
12300
521.7
36.9
5.2
0.08
11736
13314
12400
528.8
37.4
5.2
0.08
11839
13396
12500
536.2
37.9
5.2
0.09
11942
13479
12600
543.7
38.5
5.2
0.09
12045
13562
12700
551.4
39.1
5.2
0.09
12148
13644
12800
559.3
39.6
5.3
0.10
12251
13727
12900
567.5
40.2
5.3
0.10
12354
13810
13000
575.9
40.8
5.4
0.11
12457
13893
13100
584.6
41.4
5.4
0.12
12561
13976
13200
593.6
42.1
5.5
0.12
12664
14059
13300
602.9
42.7
5.6
0.13
12768
14142
13400
612.6
43.4
5.7
0.14
12872
14225
13500
622.8
44.1
5.8
0.15
12976
14307
13600
633.4
44.8
6.0
0.16
13080
14389
13700
644.7
45.6
6.2
0.18
13184
14471
13800
656.6
46.4
6.5
0.19
13289
14553
13900
669.5
47.3
6.8
0.22
13394
14633
14000
683.4
48.2
7.2
0.25
13500
14713
14100
698.8
49.2
7.9
0.29
13606
14792
14200
716.4
50.4
8.8
0.35
13713
14868
14300
737.3
51.7
10.6
0.45
13822
14942
14400
764.8
53.4
15.8
0.77
13933
15009
************************************************************************************ *************
14400
878.6
60.2
-12.8
-0.93
13986
14890
14300
905.5
61.7
-7.4
-0.61
13899
14765
14200
925.5
62.8
-5.6
-0.49
13809
14647
14100
942.1
63.7
-4.6
-0.43
13717
14533
14000
956.5
64.5
-3.9
-0.39
13625
14420
13900
969.4
65.2
-3.5
-0.36
13532
14310
13800
981.3
65.8
-3.1
-0.34
13438
14200
13700
992.3
66.3
-2.8
-0.32
13344
14091
13600
1002.6
66.9
-2.6
-0.31
13249
13983
13500
1012.4
67.3
-2.4
-0.30
13155
13875
400

FT 155-AM-3

TABLE A

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

M
13500
13400
13300
13200
13100
13000
12900
12800
12700
12600
12500
12400
12300
12200
12100
12000
11900
11800
11700
11600
11500
11400
11300
11200
11100
11000
10900
10800
10700
10600
10500
10400
10300
10200
10100
10000

MIL
1012.4
1021.6
1030.4
1038.8
1046.9
1054.7
1062.2
1069.5
1076.6
1083.4
1090.1
1096.6
1102.9
1109.0
1115.0
1120.9
1126.7
1132.3
1137.8
1143.2
1148.5
1153.6
1158.7
1163.7
1168.6
1173.4
1178.1
1182.8
1187.3
1191.8
1196.2
1200.5
1204.7
1208.9
1213.0
1217.0

CHARGE
3H
M232A1

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

67.3
67.8
68.2
68.6
69.0
69.4
69.7
70.1
70.4
70.7
71.0
71.3
71.6
71.8
72.1
72.3
72.6
72.8
73.0
73.3
73.5
73.7
73.9
74.1
74.3
74.5
74.7
74.9
75.1
75.2
75.4
75.6
75.8
75.9
76.1
76.2

MIL
-2.4
-2.2
-2.1
-2.0
-1.9
-1.8
-1.7
-1.6
-1.5
-1.4
-1.4
-1.3
-1.3
-1.2
-1.2
-1.1
-1.1
-1.0
-1.0
-1.0
-0.9
-0.9
-0.9
-0.9
-0.8
-0.8
-0.8
-0.7
-0.7
-0.7
-0.7
-0.7
-0.6
-0.6
-0.6
-0.6

-0.30
-0.29
-0.28
-0.27
-0.26
-0.26
-0.25
-0.25
-0.24
-0.24
-0.23
-0.23
-0.23
-0.22
-0.22
-0.22
-0.22
-0.21
-0.21
-0.21
-0.21
-0.21
-0.20
-0.20
-0.20
-0.20
-0.20
-0.20
-0.20
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19

M
13155
13060
12964
12869
12774
12678
12582
12486
12391
12295
12198
12102
12006
11910
11813
11717
11620
11524
11427
11331
11234
11138
11041
10944
10847
10751
10654
10557
10460
10363
10267
10170
10073
9976
9879
9782

7
RANGE
TO
IMPACT

M
13875
13767
13661
13554
13448
13342
13236
13130
13025
12920
12815
12710
12605
12500
12396
12291
12187
12083
11979
11875
11771
11667
11563
11459
11355
11251
11148
11044
10940
10837
10733
10630
10526
10423
10319
10216
401

CHARGE
3H
M232A1

TABLE A
BASIC DATA

1

2

RANGE
TO
TARGET

QUADRANT
ELEVATION

M
10000
9900
9800
9700
9600
9500
9400
9300
9200
9100
9000
8900
8800
8700
8600
8500
8400
8300
8200
8100

MIL
1217.0
1221.0
1224.8
1228.6
1232.4
1236.0
1239.6
1243.1
1246.6
1249.9
1253.2
1256.5
1259.6
1262.7
1265.7
1268.6
1271.4
1274.2
1276.9
1279.5

402

FT 155-AM-3

3

4

5

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
6
7

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

76.2
76.4
76.6
76.7
76.9
77.0
77.2
77.3
77.5
77.7
77.8
78.0
78.1
78.3
78.5
78.7
78.9
79.1
79.3
79.5

MIL
-0.6
-0.6
-0.5
-0.5
-0.5
-0.5
-0.5
-0.4
-0.4
-0.4
-0.4
-0.4
-0.4
-0.3
-0.3
-0.3
-0.3
-0.3
-0.3
-0.3

-0.19
-0.19
-0.19
-0.19
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18

M
9782
9685
9589
9492
9395
9298
9201
9104
9008
8911
8814
8718
8621
8524
8428
8331
8235
8138
8042
7945

RANGE
TO
IMPACT

M
10216
10113
10009
9906
9802
9699
9596
9492
9389
9285
9182
9079
8975
8872
8768
8665
8561
8458
8354
8250

FT 155-AM-3

TABLE B

CHARGE
3H

PROJ, ILLUM, M485A2

FUZE SETTING

M232A1

FUZE, MT, M565
CORRECTIONS TO FUZE SETTING OF FUZE, MTSQ, M577
FOR FUZE, MT, M565

FUZE SETTING
FUZE M577

CORRECTIONS

FROM

TO

2.0

8.5

0.0

8.6

16.4

0.1

16.5

24.3

0.2

24.4

32.2

0.3

32.3

40.0

0.4

40.1

47.9

0.5

48.0

55.8

0.6

55.9

63.6

0.7

63.7

71.5

0.8

71.6

79.4

0.9

79.5

79.5

1.0

403

CHARGE

TABLE C

FT 155-AM-3

3H
M232A1
1

R
A
N
G
E

TRAJECTORY DATA

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
0.0
0.2
0.3
0.5
0.7
0.9
1.0
1.2
1.4
1.6
1.8
2.0
2.1
2.3
2.5
2.7
2.9
3.1
3.3
3.5
3.7
3.9
4.1
4.3
4.5
4.8
5.0
5.2
5.4
5.6
5.9
6.1
6.3
6.5
6.8
7.0

MIL
0.0
0.0
0.1
0.1
0.2
0.2
0.3
0.3
0.4
0.4
0.5
0.5
0.6
0.6
0.7
0.7
0.8
0.8
0.9
0.9
1.0
1.0
1.1
1.2
1.2
1.3
1.3
1.4
1.5
1.5
1.6
1.7
1.7
1.8
1.9
1.9

FUZE
M577
M
0
100
200
300
400
500
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
2300
2400
2500
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500
404

MIL
0.0
1.5
2.9
4.3
5.8
7.3
8.8
10.3
11.9
13.4
15.0
16.6
18.3
19.9
21.6
23.3
25.0
26.7
28.5
30.2
32.0
33.9
35.7
37.6
39.5
41.4
43.4
45.4
47.4
49.4
51.5
53.6
55.7
57.9
60.1
62.3

2.0
2.1
2.3
2.5
2.7
2.9
3.1
3.3
3.5
3.7
3.9
4.1
4.3
4.5
4.8
5.0
5.2
5.4
5.6
5.9
6.1
6.3
6.5
6.8
7.0

FT 155-AM-3

TABLE C

CHARGE
3H

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

M232A1

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
7.0
7.3
7.5
7.7
8.0
8.2
8.5
8.7
9.0
9.3
9.5
9.8
10.1
10.3
10.6
10.9
11.2
11.5
11.8
12.1
12.4
12.7
13.0
13.3
13.6
13.9
14.2
14.5
14.8
15.2
15.5
15.8
16.1
16.5
16.8
17.1

MIL
1.9
2.0
2.1
2.2
2.2
2.3
2.4
2.5
2.5
2.6
2.7
2.8
2.9
3.0
3.1
3.1
3.2
3.3
3.4
3.5
3.6
3.7
3.8
3.9
4.0
4.1
4.2
4.3
4.5
4.6
4.7
4.8
4.9
5.0
5.1
5.2

FUZE
M577
M
3500
3600
3700
3800
3900
4000
4100
4200
4300
4400
4500
4600
4700
4800
4900
5000
5100
5200
5300
5400
5500
5600
5700
5800
5900
6000
6100
6200
6300
6400
6500
6600
6700
6800
6900
7000

MIL
62.3
64.5
66.8
69.1
71.5
73.9
76.3
78.8
81.3
83.8
86.4
89.0
91.7
94.4
97.2
99.9
102.8
105.7
108.6
111.6
114.6
117.7
120.8
124.0
127.2
130.5
133.9
137.2
140.7
144.2
147.7
151.3
155.0
158.7
162.4
166.2

