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6/18/2015
1
SAFETY: In case of a Fire, use Fire Exits
RISK: LOW
ENVIROMENTAL: NONE – No Cell Phone Use
EVALUATION: There will an examination in which you will
need to score a minimum of 70%
Video Intro
https://youtu.be/fg-MufDTcEc
• ACTION: Request and Adjust Indirect Fires
• CONDITION: In a classroom environment given a 3 hr block of
instruction on call for fire
• STANDARD: Request and Adjust Indirect fires. At a minimum
student must use observer identification, warning order, target
location, and target description and adjust the rounds using the mil-
relation formula and the successive bracketing technique within 50
meters of target. IAW ATP 3-09.30
TERMINAL LEARNING OBJ.
FM3-09.30 Ch.1 Pg.1-2
CALL FOR FIRE PROCESS
6/18/2015
2
ENABLING LEARNING OBJ. 1
ACTION: Identify the six elements of the call for fire.
CONDITION: In a classroom environment, given a list of call
for fire elements.
STANDARD: Identify the six elements of the call for fire
IAW FM 3-09.30 (6-30).
SIX ELEMENTS
ESSENTIAL
ELEMENTS
1. Identification
2. Warning Order
3. Target Location
4. Target Description
OPTIONAL ELEMENTS
5. Method of
Engagement
6. Method of Fire and
Control
Sent to the Fire Direction Center (FDC)
in 3 TransmissionsATP 3-09.30
1. IDENTIFICATION
FDC de OP1,
THUNDER 70 de SPARTAN 95,
ASSASSIN 20 de APACHE 95,
de = this is
ATP 3-09.30
Adjust fire
Fire For Effect
Immediate Supp / SMK
Suppression
Grid
Polar
Shift from Known Point
2. WARNING ORDER
NOTE: GRID IS A STANDARD MISSION FOR ARTILLERY AND
MORTARS, SO IT IS NOT STATED IN THE WARNING ORDER.
TYPES OF MISSIONS METHOD OF TARGET
LOCATION
ATP 3-09.30
TYPES OF MISSIONS
• Adjust Fire- Provides ONE round from the firing
unit to adjust until effects are within 50 meters.
After round is adjusted to within 50 meters,
observer will announce “Fire for Effect.” You will
use AF when you do not have an accurate Target
Location.
ATP 3-09.30
TYPES OF MISSIONS (cont’d)
• Fire for Effect- No adjusting of the rounds is
required. All guns (example: Battery=8 guns)
will fire on the target after the call for fire is
sent. You will use FFE when you have an
accurate Target Location.
ATP 3-09.30
6/18/2015
3
TYPES OF MISSIONS (cont’d)
• Immediate Suppression/Smoke- Call for fire is made in one transmission. This facilitates suppression (example: Unit is receiving enemy fire and needs to suppress the enemy to get in a better position.) The number of rounds you receive will depend on Unit SOP.
ATP 3-09.30
Sample Call for Fire
FDC de OP1 Immediate Suppression, Grid
ML123456, k
FDC de OP1 Immediate Smoke, Grid ML123456,
Length 300m, k
TYPES OF MISSONS(cont’d)
• Suppression- The same type of mission as
immediate suppression, except it is normally
fired on a preplanned target and a duration
will usually be associated with it.