7.0
7.3
7.5
7.7
8.0
8.2
8.5
8.7
9.0
9.3
9.5
9.8
10.1
10.3
10.6
10.9
11.2
11.5
11.8
12.1
12.4
12.7
13.0
13.3
13.6
13.9
14.2
14.5
14.8
15.2
15.5
15.8
16.1
16.5
16.8
17.1

405

CHARGE

TABLE C

FT 155-AM-3

3H
M232A1
1

R
A
N
G
E

TRAJECTORY DATA

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
17.1
17.5
17.8
18.1
18.5
18.8
19.2
19.5
19.9
20.2
20.6
20.9
21.3
21.6
22.0
22.4
22.7
23.1
23.5
23.8
24.2
24.6
25.0
25.3
25.7
26.1
26.5
26.9
27.3
27.7
28.1
28.5
28.9
29.3
29.7
30.1

MIL
5.2
5.4
5.5
5.6
5.7
5.8
6.0
6.1
6.2
6.3
6.5
6.6
6.7
6.9
7.0
7.1
7.3
7.4
7.5
7.7
7.8
8.0
8.1
8.3
8.4
8.6
8.7
8.9
9.0
9.2
9.4
9.5
9.7
9.9
10.0
10.2

FUZE
M577
M
7000
7100
7200
7300
7400
7500
7600
7700
7800
7900
8000
8100
8200
8300
8400
8500
8600
8700
8800
8900
9000
9100
9200
9300
9400
9500
9600
9700
9800
9900
10000
10100
10200
10300
10400
10500
406

MIL
166.2
170.1
174.0
177.9
181.9
186.0
190.1
194.2
198.4
202.7
207.0
211.3
215.7
220.2
224.7
229.2
233.8
238.4
243.1
247.9
252.6
257.5
262.4
267.3
272.3
277.3
282.4
287.5
292.7
298.0
303.3
308.6
314.0
319.5
325.0
330.6

17.1
17.5
17.8
18.1
18.5
18.8
19.2
19.5
19.9
20.2
20.6
20.9
21.3
21.6
22.0
22.4
22.7
23.1
23.5
23.8
24.2
24.6
25.0
25.3
25.7
26.1
26.5
26.9
27.3
27.7
28.1
28.5
28.9
29.3
29.7
30.1

FT 155-AM-3

TABLE C

CHARGE
3H

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

M232A1

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
30.1
30.5
30.9
31.3
31.7
32.2
32.6
33.0
33.5
33.9
34.3
34.8
35.2
35.7
36.2
36.6
37.1
37.6
38.1
38.6
39.1
39.6
40.1
40.6
41.1
41.7
42.2
42.8
43.3
43.9
44.5
45.1
45.8
46.4
47.1
47.8

MIL
10.2
10.4
10.6
10.8
11.0
11.2
11.3
11.5
11.7
12.0
12.2
12.4
12.6
12.8
13.1
13.3
13.5
13.8
14.0
14.3
14.6
14.8
15.1
15.4
15.7
16.1
16.4
16.7
17.1
17.4
17.8
18.2
18.6
19.0
19.5
20.0

FUZE
M577
M
10500
10600
10700
10800
10900
11000
11100
11200
11300
11400
11500
11600
11700
11800
11900
12000
12100
12200
12300
12400
12500
12600
12700
12800
12900
13000
13100
13200
13300
13400
13500
13600
13700
13800
13900
14000

MIL
330.6
336.2
341.9
347.7
353.5
359.4
365.4
371.4
377.5
383.7
389.9
396.3
402.7
409.2
415.8
422.5
429.2
436.1
443.1
450.2
457.4
464.8
472.3
479.9
487.6
495.6
503.7
512.0
520.4
529.1
538.1
547.2
556.7
566.4
576.6
587.1

30.1
30.5
30.9
31.3
31.7
32.2
32.6
33.0
33.5
33.9
34.3
34.8
35.2
35.7
36.2
36.6
37.1
37.6
38.1
38.6
39.1
39.6
40.1
40.6
41.1
41.7
42.2
42.8
43.3
43.9
44.5
45.1
45.8
46.4
47.1
47.8

407

CHARGE

TABLE C

FT 155-AM-3

3H
M232A1
1

R
A
N
G
E

TRAJECTORY DATA

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
47.8
48.5
49.2
50.0
50.8
51.7
52.7
53.8
55.0
56.5
58.6
******************
63.4
65.3
66.6
67.5
68.4
69.1
69.7
70.3
70.9
71.4
71.8
72.3
72.7
73.1
73.5
73.8
74.2
74.5
74.8
75.1
75.4

MIL
20.0
20.5
21.1
21.7
22.4
23.1
23.9
24.9
26.0
27.5
29.8
******************
35.6
38.5
40.5
42.2
43.7
45.1
46.5
47.7
49.0
50.2
51.4
52.5
53.7
54.8
56.0
57.1
58.2
59.4
60.5
61.7
62.8

FUZE
M577
M
14000
14100
14200
14300
14400
14500
14600
14700
14800
14900
15000
*****************
15000
14900
14800
14700
14600
14500
14400
14300
14200
14100
14000
13900
13800
13700
13600
13500
13400
13300
13200
13100
13000

408

MIL
587.1
598.1
609.7
621.9
634.9
648.8
664.0
681.0
700.6
724.8
760.2
*****************
841.7
876.0
898.7
917.0
932.6
946.4
958.9
970.5
981.3
991.4
1001.0
1010.1
1018.8
1027.2
1035.2
1043.0
1050.5
1057.7
1064.7
1071.6
1078.2

47.8
48.5
49.2
50.0
50.8
51.7
52.7
53.8
55.0
56.5
58.6
*****************
63.4
65.3
66.6
67.5
68.4
69.1
69.7
70.3
70.9
71.4
71.8
72.3
72.7
73.1
73.5
73.8
74.2
74.5
74.8
75.1
75.4

FT 155-AM-3

TABLE C

CHARGE
3H

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

M232A1

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
75.4
75.7
76.0
76.3
76.5
76.8
77.0
77.2
77.5
77.7
77.9
78.1
78.3
78.5
78.7
78.9
79.1
79.3
79.5
79.7
79.8
80.0
80.2
80.3
80.5
80.7
80.8
81.0
81.1
81.3
81.4
81.6
81.7
81.9
82.0
82.2

MIL
62.8
64.0
65.2
66.4
67.6
68.9
70.1
71.4
72.7
74.1
75.5
76.9
78.4
79.9
81.4
83.0
84.7
86.4
88.2
90.0
91.9
94.0
96.0
98.2
100.6
103.0
105.5
108.2
111.0
114.0
117.1
120.5
124.0
127.8
131.8
136.0

FUZE
M577
M
13000
12900
12800
12700
12600
12500
12400
12300
12200
12100
12000
11900
11800
11700
11600
11500
11400
11300
11200
11100
11000
10900
10800
10700
10600
10500
10400
10300
10200
10100
10000
9900
9800
9700
9600
9500

MIL
1078.2
1084.7
1091.0
1097.1
1103.2
1109.0
1114.8
1120.4
1125.9
1131.3
1136.7
1141.9
1147.0
1152.0
1156.9
1161.7
1166.5
1171.2
1175.7
1180.3
1184.7
1189.1
1193.3
1197.6
1201.7
1205.8
1209.8
1213.7
1217.6
1221.4
1225.2
1228.8
1232.4
1236.0
1239.5
1242.9

75.4
75.7
76.0
76.3
76.5
76.8
77.0
77.2
77.5
77.7
77.9
78.1
78.3
78.5
78.7
78.9
79.1
79.3
79.5
79.7
79.8
80.0
80.2
80.3
80.5
80.7
80.8
81.0
81.1
81.3
81.4
81.6
81.7
81.9
82.0
82.2

409

CHARGE

TABLE C

FT 155-AM-3

3H
M232A1
1

R
A
N
G
E

TRAJECTORY DATA

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
82.2
82.3
82.5
82.6
82.8
82.9
83.1
83.3
83.4
83.6
83.8
84.0
84.2

MIL
136.0
140.5
145.3
150.5
155.9
161.8
168.1
174.7
181.9
189.4
197.5
206.1
215.1

FUZE
M577
M
9500
9400
9300
9200
9100
9000
8900
8800
8700
8600
8500
8400
8300

410

MIL
1242.9
1246.2
1249.5
1252.7
1255.8
1258.8
1261.8
1264.7
1267.6
1270.4
1273.1
1275.7
1278.2

82.2
82.3
82.5
82.6
82.8
82.9
83.1
83.3
83.4
83.6
83.8
84.0
84.2

FT 155-AM-3

Part 2 - 6

Charge 4H

Projectile, Illuminating, M485A2 and M485A1

Fuze, MTSQ, M577

Muzzle Velocity – 710.6 m/s*

Propelling Charge M232A1 - Increments 1, 2, 3 and 4

* The standard muzzle velocity of 709 m/s was adjusted for the fuzed weight of the projectile.