ATP 3-09.30
Sample Call for Fire
FDC de OP1 Suppress AB 3000 k
FIRST RADIO TRANSMISSION
H39 de G40, Adjust Fire (AF), (K)
H39 de G40, AF POLAR, (K)
K = Over
IDENTIFICATION WARNING ORDER
CONSISTING OF THE
FIRST TWO ELEMENTS
IDENTIFICATION WARNING ORDER
3. TARGET LOCATION
3 Methods
GRID – MGRS, Min 6 digits (may send 10)
POLAR - Direction, Distance to TGT from your location, plus (U/D) altitude
SHIFT FROM KNOWN PT - Direction, R/L, Add/Drop(+/-), (U/D) altitude
ATP 3-09.30
6/18/2015
4
GRID
GRID ML243356, (K)
POLAR
DIRECTION 5430, DISTANCE 3200, UP 50, (K)
SECOND RADIO TRANSMISSION
CONSISTING OF THE
THIRD ELEMENT
SIZE / ELEMENT 1/PLT
NOMENCLATION / NATURE T72 / TANK
ACTIVITY STATIONARY
PROTECTION IN THE OPEN
4. TARGET
DESCRIPTION
ATP 3-09.30
1 Squad of Dismounts,
Stationary, in the Tree Line (K)
SIZE NOMENCLATURE
ACTIVITY PROTECTION
THIRD RADIO TRANSMISSION
CONSISTING OF THE
FOURTH ELEMENT
(and 5th, 6th Element if they apply)
C19 de B95, AF Polar, (K)
Dir 4510, Dis 2400, (K)
1 T72 stationary in the open (I/O), (K)
IDENTIFICATION WARNING ORDER
TARGET LOCATION
TARGET DESCRIPTION
CALL FOR FIRE MISSION
Observer: C19 de B95, AF Polar, (K)FDC: B95 de C19, AF Polar, Out
Observer: Dir 4510, Dis 2400, (K)FDC: Dir 4570, Dis 2400, Out
Observer: Correction, Dir 4510, Dis 2400, (K)FDC: Correction Dir 4510, Dis 2400, Out
Observer: 1 T-72, stationary, in the open (I/O), (K)FDC: 1 T-72, stationary, in the open (I/O), Out
TO FIX A MISTAKE
ATP 3-09.30
DANGER CLOSE: What is Danger close for Artillery and Mortars?
AMMUNITION: What are some types of ammunition?
-HE, DPICM, WP, Smoke, Illumination
TRAJECTORY: Two Types: Low Angle, High Angle
5. METHOD OF ENGAGEMENT
ATP 3-09.30
6/18/2015
5
AMMUNITION
• Ammunition is normally selected by the firing unit.
It is selected according to the target description the
observer gives (SNAP). However, the observer may
REQUEST a different type of ammunition “In Effect”
in the Method of Engagement. In effect means in
your FFE you will receive this requested ammunition.
TRAJECTORY
• Low Angle- The standard for Artillery
because Low Angle fires are less susceptible to enemy radar.
• High Angle- The observer may request High Angle. Example: Terrain, MOUT. Mortars can only fire High Angle.
wHEN READY: Less control, Faster response
** STANDARD METHOD OF ENGAGEMENT **
(does not get announced)
AT MY COMMAND: Able to mass fires, better effects, and used for
moving targets.
TIME ON TARGET: Standard is +/- 3 seconds the rounds will impact
with rounds complete.
6. METHOD OF FIRE AND CONTROL
ATP 3-09.30
At My Command Mission(sample)
FDC de OP1, Adj. Fire, (K)
Grid ML534948, (K)
3, Tanks, Stationary I/O, AMC, (K)
AB3000
AT MY
COMMAND
FIRE AB3000, (K)
(Trigger Point)
Rounds Impacting
(Intercept Point)
Time On Target(sample)
FDC de OP1, Adj. Fire, (K)
Grid ML785195, (K)
INF PLT, Dug In, TOT 0758, (K)
6/18/2015
6
REVIEW
1. WHAT IS THE STANDARD METHOD OF TGT LOCATION?
2. WHAT IS THE STANDARD TRAJECTORY FOR ARTY?
3. WHAT IS THE STANDARD AMMO FOR MTR AND ARTY ?
4.WHICH ELEMENT OF THE CFF DO YOU SPECIFY AMMUNITION ?
ACTION: Identify the Five Rules of Direction
CONDITION: In a classroom environment, given the five rules of directions.
STANDARD: Identify the Five Rules of Direction without use of reference material.
ENABLING LEARNING OBJ. 2
The purpose of Direction is to Orient the FDC
to the Observer’s view of the target.
Five rules used to help remember how to get
Direction.