411

FT 155-AM-3

412

FT 155-AM-3

TABLE A

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

M
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500
3600
3700
3800
3900
4000
4100
4200
4300
4400
4500
4600
4700
4800
4900
5000
5100
5200
5300
5400
5500
5600
5700
5800
5900
6000

MIL
328.4
319.3
310.9
303.1
295.9
289.3
283.1
277.4
272.2
267.3
262.7
258.5
254.6
251.0
247.6
244.5
241.6
239.0
236.5
234.3
232.2
230.4
228.7
227.1
225.7
224.5
223.4
222.4
221.5
220.8
220.2
219.7
219.3
219.1
218.9

CHARGE
4H
M232A1

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

2.0
2.2
2.4
2.5
2.7
2.9
3.1
3.2
3.4
3.6
3.8
4.0
4.2
4.4
4.6
4.8
5.0
5.2
5.4
5.6
5.8
6.0
6.2
6.4
6.7
6.9
7.1
7.3
7.6
7.8
8.0
8.3
8.5
8.7
9.0

MIL
17.9
17.4
16.9
16.4
15.9
15.5
15.0
14.6
14.3
13.9
13.6
13.2
12.9
12.6
12.3
12.1
11.8
11.5
11.3
11.1
10.8
10.6
10.4
10.2
10.0
9.8
9.7
9.5
9.3
9.2
9.0
8.9
8.7
8.6
8.4

0.03
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02

M
1284
1390
1497
1605
1713
1821
1929
2038
2147
2256
2365
2474
2584
2694
2803
2913
3023
3133
3243
3353
3463
3573
3683
3793
3903
4013
4123
4233
4343
4453
4563
4673
4783
4893
5003

7
RANGE
TO
IMPACT

M
13047
12863
12690
12528
12375
12232
12098
11972
11853
11742
11638
11541
11450
11364
11285
11210
11141
11077
11017
10962
10912
10865
10822
10784
10749
10717
10689
10664
10643
10624
10609
10596
10586
10579
10575

413

CHARGE
4H
M232A1

TABLE A
BASIC DATA

1

2

RANGE
TO
TARGET

QUADRANT
ELEVATION

M
6000
6100
6200
6300
6400
6500
6600
6700
6800
6900
7000
7100
7200
7300
7400
7500
7600
7700
7800
7900
8000
8100
8200
8300
8400
8500
8600
8700
8800
8900
9000
9100
9200
9300
9400
9500

MIL
218.9
218.8
218.9
219.0
219.2
219.5
219.9
220.4
221.0
221.6
222.4
223.2
224.1
225.1
226.1
227.3
228.5
229.7
231.1
232.5
234.0
235.6
237.3
239.0
240.8
242.7
244.6
246.7
248.7
250.9
253.1
255.4
257.7
260.1
262.6
265.2

414

FT 155-AM-3

3

4

5

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
6
7

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

9.0
9.2
9.5
9.7
10.0
10.2
10.5
10.8
11.0
11.3
11.6
11.8
12.1
12.4
12.7
13.0
13.2
13.5
13.8
14.1
14.4
14.7
15.0
15.4
15.7
16.0
16.3
16.6
17.0
17.3
17.6
17.9
18.3
18.6
19.0
19.3

MIL
8.4
8.3
8.2
8.1
7.9
7.8
7.7
7.6
7.5
7.4
7.3
7.2
7.1
7.0
6.9
6.8
6.7
6.7
6.6
6.5
6.4
6.3
6.3
6.2
6.1
6.1
6.0
5.9
5.9
5.8
5.7
5.7
5.6
5.6
5.5
5.5

0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.01
0.01
0.01
0.01
0.02
0.02
0.02
0.02
0.02
0.02
0.01
0.01
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02

M
5003
5113
5223
5333
5442
5552
5662
5771
5881
5990
6100
6209
6318
6428
6537
6646
6755
6864
6973
7082
7191
7300
7409
7517
7625
7733
7841
7948
8055
8162
8268
8373
8479
8584
8688
8793

RANGE
TO
IMPACT

M
10575
10573
10574
10577
10583
10591
10601
10613
10628
10645
10664
10684
10707
10732
10759
10787
10817
10849
10883
10919
10956
10995
11036
11078
11122
11167
11214
11262
11312
11363
11415
11469
11523
11579
11637
11695

FT 155-AM-3

TABLE A

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

M
9500
9600
9700
9800
9900
10000
10100
10200
10300
10400
10500
10600
10700
10800
10900
11000
11100
11200
11300
11400
11500
11600
11700
11800
11900
12000
12100
12200
12300
12400
12500
12600
12700
12800
12900
13000

MIL
265.2
267.8
270.4
273.2
276.0
278.8
281.7
284.7
287.7
290.8
294.0
297.2
300.5
303.8
307.2
310.6
314.1
317.6
321.3
324.9
328.6
332.4
336.2
340.1
344.1
348.1
352.1
356.2
360.4
364.6
368.9
373.2
377.6
382.1
386.6
391.2

CHARGE
4H
M232A1

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

19.3
19.6
20.0
20.3
20.7
21.0
21.4
21.7
22.1
22.4
22.8
23.1
23.5
23.9
24.2
24.6
25.0
25.3
25.7
26.1
26.5
26.8
27.2
27.6
28.0
28.4
28.8
29.1
29.5
29.9
30.3
30.7
31.1
31.5
32.0
32.4

MIL
5.5
5.4
5.4
5.3
5.3
5.2
5.2
5.1
5.1
5.0
5.0
4.9
4.9
4.9
4.8
4.8
4.7
4.7
4.7
4.6
4.6
4.6
4.5
4.5
4.5
4.5
4.4
4.4
4.4
4.3
4.3
4.3
4.3
4.2
4.2
4.2

0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.03
0.03
0.03
0.03
0.03
0.03
0.03

M
8793
8897
9001
9105
9209
9312
9416
9519
9622
9725
9828
9931
10034
10136
10239
10341
10444
10546
10649
10751
10853
10956
11058
11160
11262
11365
11467
11569
11671
11774
11876
11978
12080
12182
12284
12387

7
RANGE
TO
IMPACT

M
11695
11754
11815
11876
11939
12002
12067
12132
12199
12266
12334
12402
12472
12542
12613
12685
12757
12830
12904
12978
13053
13128
13204
13280
13357
13435
13512
13591
13670
13749
13829
13909
13989
14070
14151
14233
415

CHARGE
4H
M232A1

TABLE A
BASIC DATA

1

2

RANGE
TO
TARGET

QUADRANT
ELEVATION

M
13000
13100
13200
13300
13400
13500
13600
13700
13800
13900
14000
14100
14200
14300
14400
14500
14600
14700
14800
14900
15000
15100
15200
15300
15400
15500
15600
15700
15800
15900
16000
16100
16200
16300
16400
16500

MIL
391.2
395.9
400.5
405.3
410.1
415.0
420.0
425.0
430.1
435.2
440.5
445.8
451.1
456.6
462.1
467.7
473.4
479.2
485.1
491.0
497.1
503.2
509.4
515.8
522.2
528.8
535.5
542.3
549.3
556.4
563.7
571.2
578.8
586.7
594.8
603.1

416

FT 155-AM-3

3

4

5

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
6
7

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

32.4
32.8
33.2
33.6
34.0
34.5
34.9
35.3
35.8
36.2
36.7
37.1
37.6
38.0
38.5
38.9
39.4
39.9
40.4
40.9
41.3
41.8
42.3
42.9
43.4
43.9
44.4
45.0
45.5
46.1
46.6
47.2
47.8
48.4
49.0
49.7

MIL
4.2
4.2
4.2
4.1
4.1
4.1
4.1
4.1
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
4.0
3.9
3.9
3.9
3.9
3.9
3.9
3.9
3.9
3.9
4.0
4.0
4.0
4.0
4.0
4.1
4.1
4.1
4.2
4.2

0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.06
0.06
0.06
0.06
0.07
0.07
0.07
0.08
0.08
0.08
0.09
0.09

M
12387
12489
12591
12693
12795
12897
13000
13102
13204
13306
13408
13510
13613
13715
13817
13919
14022
14124
14226
14329
14431
14533
14636
14738
14841
14943
15046
15149
15252
15355
15458
15561
15664
15767
15871
15974

RANGE
TO
IMPACT

M
14233
14315
14397
14479
14562
14645
14729
14813
14897
14981
15065
15150
15235
15320
15406
15491
15577
15663
15749
15835
15922
16009
16095
16182
16269
16356
16444
16531
16619
16706
16793
16881
16968
17056
17143
17231

FT 155-AM-3
PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

TABLE A

CHARGE
4H
M232A1

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

7
RANGE
TO
IMPACT

M
MIL
MIL
M
M
16500
603.1
49.7
4.2
0.09
15974
17231
16600
611.7
50.3
4.3
0.10
16078
17318
16700
620.5
51.0
4.4
0.11
16182
17405
16800
629.8
51.7
4.4
0.11
16286
17492
16900
639.3
52.4
4.5
0.12
16390
17579
17000
649.4
53.2
4.7
0.13
16495
17666
17100
659.9
54.0
4.8
0.14
16600
17753
17200
671.0
54.8
5.0
0.16
16705
17839
17300
682.8
55.7
5.2
0.17
16810
17925
17400
695.4
56.6
5.5
0.19
16916
18010
17500
709.2
57.6
5.9
0.22
17022
18094
17600
724.5
58.7
6.4
0.26
17129
18177
17700
742.1
60.0
7.4
0.33
17238
18259
17800
763.8
61.5
9.5
0.47
17348
18337
17900
796.3
63.8
21.7
1.29
17464
18405
************************************************************************************ *************
17900
867.7
68.7
-18.8
-1.44
17499
18343
17800
899.0
70.7
-7.0
-0.64
17415
18217
17700
919.2
72.0
-4.9
-0.50
17326
18101
17600
935.3
73.1
-3.9
-0.43
17234
17989
17500
949.1
73.9
-3.3
-0.38
17141
17879
17400
961.4
74.7
-2.9
-0.35
17048
17770
17300
972.5
75.4
-2.6
-0.33
16953
17662
17200
982.6
76.0
-2.3
-0.31
16859
17554
17100
992.1
76.5
-2.1
-0.30
16764
17447
17000
1001.0
77.1
-2.0
-0.29
16669
17341
16900
1009.5
77.6
-1.8
-0.28
16573
17235
16800
1017.5
78.0
-1.7
-0.27
16478
17129
16700
1025.1
78.5
-1.6
-0.26
16382
17024
16600
1032.4
78.9
-1.5
-0.26
16286
16919
16500
1039.5
79.3
-1.4
-0.25
16190
16814
16400
1046.3
79.7
-1.4
-0.25
16093
16710
16300
1052.8
80.0
-1.3
-0.24
15997
16605
16200
1059.2
80.4
-1.3
-0.24
15901
16501
16100
1065.3
80.7
-1.2
-0.23
15804
16396
16000
1071.3
81.0
-1.1
-0.23
15707
16292
417