The Purpose of Direction
ATP 3-09.30
FIVE RULES OF DIRECTION
1. O
2. M
3. G
4. 10
5. 4
FM3-09.30 Ch.5 Pg.5-2
1. O
Observer to Target
FIVE RULES OF DIRECTION
6/18/2015
7
FIVE RULES OF DIRECTION
1. Observer to Target
Observer
Target
ATP 3-09.30
1. O Observer to target
2. M
Mils (preferred)
FIVE RULES OF DIRECTION
6400 Mils(360 Degrees)
0800 Mils(30 Degrees)
1600 Mils(90 Degrees)
2400 Mils(120 Degrees)
3200 Mils(180 Degrees)
4000 Mils(210 Degrees)
4800 Mils(270 Degrees)
5600 Mils(300 Degrees)
NNNN
17.78 Mils in 1 Degree
ATP 3-09.30
1. O Observer to target
2. M Mils (preferred)
3. G
Grid
FIVE RULES OF DIRECTION
ATP 3-09.30
*
GM ANGLE
4’ (70) MILS
TO CONVERT A MAGNETIC
AZIMUTH TO A GRID AZIMUTH
ADD OR SUBTRACT THE G-M ANGLETRUE NORTH
MAGNETIC NORTHGRID NORTH
DECLINATION DIAGRAM
GRID DIRECTION
FIVE RULES OF DIRECTION
3. GRID DIRECTION
1/50,000
6/18/2015
8
FIVE RULES OF DIRECTION
1. O Observer to target2. M Mils (preferred)
3. G Grid4. 10
Nearest 10 mils
ATP 3-09.30
INCREMENTS OF TEN
0012 = 0010
= 16301631
0017 = 0020
0825 = 0830
0835 = 0840
FIVE RULES OF DIRECTION
1. O Observer to target2. M Mils (preferred)3. G Grid4. 10 Nearest 10 mils5. 4
4 - Digits
5. 4 – DIGITS
MILS
0070
0100
0010
4100
.
FIVE RULES OF DIRECTION
1. O Observer to Target
2. M Mils (preferred)
3. G Grid
4. 10 Nearest 10 mils
5. 4 4 - Digits
FIVE RULES OF DIRECTION
.
ACTION: Prepare a call for fire for a Polar Plot mission.
CONDITION: In a classroom environment given Polar Plot mission information.
STANDARD: Prepare a call for fire for a Polar Plot mission using the information given IAW ATP 3-09.30 Techniques for Observed Fire.
ENABLING LEARNING OBJ. 3
6/18/2015
9
POLAR CALL FOR FIRE
*FDC needs to know your location
prior to Call for Fire*
Direction (Nearest 10 mils)
Distance (Nearest 100 Meters)
Change in elevation (If 35 M or greater send in
increments of 5 M. If less than 35 M disregard.)
ATP 3-09.30
ALT 100m
ALT 50m
ALT 150m
Grid 123456
Grid 123456
Grid 123456
Firing Unit
DIR 1600
DIS 2200
ALT 200
ALT 155
FDC de OP1,_________, (K)
Dir_____,Dis_____, / __, (K)
2 APC’s, Stationary, I/O, (K)
AF, POLAR
1600 2200 45U
Observer
Target
DIR 2100
DIS 1475
ALT 145
FDC de OP1,_________, (K)
Dir_____,Dis_____, (K)
2 APC’s, Stationary, I/O, (K)
AF, POLAR
2100 1500
ALT 155
Observer
Target
DIR 2514
DIS 2500
ALT 220
FDC de OP1,_________, (K)
Dir_____,Dis_____, / ___(K)
1 Tank, Stationary, I/O, (K)
AF, POLAR
2510 2500
Target
ALT 300
Observer
D80
DIR 0900
DIS 500
ALT 100
FDC de OP1,_________, (K)
Dir_____,Dis_____, / ___(K)
1 Tank, Stationary, I/O,______________, (K)
AF, POLAR
0900 500
Target
ALT 160
Observer
D60
DANGER CLOSE
6/18/2015
10
REVIEW
1. WHAT DOES THE FDC NEED TO KNOW PRIOR TO POLAR MSN CFF?
2.WHAT INCREMENTS DO YOU SEND DIRECTION ?
3.WHEN SENDING DISTANCE , YOU SEND IT TO THE NEAREST ?
ACTION: Prepare a call for fire using the grid method of target
location.
CONDITION: Given grid mission information.
STANDARD: Prepare a call for fire using the grid method of target
location with the information given IAW ATP 3-09.30 Techniques
for Observed Fire.
ENABLING LEARNING OBJ. 4
FDC de OP1, Adj. Fire, (K)
GRID ML234645, (K)
1 Tank, Stationary, I/O, (K)
If firing an adjust fire grid mission, the FDC requires
a direction (nearest 10 mils) from the observer to
the target either with the Message to Observer (MTO), or prior to the first
correction
(The five rules of direction apply)
ATP 3-09.30
GRID CALL FOR FIRE
REVIEW
WHAT IS THE MINIMUM # OF DIGITS SENT WITH A GRID MISSION?
(FDC can take up to Ten)
WHEN WOULD YOU ANNOUNCE DIRECTION WHEN CONDUCTING
AN ADJUST FIRE, GRID MISSION?
ACTION: Identify elements of the Message To Observer (MTO), Shot and Splash.
CONDITION: Given a list of the elements of the Message To Observer (MTO), Shot and Splash.
STANDARD: Identify the elements of the Message to Observer (MTO) without the use of reference materials, properly use Shot and Splash commands.
ENABLING LEARNING OBJ. 5
Call sign of unit(s) to fire
Changes to Call for fire
Number of rounds per tube in FFE
Target Number
MESSAGE TO OBSERVER
ATP 3-09.30
Bulls
DPICM in Effect
2 Rounds (rds)
AB 2005
6/18/2015
11
MESSAGE TO OBSERVER
FDC Announces:
MTO, Bulls, DPICM in Effect, 2 rds, Target
Number AB2005, (K)
Observer Replies:
MTO, Bulls, DPICM in Effect, 2 rds, Target
Number AB2005, Out
Call sign of unit(s) to fire
Changes to Call for fire
Number of rounds per tube in FFE
Target Number
MESSAGE TO OBSERVER
Alpha
1 Round (rd)
AB 2010
MESSAGE TO OBSERVER w/ Dir
FDC Announces:
MTO, Alpha, 1 rd, Target Number AB2010, (K)
Observer Replies:
MTO, Alpha,1 rd, Target Number AB2010,
BREAK, Direction 2100 (K)
FDC Replies:
Direction 2100, Out
Direction may be sent during the MTO or prior to the first correction.
SHOT
• The term SHOT is transmitted by the FDC
after each round fired in adjustment and
after the initial round in the FFE phase.
• The observer acknowledges with SHOT,
OUT.
ATP 3-09.30
SPLASH
• The term SPLASH is transmitted by the
FDC to inform the observer when his
round is five seconds from detonation.
• The observer responds with SPLASH, OUT.
ATP 3-09.30
ACTION: Make subsequent corrections, End of Mission.
CONDITION: Given a target and impacting rounds.
STANDARD: Make subsequent corrections using the successive bracketing method to achieve effects within 50 meters of the target with a maximum of five rounds. Properly end the Call for Fire.
ENABLING LEARNING OBJ. 6
6/18/2015
12
-The observer makes corrections to move the round tothe target.
-Corrections are sent to the FDC
LEFT/RIGHT- To the nearest 10 meters(OT x Spotting = Deviation Correction)
ADD/DROP- Range corrections (100m)(Successive Bracketing)
NOTE: Left/Right corrections less than 30 meters are not sent.
ADJUSTMENT PROCEDURES
The Observer Target (OT) Factor is used todetermine the LEFT/RIGHT deviation correction.
To Determine the OT Factor you must:-Divide the distance from the observer to the
target by 1000.-Round to the nearest whole number.-If it ends in a .5 round to the nearest EVEN whole
number.-If the distance is less than 1000 express OT factor
as a decimal.(IE. 700m = .7)
OT FACTOR
ATP 3-09.30
OT DISTANCE
1000
4000 = 4
3500 = 3.5
2500 = 2.5
3400 = 3.4
900 = .9
OT FACTOR
= 4
= 4
= 2
= 3
= .9
OT FACTOR
HOW WE DETERMIME THE OT FACTOR IS CALLED “ARTILLERY EXPRESSION”
ATP 3-09.30
The spotting is the number of mils measuredbetween the target and the impacting round.
The measurement is made using the reticle patterninside a pair of military binoculars or the “HandMethod”.
The reticle tick marks in the military binoculars arein increments of 10 mils.