CHARGE
4H
M232A1

TABLE A
BASIC DATA

1

2

RANGE
TO
TARGET

QUADRANT
ELEVATION

M
16000
15900
15800
15700
15600
15500
15400
15300
15200
15100
15000
14900
14800
14700
14600
14500
14400
14300
14200
14100
14000
13900
13800
13700
13600
13500
13400
13300
13200
13100
13000
12900
12800
12700
12600
12500

MIL
1071.3
1077.1
1082.7
1088.2
1093.6
1098.8
1103.9
1108.9
1113.8
1118.6
1123.3
1127.9
1132.5
1136.9
1141.2
1145.5
1149.7
1153.8
1157.9
1161.8
1165.8
1169.6
1173.4
1177.1
1180.8
1184.4
1187.9
1191.4
1194.8
1198.2
1201.5
1204.8
1208.0
1211.1
1214.2
1217.3

418

FT 155-AM-3

3

4

5

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
6
7

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

81.0
81.4
81.7
82.0
82.2
82.5
82.8
83.0
83.3
83.5
83.8
84.0
84.2
84.5
84.7
84.9
85.1
85.3
85.5
85.7
85.9
86.1
86.3
86.5
86.6
86.8
87.0
87.2
87.3
87.5
87.6
87.8
88.0
88.1
88.3
88.4

MIL
-1.1
-1.1
-1.1
-1.0
-1.0
-0.9
-0.9
-0.9
-0.8
-0.8
-0.8
-0.8
-0.7
-0.7
-0.7
-0.7
-0.7
-0.6
-0.6
-0.6
-0.6
-0.6
-0.6
-0.5
-0.5
-0.5
-0.5
-0.5
-0.5
-0.5
-0.4
-0.4
-0.4
-0.4
-0.4
-0.4

-0.23
-0.23
-0.22
-0.22
-0.22
-0.22
-0.21
-0.21
-0.21
-0.21
-0.21
-0.20
-0.20
-0.20
-0.20
-0.20
-0.20
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18

M
15707
15611
15514
15417
15320
15223
15126
15029
14932
14835
14738
14641
14543
14446
14349
14251
14154
14057
13959
13862
13764
13667
13569
13472
13375
13277
13179
13082
12984
12887
12789
12692
12594
12497
12399
12302

RANGE
TO
IMPACT

M
16292
16188
16085
15981
15877
15774
15670
15567
15464
15360
15257
15154
15051
14948
14845
14742
14639
14536
14433
14330
14228
14125
14022
13920
13817
13714
13612
13509
13406
13304
13201
13099
12996
12894
12791
12689

FT 155-AM-3

TABLE A

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

M
12500
12400
12300
12200
12100
12000
11900
11800
11700
11600
11500
11400
11300
11200
11100
11000
10900

MIL
1217.3
1220.3
1223.2
1226.1
1228.9
1231.7
1234.5
1237.2
1239.8
1242.4
1244.9
1247.4
1249.8
1252.2
1254.5
1256.8
1259.0

CHARGE
4H
M232A1

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

88.4
88.6
88.8
88.9
89.1
89.2
89.4
89.6
89.7
89.9
90.1
90.2
90.4
90.6
90.8
91.0
91.2

MIL
-0.4
-0.4
-0.4
-0.3
-0.3
-0.3
-0.3
-0.3
-0.3
-0.3
-0.3
-0.3
-0.3
-0.2
-0.2
-0.2
-0.2

-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18

M
12302
12204
12107
12009
11912
11814
11717
11619
11522
11424
11327
11229
11132
11035
10937
10840
10743

7
RANGE
TO
IMPACT

M
12689
12586
12484
12381
12279
12176
12074
11971
11869
11766
11663
11561
11458
11356
11253
11150
11048

419

CHARGE

TABLE B

FT 155-AM-3

4H
M232A1

FUZE SETTING

PROJ, ILLUM, M485A2
FUZE, MT, M565

CORRECTIONS TO FUZE SETTING OF FUZE, MTSQ, M577
FOR FUZE, MT, M565

FUZE SETTING
FUZE M577

420

CORRECTIONS

FROM

TO

2.0

4.6

0.0

4.7

8.9

0.1

9.0

13.1

0.2

13.2

17.4

0.3

17.5

21.7

0.4

21.8

26.0

0.5

26.1

30.2

0.6

30.3

34.5

0.7

34.6

38.8

0.8

38.9

43.0

0.9

43.1

47.3

1.0

47.4

51.6

1.1

51.7

55.8

1.2

55.9

60.1

1.3

60.2

64.4

1.4

64.5

68.6

1.5

68.7

72.9

1.6

73.0

77.2

1.7

77.3

81.5

1.8

81.6

85.7

1.9

85.8

90.0

2.0

90.1

91.2

2.1

FT 155-AM-3

TABLE C

CHARGE
4H

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

M232A1

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
0.0
0.1
0.3
0.4
0.6
0.7
0.9
1.0
1.2
1.3
1.5
1.6
1.8
1.9
2.1
2.2
2.4
2.6
2.7
2.9
3.1
3.2
3.4
3.6
3.7
3.9
4.1
4.3
4.4
4.6
4.8
5.0
5.2
5.4
5.5
5.7

MIL
0.0
0.0
0.1
0.1
0.1
0.2
0.2
0.2
0.3
0.3
0.3
0.4
0.4
0.4
0.5
0.5
0.6
0.6
0.6
0.7
0.7
0.8
0.8
0.8
0.9
0.9
1.0
1.0
1.1
1.1
1.2
1.2
1.3
1.3
1.4
1.4

FUZE
M577
M
0
100
200
300
400
500
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
2300
2400
2500
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500

MIL
0.0
1.0
2.0
3.0
4.0
5.0
6.1
7.1
8.2
9.3
10.3
11.4
12.5
13.7
14.8
15.9
17.1
18.3
19.4
20.6
21.9
23.1
24.3
25.6
26.9
28.2
29.5
30.8
32.1
33.5
34.8
36.2
37.6
39.0
40.5
41.9

2.1
2.2
2.4
2.6
2.7
2.9
3.1
3.2
3.4
3.6
3.7
3.9
4.1
4.3
4.4
4.6
4.8
5.0
5.2
5.4
5.5
5.7

421

CHARGE

TABLE C

FT 155-AM-3

4H
M232A1
1

R
A
N
G
E

TRAJECTORY DATA

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
5.7
5.9
6.1
6.3
6.5
6.7
6.9
7.1
7.3
7.5
7.7
7.9
8.2
8.4
8.6
8.8
9.0
9.2
9.5
9.7
9.9
10.2
10.4
10.6
10.9
11.1
11.4
11.6
11.9
12.1
12.4
12.6
12.9
13.2
13.4
13.7

MIL
1.4
1.5
1.5
1.6
1.6
1.7
1.7
1.8
1.8
1.9
2.0
2.0
2.1
2.1
2.2
2.3
2.3
2.4
2.5
2.5
2.6
2.7
2.7
2.8
2.9
3.0
3.0
3.1
3.2
3.3
3.3
3.4
3.5
3.6
3.7
3.8

FUZE
M577
M
3500
3600
3700
3800
3900
4000
4100
4200
4300
4400
4500
4600
4700
4800
4900
5000
5100
5200
5300
5400
5500
5600
5700
5800
5900
6000
6100
6200
6300
6400
6500
6600
6700
6800
6900
7000
422

MIL
41.9
43.4
44.9
46.4
48.0
49.5
51.1
52.7
54.3
55.9
57.6
59.3
61.0
62.7
64.5
66.2
68.0
69.9
71.7
73.6
75.5
77.4
79.4
81.3
83.3
85.4
87.5
89.6
91.7
93.8
96.0
98.3
100.5
102.8
105.1
107.5

5.7
5.9
6.1
6.3
6.5
6.7
6.9
7.1
7.3
7.5
7.7
7.9
8.2
8.4
8.6
8.8
9.0
9.2
9.5
9.7
9.9
10.2
10.4
10.6
10.9
11.1
11.4
11.6
11.9
12.1
12.4
12.6
12.9
13.2
13.4
13.7

FT 155-AM-3

TABLE C

CHARGE
4H

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

M232A1

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
13.7
14.0
14.2
14.5
14.8
15.1
15.4
15.7
16.0
16.3
16.6
16.9
17.2
17.5
17.8
18.1
18.4
18.7
19.1
19.4
19.7
20.0
20.4
20.7
21.0
21.4
21.7
22.0
22.4
22.7
23.1
23.4
23.8
24.1
24.5
24.8

MIL
3.8
3.9
3.9
4.0
4.1
4.2
4.3
4.4
4.5
4.6
4.7
4.8
4.9
5.0
5.1
5.2
5.3
5.5
5.6
5.7
5.8
5.9
6.0
6.2
6.3
6.4
6.5
6.6
6.8
6.9
7.0
7.1
7.3
7.4
7.5
7.7

FUZE
M577
M
7000
7100
7200
7300
7400
7500
7600
7700
7800
7900
8000
8100
8200
8300
8400
8500
8600
8700
8800
8900
9000
9100
9200
9300
9400
9500
9600
9700
9800
9900
10000
10100
10200
10300
10400
10500

MIL
107.5
109.9
112.3
114.8
117.3
119.8
122.4
125.0
127.7
130.4
133.1
135.9
138.8
141.6
144.6
147.5
150.5
153.6
156.7
159.8
163.0
166.2
169.5
172.8
176.2
179.6
183.0
186.5
190.0
193.6
197.2
200.9
204.6
208.4
212.2
216.0

13.7
14.0
14.2
14.5
14.8
15.1
15.4
15.7
16.0
16.3
16.6
16.9
17.2
17.5
17.8
18.1
18.4
18.7
19.1
19.4
19.7
20.0
20.4
20.7
21.0
21.4
21.7
22.0
22.4
22.7
23.1
23.4
23.8
24.1
24.5
24.8

423

CHARGE

TABLE C

FT 155-AM-3

4H
M232A1
1

R
A
N
G
E

TRAJECTORY DATA

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
24.8
25.2
25.5
25.9
26.2
26.6
27.0
27.3
27.7
28.1
28.4
28.8
29.2
29.6
29.9
30.3
30.7
31.1
31.5
31.9
32.3
32.6
33.0
33.4
33.8
34.2
34.6
35.1
35.5
35.9
36.3
36.7
37.1
37.6
38.0
38.4

MIL
7.7
7.8
7.9
8.1
8.2
8.4
8.5
8.6
8.8
8.9
9.1
9.2
9.4
9.5
9.7
9.8
10.0
10.2
10.3
10.5
10.6
10.8
11.0
11.1
11.3
11.5
11.7
11.8
12.0
12.2
12.4
12.6
12.8
13.0
13.2
13.4

FUZE
M577
M
10500
10600
10700
10800
10900
11000
11100
11200
11300
11400
11500
11600
11700
11800
11900
12000
12100
12200
12300
12400
12500
12600
12700
12800
12900
13000
13100
13200
13300
13400
13500
13600
13700
13800
13900
14000
424

MIL
216.0
219.9
223.8
227.8
231.8
235.8
239.9
244.1
248.2
252.5
256.7
261.0
265.4
269.8
274.2
278.7
283.2
287.8
292.4
297.1
301.8
306.5
311.3
316.2
321.1
326.0
331.0
336.0
341.1
346.3
351.5
356.7
362.0
367.4
372.8
378.2

24.8
25.2
25.5
25.9
26.2
26.6
27.0
27.3
27.7
28.1
28.4
28.8
29.2
29.6
29.9
30.3
30.7
31.1
31.5
31.9
32.3
32.6
33.0
33.4
33.8
34.2
34.6
35.1
35.5
35.9
36.3
36.7
37.1
37.6
38.0
38.4

FT 155-AM-3

TABLE C

CHARGE
4H

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

M232A1

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
38.4
38.9
39.3
39.7
40.2
40.6
41.1
41.5
42.0
42.5
42.9
43.4
43.9
44.4
44.9
45.4
45.9
46.4
46.9
47.4
47.9
48.5
49.0
49.6
50.1
50.7
51.3
51.9
52.5
53.2
53.8
54.5
55.2
55.9
56.6
57.4

MIL
13.4
13.6
13.8
14.0
14.2
14.4
14.6
14.8
15.1
15.3
15.5
15.7
16.0
16.2
16.5
16.7
17.0
17.3
17.5
17.8
18.1
18.4
18.7
19.0
19.4
19.7
20.0
20.4
20.8
21.2
21.6
22.0
22.5
22.9
23.4
24.0

FUZE
M577
M
14000
14100
14200
14300
14400
14500
14600
14700
14800
14900
15000
15100
15200
15300
15400
15500
15600
15700
15800
15900
16000
16100
16200
16300
16400
16500
16600
16700
16800
16900
17000
17100
17200
17300
17400
17500

MIL
378.2
383.8
389.4
395.0
400.7
406.5
412.3
418.2
424.2
430.3
436.4
442.6
448.9
455.3
461.7
468.3
474.9
481.7
488.5
495.5
502.6
509.8
517.1
524.5
532.1
539.9
547.8
555.9
564.3
572.8
581.6
590.7
600.1
609.8
620.0
630.6

38.4
38.9
39.3
39.7
40.2
40.6
41.1
41.5
42.0
42.5
42.9
43.4
43.9
44.4
44.9
45.4
45.9
46.4
46.9
47.4
47.9
48.5
49.0
49.6
50.1
50.7
51.3
51.9
52.5
53.2
53.8
54.5
55.2
55.9
56.6
57.4

425

CHARGE

TABLE C

FT 155-AM-3

4H
M232A1
1

R
A
N
G
E

TRAJECTORY DATA

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
57.4
58.2
59.0
59.9
60.9
61.9
63.1
64.4
66.0
68.8
*****************
72.1
74.6
76.0
77.1
78.0
78.8
79.5
80.1
80.7
81.2
81.7
82.2
82.7
83.1
83.5
83.9
84.3
84.6
85.0
85.3
85.6
85.9
86.2
86.5
86.8

MIL
24.0
24.6
25.2
25.9
26.7
27.6
28.6
29.8
31.4
34.3
*****************
38.5
42.0
44.2
46.0
47.6
49.1
50.4
51.7
53.0
54.2
55.4
56.5
57.7
58.8
59.9
61.0
62.1
63.2
64.3
65.4
66.5
67.6
68.7
69.8
71.0

FUZE
M577
M
17500
17600
17700
17800
17900
18000
18100
18200
18300
18400
*****************
18400
18300
18200
18100
18000
17900
17800
17700
17600
17500
17400
17300
17200
17100
17000
16900
16800
16700
16600
16500
16400
16300
16200
16100
16000
426

MIL
630.6
641.7
653.4
665.9
679.3
693.9
710.2
729.0
752.8
792.3
*****************
842.2
880.4
902.3
919.4
933.8
946.6
958.1
968.6
978.4
987.5
996.1
1004.3
1012.2
1019.6
1026.8
1033.7
1040.4
1046.9
1053.1
1059.2
1065.1
1070.8
1076.4
1081.9
1087.2

57.4
58.2
59.0
59.9
60.9
61.9
63.1
64.4
66.0
68.8
******************
72.1
74.6
76.0
77.1
78.0
78.8
79.5
80.1
80.7
81.2
81.7
82.2
82.7
83.1
83.5
83.9
84.3
84.6
85.0
85.3
85.6
85.9
86.2
86.5
86.8

FT 155-AM-3

TABLE C

CHARGE
4H

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

M232A1

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
86.8
87.1
87.3
87.6
87.8
88.1
88.3
88.6
88.8
89.0
89.2
89.4
89.6
89.8
90.0
90.2
90.4
90.6
90.8
91.0
91.1
91.3
91.5
91.7
91.8
92.0
92.1
92.3
92.5
92.6
92.8
92.9
93.1
93.2
93.4
93.5

MIL
71.0
72.1
73.3
74.5
75.7
76.9
78.1
79.4
80.7
82.0
83.4
84.7
86.2
87.6
89.1
90.7
92.2
93.9
95.6
97.3
99.1
101.0
103.0
105.0
107.1
109.3
111.6
113.9
116.4
119.0
121.7
124.5
127.5
130.6
133.9
137.3

FUZE
M577
M
16000
15900
15800
15700
15600
15500
15400
15300
15200
15100
15000
14900
14800
14700
14600
14500
14400
14300
14200
14100
14000
13900
13800
13700
13600
13500
13400
13300
13200
13100
13000
12900
12800
12700
12600
12500

MIL
1087.2
1092.4
1097.5
1102.5
1107.3
1112.1
1116.8
1121.4
1125.9
1130.3
1134.6
1138.9
1143.1
1147.2
1151.3
1155.2
1159.1
1163.0
1166.8
1170.5
1174.2
1177.8
1181.4
1184.9
1188.3
1191.7
1195.0
1198.3
1201.5
1204.7
1207.8
1210.9
1214.0
1216.9
1219.9
1222.7

86.8
87.1
87.3
87.6
87.8
88.1
88.3
88.6
88.8
89.0
89.2
89.4
89.6
89.8
90.0
90.2
90.4
90.6
90.8
91.0
91.1
91.3
91.5
91.7
91.8
92.0
92.1
92.3
92.5
92.6
92.8
92.9
93.1
93.2
93.4
93.5

427

CHARGE

TABLE C

FT 155-AM-3

4H
M232A1
1

R
A
N
G
E

TRAJECTORY DATA

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
93.5
93.7
93.8
94.0
94.1
94.3
94.5
94.6
94.8
95.0
95.1
95.3
95.5
95.7
95.9
96.1

MIL
137.3
140.9
144.6
148.6
152.8
157.2
161.8
166.6
171.7
177.1
182.8
188.7
194.9
201.4
208.2
215.3

FUZE
M577
M
12500
12400
12300
12200
12100
12000
11900
11800
11700
11600
11500
11400
11300
11200
11100
11000

428

MIL
1222.7
1225.6
1228.3
1231.1
1233.8
1236.4
1239.0
1241.5
1244.0
1246.4
1248.8
1251.2
1253.4
1255.7
1257.9
1260.0

93.5
93.7
93.8
94.0
94.1
94.3
94.5
94.6
94.8
95.0
95.1
95.3
95.5
95.7
95.9
96.1

FT 155-AM-3

Part 2 - 7

Charge 7R

Projectile, Illuminating, M485A2 and M485A1

Fuze, MTSQ, M577

Muzzle Velocity – 694.6 m/s*

Propelling Charge M119A2 - Base Section 7

* The standard muzzle velocity of 693 m/s was adjusted for the fuzed weight of the projectile.