SPOTTING
ATP 3-09.30
SPOTTING
To determine the deviation correction you must multiply the spotting times the OT Factor
(OT x SPOTTING = DEVIATION CORRECTION)
OT
DISTANCE
(METERS)
OT FACTOR SPOTTING
(MILS)
DEVIATION
CORRECTION
(METERS)
4000
2500
3400
1500
4 x
2 x
3 x
2 x
45R =
100L =
20L =
20R =
L 180
R 200
R 60
L 40
DEVIATION CORRECTION
ATP 3-09.30
6/18/2015
13
At 1000m 1mil
= 1m
1000m
2000m At 2000m 1mil
= 2m
30Mils
30Mils
OT___ x SPOT ____ = CORR_____
Estimated
Distance
2300m
OT___ x SPOT ____ = CORR_____R80
Estimated
Distance
1800m
40L2
OT__1_ x SPOT _20R___ = CORR__L20___
Estimated
Distance
1200m
Deviation corrections
less than 30 not sent
HAND METHOD
300 Mils 180 Mils 125 Mils 100 Mils 70 Mils 30 Mils
When using hand and fingers in measuring angular deviation, the
observer should fully extend his arm (elbow locked) so that his hand and
fingers are always the same distance from his eyes. The palm of his hand
is always pointed toward the target area.
ATP 3-09.30
ONE FINGER = 30 MILs
30 MILS
HAND METHOD
6/18/2015
14
Successive bracketing is best when observers are inexperienced.
The first range correction is based on the FO's best judgment as to the correct range change.
The goal is to establish a bracket, that is, one round OVERand one round SHORT of the target.
As the bracket is established, the FO successively splits his bracket in half. Once the FO reaches the add/drop 50m then he will Fire for Effect.
800m, 400m, 200m, 100m, 50m FFE.
SUCCESSIVE BRACKETING
ATP 3-09.30
FIRST ROUND IMPACTS APROX. 250
METERS OVER THE TGT
DROP 400, (K)
ADD 200, (K)
ADD 50, FFE, (K)
CUT YOUR RANGE CORRECTION EACH TIME
SUCCESSIVE BRACKETING
DROP 100, (K)
END OF MISSION
Four parts to the EOMRefine (deviation +/- less than 30, range less than +/- 50)
Record (Record as Known Point 1, Budweiser, etc.)
*End of Mission* (End of Mission, Tgt. # AA2001)
*Surveillance* (Tank destroyed)
End of Mission, Tgt. # AA2005, 1 Tank Destroyed, Est. 3 Casualties, Over
*Must be Sent*
ATP 3-09.30
YOU’VE SPOTTED AN ENEMY PLATOON IN THE OPEN LOCATED, AT VICINITY GRID
ML675201,WITH A DIRECTION OF 2810
CALL SIGNS= FDC AND OP1
NOTE: You can send direction during the MTO or prior to your first
correction.
PRACTICAL EXERCISE 1
MESSAGE TO OBSERVER, ALPHA, 1 RD, TGT.# AA2000, (K)
CORRECTION =_____________
OT___ x SPOT ____
Estimated
Distance
2400m
6/18/2015
15
OT___ x SPOT ____
Estimated
Distance
2400m
CORRECTION =_____________
OT___ x SPOT ____
Estimated
Distance
2400m
CORRECTION =_____________
OT___ x SPOT ____
Estimated
Distance
2400m
CORRECTION =_____________
END OF MSN, TGT.# AA2000, ENY PLT DESTROYED,
EST. 20 CASUALTIES, (K)
YOU’RE AT A RD INTERSECTION, YOU SPOT AN ENEMY OP IN THE
TREELINE AT A DISTANCE OF 4125M. YOUR SMALL ARMS WPNS CAN
NOT RANGE IT. YOUR DIRECTION TO THE ENEMY IS 0800 MILS.
YOU ARE AT VICINITY GRID 246810.