429

FT 155-AM-3

430

FT 155-AM-3

TABLE A

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

M
2500
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500
3600
3700
3800
3900
4000
4100
4200
4300
4400
4500
4600
4700
4800
4900
5000
5100
5200
5300
5400
5500
5600
5700
5800
5900
6000

MIL
339.7
329.9
320.8
312.5
304.8
297.7
291.2
285.1
279.5
274.2
269.4
265.0
260.8
257.0
253.4
250.2
247.2
244.4
241.8
239.5
237.3
235.4
233.6
232.0
230.5
229.2
228.1
227.1
226.2
225.5
224.9
224.4
224.0
223.8
223.6
223.5

CHARGE
7R

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

2.1
2.3
2.5
2.7
2.8
3.0
3.2
3.4
3.6
3.8
4.0
4.2
4.4
4.6
4.8
5.0
5.2
5.4
5.6
5.8
6.0
6.2
6.5
6.7
6.9
7.1
7.4
7.6
7.8
8.1
8.3
8.6
8.8
9.0
9.3

MIL
18.5
18.0
17.4
16.9
16.4
15.9
15.5
15.1
14.7
14.3
13.9
13.6
13.2
12.9
12.6
12.3
12.1
11.8
11.5
11.3
11.1
10.8
10.6
10.4
10.2
10.0
9.8
9.7
9.5
9.3
9.2
9.0
8.9
8.7
8.6
8.5

0.03
0.03
0.03
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02

M
1213
1319
1426
1533
1640
1748
1856
1964
2073
2182
2291
2400
2509
2618
2728
2837
2947
3057
3167
3276
3386
3496
3606
3716
3826
3936
4046
4156
4266
4376
4486
4596
4705
4815
4925
5035

7
RANGE
TO
IMPACT

M
12929
12737
12558
12389
12231
12082
11943
11813
11691
11576
11469
11368
11275
11187
11105
11029
10958
10893
10832
10776
10724
10677
10634
10595
10559
10527
10499
10475
10453
10435
10420
10408
10398
10392
10388
10386
431

CHARGE
7R

TABLE A

FT 155-AM-3

BASIC DATA
1

2

RANGE
TO
TARGET

QUADRANT
ELEVATION

M
6000
6100
6200
6300
6400
6500
6600
6700
6800
6900
7000
7100
7200
7300
7400
7500
7600
7700
7800
7900
8000
8100
8200
8300
8400
8500
8600
8700
8800
8900
9000
9100
9200
9300
9400
9500

MIL
223.5
223.6
223.8
224.0
224.4
224.8
225.4
226.0
226.7
227.5
228.4
229.3
230.4
231.5
232.7
234.0
235.4
236.9
238.4
240.0
241.7
243.5
245.3
247.2
249.2
251.3
253.4
255.6
257.9
260.2
262.7
265.1
267.7
270.3
273.0
275.7

432

3

4

5

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
6
7

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

9.3
9.5
9.8
10.1
10.3
10.6
10.9
11.1
11.4
11.7
12.0
12.2
12.5
12.8
13.1
13.4
13.7
14.0
14.3
14.6
14.9
15.2
15.6
15.9
16.2
16.5
16.9
17.2
17.5
17.9
18.2
18.5
18.9
19.2
19.6
19.9

MIL
8.5
8.3
8.2
8.1
7.9
7.8
7.7
7.6
7.5
7.4
7.3
7.2
7.1
7.0
6.9
6.8
6.8
6.7
6.6
6.5
6.4
6.4
6.3
6.2
6.1
6.1
6.0
6.0
5.9
5.8
5.8
5.7
5.7
5.6
5.5
5.5

0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02

M
5035
5144
5254
5364
5473
5583
5692
5802
5911
6020
6130
6239
6348
6457
6566
6675
6784
6893
7002
7110
7219
7327
7435
7543
7650
7757
7863
7969
8074
8180
8285
8389
8494
8598
8702
8806

RANGE
TO
IMPACT

M
10386
10388
10392
10398
10407
10418
10432
10447
10465
10484
10506
10530
10556
10584
10613
10645
10678
10714
10750
10789
10830
10872
10915
10960
11007
11055
11105
11156
11208
11262
11316
11373
11430
11488
11548
11608

FT 155-AM-3

TABLE A

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

M
9500
9600
9700
9800
9900
10000
10100
10200
10300
10400
10500
10600
10700
10800
10900
11000
11100
11200
11300
11400
11500
11600
11700
11800
11900
12000
12100
12200
12300
12400
12500
12600
12700
12800
12900
13000

MIL
275.7
278.5
281.4
284.3
287.3
290.3
293.5
296.6
299.9
303.2
306.5
309.9
313.4
316.9
320.5
324.2
327.9
331.6
335.4
339.3
343.3
347.2
351.3
355.4
359.6
363.8
368.1
372.4
376.8
381.3
385.8
390.4
395.1
399.8
404.6
409.4

CHARGE
7R

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

19.9
20.3
20.6
20.9
21.3
21.7
22.0
22.4
22.7
23.1
23.5
23.8
24.2
24.6
24.9
25.3
25.7
26.0
26.4
26.8
27.2
27.6
28.0
28.4
28.7
29.1
29.5
29.9
30.3
30.7
31.2
31.6
32.0
32.4
32.8
33.2

MIL
5.5
5.4
5.4
5.3
5.3
5.2
5.2
5.1
5.1
5.1
5.0
5.0
4.9
4.9
4.9
4.8
4.8
4.7
4.7
4.7
4.6
4.6
4.6
4.6
4.5
4.5
4.5
4.4
4.4
4.4
4.4
4.3
4.3
4.3
4.3
4.3

0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.02
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03
0.03

M
8806
8909
9013
9116
9219
9323
9426
9528
9631
9734
9836
9939
10041
10144
10246
10349
10451
10553
10656
10758
10860
10963
11065
11167
11269
11372
11474
11576
11678
11780
11883
11985
12087
12189
12291
12393

7
RANGE
TO
IMPACT

M
11608
11670
11732
11796
11860
11926
11992
12059
12127
12196
12266
12336
12407
12478
12551
12624
12697
12772
12846
12922
12998
13074
13151
13228
13306
13385
13463
13543
13622
13702
13783
13863
13945
14026
14108
14190
433

CHARGE
7R

TABLE A

FT 155-AM-3

BASIC DATA
1

2

RANGE
TO
TARGET

QUADRANT
ELEVATION

M
13000
13100
13200
13300
13400
13500
13600
13700
13800
13900
14000
14100
14200
14300
14400
14500
14600
14700
14800
14900
15000
15100
15200
15300
15400
15500
15600
15700
15800
15900
16000
16100
16200
16300
16400
16500

MIL
409.4
414.3
419.3
424.3
429.4
434.6
439.9
445.2
450.6
456.1
461.7
467.3
473.0
478.8
484.7
490.7
496.8
503.0
509.3
515.7
522.2
528.9
535.6
542.5
549.6
556.8
564.2
571.8
579.6
587.5
595.7
604.2
613.0
622.0
631.4
641.2

434

3

4

5

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
6
7

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

33.2
33.7
34.1
34.5
35.0
35.4
35.9
36.3
36.7
37.2
37.7
38.1
38.6
39.1
39.6
40.0
40.5
41.0
41.5
42.0
42.5
43.1
43.6
44.1
44.7
45.2
45.8
46.4
47.0
47.6
48.2
48.9
49.5
50.2
50.9
51.6

MIL
4.3
4.2
4.2
4.2
4.2
4.2
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.1
4.2
4.2
4.2
4.2
4.3
4.3
4.4
4.5
4.5
4.6
4.7

0.03
0.03
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.04
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.06
0.06
0.06
0.06
0.07
0.07
0.07
0.08
0.08
0.08
0.09
0.09
0.10
0.11
0.11
0.12
0.13

M
12393
12496
12598
12700
12802
12904
13006
13109
13211
13313
13415
13518
13620
13722
13824
13927
14029
14131
14234
14336
14439
14541
14644
14747
14850
14952
15055
15159
15262
15365
15468
15572
15676
15780
15884
15988

RANGE
TO
IMPACT

M
14190
14273
14355
14439
14522
14606
14690
14774
14858
14943
15028
15113
15198
15284
15369
15455
15541
15627
15714
15800
15887
15974
16060
16147
16234
16321
16408
16495
16582
16669
16756
16843
16930
17017
17103
17190

FT 155-AM-3
PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

TABLE A

CHARGE
7R

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

7
RANGE
TO
IMPACT

M
MIL
MIL
M
M
16500
641.2
51.6
4.7
0.13
15988
17190
16600
651.5
52.4
4.9
0.14
16093
17276
16700
662.3
53.2
5.0
0.15
16197
17362
16800
673.7
54.0
5.2
0.17
16302
17447
16900
685.9
54.9
5.5
0.18
16408
17533
17000
699.1
55.9
5.8
0.21
16514
17617
17100
713.5
56.9
6.3
0.24
16621
17700
17200
729.8
58.1
7.0
0.30
16728
17782
17300
749.1
59.4
8.4
0.39
16837
17862
17400
774.2
61.2
12.0
0.64
16949
17936
************************************************************************************ *************
17400
886.9
68.7
-9.3
-0.79
17005
17835
17300
910.4
70.2
-5.8
-0.55
16917
17715
17200
928.3
71.4
-4.5
-0.46
16826
17601
17100
943.2
72.3
-3.7
-0.40
16734
17490
17000
956.2
73.1
-3.2
-0.37
16641
17380
16900
967.9
73.8
-2.8
-0.34
16547
17271
16800
978.6
74.4
-2.5
-0.32
16453
17163
16700
988.5
75.0
-2.3
-0.31
16358
17056
16600
997.8
75.5
-2.1
-0.30
16263
16949
16500
1006.5
76.0
-2.0
-0.29
16168
16843
16400
1014.8
76.5
-1.8
-0.28
16072
16737
16300
1022.7
77.0
-1.7
-0.27
15977
16632
16200
1030.3
77.4
-1.6
-0.26
15881
16526
16100
1037.6
77.8
-1.5
-0.26
15785
16421
16000
1044.6
78.2
-1.5
-0.25
15689
16316
15900
1051.3
78.5
-1.4
-0.24
15592
16211
15800
1057.8
78.9
-1.3
-0.24
15496
16107
15700
1064.2
79.2
-1.3
-0.24
15400
16003
15600
1070.3
79.6
-1.2
-0.23
15303
15898
15500
1076.3
79.9
-1.2
-0.23
15206
15794
15400
1082.1
80.2
-1.1
-0.23
15110
15690
15300
1087.7
80.5
-1.1
-0.22
15013
15586
15200
1093.2
80.8
-1.0
-0.22
14916
15483
15100
1098.6
81.0
-1.0
-0.22
14819
15379
15000
1103.9
81.3
-1.0
-0.21
14722
15275
435