CALL SIGNS = FDC and OP1
PRACTICAL EXERCISE 2
MESSAGE TO OBSERVER, ALPHA, 1 RD, TGT.# AA2005, (K)
6/18/2015
16
OT___ x SPOT ____
Estimated
Distance
4100m
CORRECTION =_____________
OT___ x SPOT ____
Estimated
Distance
4100m
CORRECTION =_____________
OT___ x SPOT ________
Estimated
Distance
4100m
CORRECTION =_____________
OT___ x SPOT ________
Estimated
Distance
4100m
CORRECTION =_____________
END OF MSN, TGT.# AA2005, ENY OP DESTROYED,
EST. 2 CASUALTIES, (K)
YOU’VE SPOTTED A TANK AT A ROAD INTERSECTION, IT’S 2600
METERS AWAY, LOCATED, AT GRID 545845. THE GRID AZIMUTH TO
THE POSITION IS 1200. YOUR COMMANDER WANTS YOU TO
REQUEST A SPECIAL AMMUNITION OF DPICM IN THE FIRE FOR
EFFECT PHASE.
CALL SIGNS = FDC AND OP2
PRACTICAL EXERCISE 3
6/18/2015
17
MESSAGE TO OBSERVER, ALPHA, 1 RD, TGT.# AA2010, (K)
OT___ x SPOT ____
Estimated
Distance
2600m
CORRECTION =_____________
OT___ x SPOT ____
Estimated
Distance
2600m
CORRECTION =_____________
OT___ x SPOT ________
Estimated
Distance
2600m
CORRECTION =__________
OT___ x SPOT ________
Estimated
Distance
2600m
CORRECTION =__________
END OF MSN, TGT.# AA2010, ENY TANK DESTROYED,
EST. 3 CASUALTIES, (K)
6/18/2015
18
YOU’RE WELL HIDDEN AT YOUR OP ON TOP OF A BUILDING. YOU
SPOT AN ENEMY SQUAD MOVING TOWARDS A CHECKPOINT NORTH
OF YOUR LOCATION ABOUT 625 METERS AWAY. THERE ARE NO
CIVILIANS IN THE AREA SO YOU DECIDE TO USE ARTILLERY. YOUR
DIRECTION TO THE CHECKPOINT IS 5955 MILS. YOU ARE AT
VICINITY GRID MG 2344/6766. WHEN YOU INFORM YOUR CDR, HE
URGES YOU TO DO AN AMC MISSION SINCE WE DON’T KNOW
WHEN THEY WILL GET TO THE CHECKPOINT.
CALL SIGNS = THUNDER 54 (FDC) and ATTACK 53(OBSERVER)
PRACTICAL EXERCISE 4
ANSWER:
HUNDER 54 de ATTACK 53, MY LOCATION IS MG 2344 6766, (K)
THUNDER 54 de ATTACK 53, AF, POLAR, (K)
DIR 5960, DIS 600, (K)
ENY SQD, AT CHECKPOINT, DC, AMC, (K)
PRACTICAL EXERCISE 4
MESSAGE TO OBSERVER, ALPHA, 1 RD, TGT.# AA2015, (K)
CORRECTION =_____________
OT___ x SPOT ____
Estimated
Distance
600m
TGT# AA 2015, READY (K)
CORRECTION =_____________
OT___ x SPOT _______
Estimated
Distance
600m
CORRECTION =_____________
OT___ x SPOT _________
Estimated
Distance
600m
6/18/2015
19
END OF MSN, TGT.# AA2015, ENY SQD DESTROYED,
EST. 6 CASUALTIES, (K)
REVIEW
WHEN DO YOU SEND YOU LOCATION FOR A POLAR MSN?
HOW DO YOU MAKE DEVIATION CORRECTIONS?
WHEN WOULD YOU NOT SEND A DEVIATION CORRECTION?
REVIEW
WHAT’S THE STANDARD TRAJECTORY FOR ARTILLERY?
WHEN USING THE “HAND METHOD” WHAT DOES TWO FINGERS
REPRESENT?
WHEN WOULD YOU SEND YOUR DIRCTION FOR AN ADJ. FIRE, GRID
CALL FOR FIRE?
Terminal Learning Objective
ACTION: Request and Adjust Indirect Fires.
CONDITION: In a classroom environment given a 3hr block of instruction on call
for fire.
STANDARD: Request and Adjust Indirect fires. At a minimum student must use
observer identification, warning order, target location, and target description and adjust
the rounds using the mil-relation formula and the successive bracketing technique within
50 meters of target. IAW ATP 3-09.30 Techniques for Observed Fire.