CHARGE
7R

TABLE A

FT 155-AM-3

BASIC DATA
1

2

RANGE
TO
TARGET

QUADRANT
ELEVATION

M
15000
14900
14800
14700
14600
14500
14400
14300
14200
14100
14000
13900
13800
13700
13600
13500
13400
13300
13200
13100
13000
12900
12800
12700
12600
12500
12400
12300
12200
12100
12000
11900
11800
11700
11600
11500

MIL
1103.9
1109.0
1114.0
1118.9
1123.8
1128.5
1133.1
1137.6
1142.1
1146.5
1150.8
1155.0
1159.1
1163.2
1167.2
1171.2
1175.0
1178.9
1182.6
1186.3
1189.9
1193.5
1197.0
1200.5
1203.8
1207.2
1210.5
1213.7
1216.9
1220.0
1223.1
1226.1
1229.0
1231.9
1234.8
1237.6

436

3

4

5

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
6
7

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

81.3
81.6
81.8
82.1
82.3
82.6
82.8
83.0
83.2
83.4
83.6
83.9
84.0
84.2
84.4
84.6
84.8
85.0
85.2
85.3
85.5
85.7
85.9
86.0
86.2
86.3
86.5
86.7
86.8
87.0
87.1
87.3
87.4
87.6
87.8
87.9

MIL
-1.0
-0.9
-0.9
-0.9
-0.8
-0.8
-0.8
-0.8
-0.7
-0.7
-0.7
-0.7
-0.6
-0.6
-0.6
-0.6
-0.6
-0.6
-0.5
-0.5
-0.5
-0.5
-0.5
-0.5
-0.5
-0.4
-0.4
-0.4
-0.4
-0.4
-0.4
-0.4
-0.4
-0.3
-0.3
-0.3

-0.21
-0.21
-0.21
-0.21
-0.21
-0.20
-0.20
-0.20
-0.20
-0.20
-0.20
-0.20
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.19
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18

M
14722
14625
14528
14431
14334
14237
14140
14043
13946
13848
13751
13654
13556
13459
13362
13264
13167
13070
12972
12875
12777
12680
12582
12485
12387
12290
12193
12095
11998
11900
11803
11705
11608
11510
11413
11316

RANGE
TO
IMPACT

M
15275
15172
15068
14965
14862
14758
14655
14552
14449
14346
14243
14140
14037
13934
13831
13728
13625
13523
13420
13317
13214
13112
13009
12906
12804
12701
12598
12496
12393
12291
12188
12085
11983
11880
11778
11675

FT 155-AM-3

TABLE A

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577
1
2
RANGE
TO
TARGET

QUADRANT
ELEVATION

M
11500
11400
11300
11200
11100
11000
10900
10800
10700

MIL
1237.6
1240.3
1243.0
1245.6
1248.2
1250.8
1253.2
1255.6
1258.0

CHARGE
7R

BASIC DATA
3

4

5

6

CHANGE IN CHANGE IN RANGE
FUZE
TO
SETTING QE FOR AN FS FOR AN
FUZE
INCREASE INCREASE
FUNCTION
OF
OF
50 M
50 M
IN HOB
IN HOB

87.9
88.1
88.2
88.4
88.6
88.8
88.9
89.1
89.3

MIL
-0.3
-0.3
-0.3
-0.3
-0.3
-0.3
-0.3
-0.2
-0.2

-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18
-0.18

M
11316
11218
11121
11023
10926
10829
10731
10634
10537

7
RANGE
TO
IMPACT

M
11675
11572
11470
11367
11264
11162
11059
10956
10854

437

CHARGE

TABLE B

FT 155-AM-3

7R
FUZE SETTING

PROJ, ILLUM, M485A2
FUZE, MT, M565

CORRECTIONS TO FUZE SETTING OF FUZE, MTSQ, M577
FOR FUZE, MT, M565

FUZE SETTING
FUZE M577

438

CORRECTIONS

FROM

TO

2.0

4.9

0.0

5.0

9.5

0.1

9.6

14.1

0.2

14.2

18.7

0.3

18.8

23.2

0.4

23.3

27.8

0.5

27.9

32.4

0.6

32.5

37.0

0.7

37.1

41.5

0.8

41.6

46.1

0.9

46.2

50.7

1.0

50.8

55.3

1.1

55.4

59.8

1.2

59.9

64.4

1.3

64.5

69.0

1.4

69.1

73.5

1.5

73.6

78.1

1.6

78.2

82.7

1.7

82.8

87.3

1.8

87.4

89.3

1.9

FT 155-AM-3

TABLE C

CHARGE
7R

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
0.0
0.1
0.3
0.4
0.6
0.7
0.9
1.0
1.2
1.3
1.5
1.7
1.8
2.0
2.1
2.3
2.5
2.6
2.8
3.0
3.1
3.3
3.5
3.7
3.8
4.0
4.2
4.4
4.5
4.7
4.9
5.1
5.3
5.5
5.7
5.9

MIL
0.0
0.0
0.1
0.1
0.1
0.2
0.2
0.2
0.3
0.3
0.3
0.4
0.4
0.5
0.5
0.5
0.6
0.6
0.7
0.7
0.7
0.8
0.8
0.9
0.9
1.0
1.0
1.1
1.1
1.2
1.2
1.3
1.3
1.4
1.4
1.5

FUZE
M577
M
0
100
200
300
400
500
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
2300
2400
2500
2600
2700
2800
2900
3000
3100
3200
3300
3400
3500

MIL
0.0
1.1
2.1
3.1
4.2
5.3
6.4
7.5
8.6
9.7
10.8
12.0
13.1
14.3
15.5
16.7
17.9
19.1
20.4
21.7
22.9
24.2
25.5
26.8
28.2
29.5
30.9
32.3
33.7
35.1
36.6
38.0
39.5
41.0
42.5
44.0

2.0
2.1
2.3
2.5
2.6
2.8
3.0
3.1
3.3
3.5
3.7
3.8
4.0
4.2
4.4
4.5
4.7
4.9
5.1
5.3
5.5
5.7
5.9

439

CHARGE

TABLE C

FT 155-AM-3

7R
TRAJECTORY DATA
1

R
A
N
G
E

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
5.9
6.1
6.3
6.5
6.7
6.9
7.1
7.3
7.5
7.7
7.9
8.1
8.4
8.6
8.8
9.0
9.3
9.5
9.7
10.0
10.2
10.4
10.7
10.9
11.2
11.4
11.7
11.9
12.2
12.5
12.7
13.0
13.3
13.5
13.8
14.1

MIL
1.5
1.5
1.6
1.6
1.7
1.7
1.8
1.9
1.9
2.0
2.0
2.1
2.2
2.2
2.3
2.4
2.4
2.5
2.6
2.6
2.7
2.8
2.9
2.9
3.0
3.1
3.2
3.2
3.3
3.4
3.5
3.6
3.7
3.7
3.8
3.9

FUZE
M577
M
3500
3600
3700
3800
3900
4000
4100
4200
4300
4400
4500
4600
4700
4800
4900
5000
5100
5200
5300
5400
5500
5600
5700
5800
5900
6000
6100
6200
6300
6400
6500
6600
6700
6800
6900
7000
440

MIL
44.0
45.6
47.2
48.8
50.4
52.0
53.7
55.4
57.1
58.8
60.5
62.3
64.1
65.9
67.8
69.7
71.5
73.5
75.4
77.4
79.4
81.5
83.5
85.6
87.7
89.9
92.1
94.3
96.6
98.9
101.2
103.5
105.9
108.4
110.8
113.3

5.9
6.1
6.3
6.5
6.7
6.9
7.1
7.3
7.5
7.7
7.9
8.1
8.4
8.6
8.8
9.0
9.3
9.5
9.7
10.0
10.2
10.4
10.7
10.9
11.2
11.4
11.7
11.9
12.2
12.5
12.7
13.0
13.3
13.5
13.8
14.1

FT 155-AM-3

TABLE C

CHARGE
7R

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
14.1
14.4
14.6
14.9
15.2
15.5
15.8
16.1
16.4
16.7
17.0
17.3
17.7
18.0
18.3
18.6
18.9
19.3
19.6
19.9
20.3
20.6
20.9
21.3
21.6
21.9
22.3
22.6
23.0
23.3
23.7
24.0
24.4
24.7
25.1
25.4

MIL
3.9
4.0
4.1
4.2
4.3
4.4
4.5
4.6
4.7
4.8
4.9
5.0
5.1
5.2
5.4
5.5
5.6
5.7
5.8
5.9
6.0
6.2
6.3
6.4
6.5
6.7
6.8
6.9
7.0
7.2
7.3
7.4
7.6
7.7
7.8
8.0

FUZE
M577
M
7000
7100
7200
7300
7400
7500
7600
7700
7800
7900
8000
8100
8200
8300
8400
8500
8600
8700
8800
8900
9000
9100
9200
9300
9400
9500
9600
9700
9800
9900
10000
10100
10200
10300
10400
10500

MIL
113.3
115.9
118.4
121.1
123.7
126.4
129.2
132.0
134.8
137.7
140.6
143.6
146.6
149.6
152.7
155.9
159.0
162.3
165.6
168.9
172.3
175.7
179.1
182.6
186.2
189.8
193.4
197.1
200.8
204.6
208.4
212.3
216.2
220.1
224.1
228.1

14.1
14.4
14.6
14.9
15.2
15.5
15.8
16.1
16.4
16.7
17.0
17.3
17.7
18.0
18.3
18.6
18.9
19.3
19.6
19.9
20.3
20.6
20.9
21.3
21.6
21.9
22.3
22.6
23.0
23.3
23.7
24.0
24.4
24.7
25.1
25.4

441

CHARGE

TABLE C

FT 155-AM-3

7R
TRAJECTORY DATA
1

R
A
N
G
E

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
25.4
25.8
26.2
26.5
26.9
27.3
27.6
28.0
28.4
28.8
29.1
29.5
29.9
30.3
30.7
31.0
31.4
31.8
32.2
32.6
33.0
33.4
33.8
34.2
34.6
35.1
35.5
35.9
36.3
36.7
37.2
37.6
38.0
38.5
38.9
39.3

MIL
8.0
8.1
8.2
8.4
8.5
8.7
8.8
9.0
9.1
9.3
9.4
9.6
9.7
9.9
10.0
10.2
10.4
10.5
10.7
10.9
11.0
11.2
11.4
11.6
11.7
11.9
12.1
12.3
12.5
12.7
12.9
13.1
13.2
13.5
13.7
13.9

FUZE
M577
M
10500
10600
10700
10800
10900
11000
11100
11200
11300
11400
11500
11600
11700
11800
11900
12000
12100
12200
12300
12400
12500
12600
12700
12800
12900
13000
13100
13200
13300
13400
13500
13600
13700
13800
13900
14000
442

MIL
228.1
232.2
236.3
240.5
244.7
248.9
253.2
257.5
261.9
266.3
270.8
275.3
279.9
284.5
289.1
293.8
298.6
303.3
308.2
313.1
318.0
323.0
328.0
333.1
338.2
343.4
348.6
353.9
359.2
364.6
370.1
375.6
381.2
386.8
392.5
398.3

25.4
25.8
26.2
26.5
26.9
27.3
27.6
28.0
28.4
28.8
29.1
29.5
29.9
30.3
30.7
31.0
31.4
31.8
32.2
32.6
33.0
33.4
33.8
34.2
34.6
35.1
35.5
35.9
36.3
36.7
37.2
37.6
38.0
38.5
38.9
39.3

FT 155-AM-3

TABLE C

CHARGE
7R

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
39.3
39.8
40.2
40.7
41.2
41.6
42.1
42.6
43.0
43.5
44.0
44.5
45.0
45.5
46.0
46.5
47.1
47.6
48.2
48.7
49.3
49.9
50.4
51.0
51.7
52.3
52.9
53.6
54.3
55.0
55.7
56.5
57.3
58.2
59.1
60.1

MIL
13.9
14.1
14.3
14.5
14.7
15.0
15.2
15.4
15.7
15.9
16.2
16.4
16.7
16.9
17.2
17.5
17.8
18.1
18.4
18.7
19.0
19.4
19.7
20.1
20.5
20.9
21.3
21.7
22.2
22.7
23.2
23.8
24.4
25.0
25.7
26.5

FUZE
M577
M
14000
14100
14200
14300
14400
14500
14600
14700
14800
14900
15000
15100
15200
15300
15400
15500
15600
15700
15800
15900
16000
16100
16200
16300
16400
16500
16600
16700
16800
16900
17000
17100
17200
17300
17400
17500

MIL
398.3
404.1
410.0
415.9
422.0
428.1
434.3
440.5
446.9
453.3
459.8
466.4
473.1
479.9
486.9
493.9
501.0
508.3
515.7
523.2
530.9
538.7
546.8
555.0
563.5
572.2
581.2
590.4
600.0
609.9
620.2
631.0
642.4
654.4
667.3
681.1

39.3
39.8
40.2
40.7
41.2
41.6
42.1
42.6
43.0
43.5
44.0
44.5
45.0
45.5
46.0
46.5
47.1
47.6
48.2
48.7
49.3
49.9
50.4
51.0
51.7
52.3
52.9
53.6
54.3
55.0
55.7
56.5
57.3
58.2
59.1
60.1

443

CHARGE

TABLE C

FT 155-AM-3

7R
TRAJECTORY DATA
1

R
A
N
G
E

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
60.1
61.1
62.3
63.7
65.6
*****************
72.7
74.3
75.5
76.4
77.2
78.0
78.6
79.2
79.7
80.3
80.7
81.2
81.6
82.0
82.4
82.8
83.2
83.5
83.8
84.2
84.5
84.8
85.1
85.3
85.6
85.9
86.1
86.4
86.6
86.9

MIL
26.5
27.4
28.5
29.8
31.6
*****************
40.6
43.0
44.9
46.5
48.0
49.4
50.7
52.0
53.2
54.4
55.5
56.7
57.8
58.9
60.0
61.1
62.2
63.3
64.4
65.5
66.6
67.7
68.8
70.0
71.1
72.3
73.5
74.7
75.9
77.1

FUZE
M577
M
17500
17600
17700
17800
17900
******************
17900
17800
17700
17600
17500
17400
17300
17200
17100
17000
16900
16800
16700
16600
16500
16400
16300
16200
16100
16000
15900
15800
15700
15600
15500
15400
15300
15200
15100
15000
444

MIL
681.1
696.3
713.4
733.8
760.6
******************
869.4
894.5
913.1
928.5
941.9
953.9
964.9
975.0
984.5
993.4
1001.9
1009.9
1017.6
1025.0
1032.1
1039.0
1045.6
1052.0
1058.3
1064.3
1070.2
1075.9
1081.5
1087.0
1092.3
1097.5
1102.6
1107.6
1112.5
1117.3

60.1
61.1
62.3
63.7
65.6
******************
72.7
74.3
75.5
76.4
77.2
78.0
78.6
79.2
79.7
80.3
80.7
81.2
81.6
82.0
82.4
82.8
83.2
83.5
83.8
84.2
84.5
84.8
85.1
85.3
85.6
85.9
86.1
86.4
86.6
86.9

FT 155-AM-3

TABLE C

CHARGE
7R

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

TRAJECTORY DATA

1

2

3

4

5

R
A
N
G
E

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
86.9
87.1
87.3
87.5
87.8
88.0
88.2
88.4
88.6
88.8
89.0
89.2
89.3
89.5
89.7
89.9
90.0
90.2
90.4
90.5
90.7
90.8
91.0
91.2
91.3
91.5
91.6
91.8
91.9
92.1
92.2
92.4
92.5
92.7
92.8
93.0

MIL
77.1
78.4
79.7
81.0
82.3
83.7
85.1
86.6
88.1
89.6
91.2
92.9
94.6
96.3
98.1
100.0
102.0
104.0
106.1
108.3
110.6
113.0
115.5
118.1
120.9
123.7
126.7
129.9
133.2
136.7
140.3
144.2
148.2
152.5
157.0
161.7

FUZE
M577
M
15000
14900
14800
14700
14600
14500
14400
14300
14200
14100
14000
13900
13800
13700
13600
13500
13400
13300
13200
13100
13000
12900
12800
12700
12600
12500
12400
12300
12200
12100
12000
11900
11800
11700
11600
11500

MIL
1117.3
1122.0
1126.6
1131.1
1135.5
1139.9
1144.2
1148.4
1152.5
1156.6
1160.6
1164.5
1168.4
1172.2
1176.0
1179.7
1183.3
1186.9
1190.4
1193.9
1197.3
1200.7
1204.0
1207.2
1210.4
1213.6
1216.7
1219.7
1222.7
1225.6
1228.5
1231.4
1234.1
1236.9
1239.6
1242.2

86.9
87.1
87.3
87.5
87.8
88.0
88.2
88.4
88.6
88.8
89.0
89.2
89.3
89.5
89.7
89.9
90.0
90.2
90.4
90.5
90.7
90.8
91.0
91.2
91.3
91.5
91.6
91.8
91.9
92.1
92.2
92.4
92.5
92.7
92.8
93.0

445

CHARGE

TABLE C

FT 155-AM-3

7R
TRAJECTORY DATA
1

R
A
N
G
E

PROJ, ILLUM, M485A2
FUZE, MTSQ, M577

2

3

4

5

E
L
E
V

FS FOR
GRAZE
BURST

TIME
OF
FLIGHT

AZIMUTH
CORRECTION
FOR DRIFT
(CORR
TO L)

SEC
93.0
93.2
93.3
93.5
93.7
93.8
94.0
94.2
94.4
94.6

MIL
161.7
166.7
172.0
177.5
183.4
189.5
195.9
202.7
209.8
217.2

FUZE
M577
M
11500
11400
11300
11200
11100
11000
10900
10800
10700
10600

446

MIL
1242.2
1244.8
1247.3
1249.8
1252.2
1254.6
1256.9
1259.2
1261.4
1263.6

93.0
93.2
93.3
93.5
93.7
93.8
94.0
94.2
94.4
94.6

FT 155-AM-3

APPENDICES

447

FT 155-AM-3

448

FT 155-AM-3

The proponent agency of this firing table is the U.S. Army Armament Research, Development and Engineering Center. Users are invited to send comments and suggested
improvements on DA Form 2028 (Recommended Changes to Publications and Blank
Forms) to the Commander, U.S. Army ARDEC, ATTN: AMSRD-AAR-AEF-T (Firing
Tables and Ballistics Division), Aberdeen Proving Ground, Maryland 21005-5001.

456