Munitions

Front 1

M18A1 Claymore Mine

Back 1

directional, fixed, fragmentation mine

Front 2

The mine is a curved, rectangular, olive drab, molded case of fiberglass, containing __ pounds of composition C4 explosive and
__ steel balls. The fragmentation face is curved outward to direct the fragments in a __ arc and across the top to control the vertical dispersion of the fragments. This mine is unique in that it may be employed as a controlled weapon, land mine or booby trap. The mine has two __ wells on top with shipping plugs/primary adapters inserted.

Back 2

1.5- 700- 60-degree-detonator

Front 3

M18A1 Claymore Mine Tactical Employment

Back 3

1 Minefields
2 Final Protective Fires
3 Security of outposts
4 Local security of halted columns.
5 Roadblocks and Obstacles.

Front 4

M18A1 Claymore Mine Offense

Back 4

1 Preparation for the Attack
2 Conduct of the attack.
3 Reorganization and Consolidation.
4 Ambush.
- One man can carry six claymores, enough to cover a frontage up to 300 meters.

Front 5

M18A1 Claymore Casualty and Danger Radius of the M18A1 Claymore:
Casualty radius

Back 5

60-degree

Front 6

M18A1 Claymore casualty radius __ meters high __ meters wide at a range of __ meters.

Back 6

2-50-50

Front 7

M18A1 Claymore
Fragments are moderately effective up to __ meters but will travel up to __ meters forward of the mine. The most desired distance is __ meters from the target.

Back 7

100-250-50

Front 8

M18A1 Claymore
The danger area consists of a __-degree fan with a radius of __ meters centered in the direction of aim.

Back 8

180-250

Front 9

M18A1 Claymore
Friendly troops are prohibited to the rear and sides of the mine within a radius of __ meters.

Back 9

16

Front 10

AT-4 Light Anti-Tank Weapon (LAW) is an:

Back 10

organic weapon located in the infantry battalion. The weapon is non-MOS specific and
can be fired by any Marine with basic infantry skills.

Front 11

The AT-4 description 5:

Back 11

1 light
2 recoil-less
3 antitank weapon for
close-range combat
4 designed to let part of the propellant gases escape to the rear
5 is a discardable, self-contained rocket launcher

Front 12

AT-4 Light Anti-Tank Weapon (LAW) Weight

Back 12

14.8 pounds

Front 13

AT-4 Light Anti-Tank Weapon (LAW) Length

Back 13

40.0 inches

Front 14

AT-4 Light Anti-Tank Weapon (LAW) max range:

Back 14

2100 meters

Front 15

AT-4 Light Anti-Tank Weapon (LAW) maximum effective:

Back 15

300 meters

Front 16

AT-4 Light Anti-Tank Weapon (LAW) minimum training:

Back 16

50 meters

Front 17

AT-4 Light Anti-Tank Weapon (LAW) minimum combat:

Back 17

10 meters

Front 18

AT-4 Light Anti-Tank Weapon (LAW) Arming:

Back 18

10 meters

Front 19

AT-4 Light Anti-Tank Weapon (LAW) Muzzle velocity:

Back 19

290 mps

Front 20

AT-4 Light Anti-Tank Weapon (LAW) Armor penetration:

Back 20

In excess of 17.7 in (homogeneous steel)

Front 21

AT-4 Light Anti-Tank Weapon (LAW) backblast danger area extends:

Back 21

90-degree angle arc from the rear of the launcher 5 meters.
You must keep clear a total area of 100 meters behind the launcher when firing

Front 22

Hand grenades give the Marine the ability to

Back 22

1 kill the enemy
2 destroy enemy equipment
3 give signals
4 control riots

Front 23

The average individual can throw the grenade from __ to __ meters.

Back 23

30 to 40

Front 24

Grenade Safeties 3:

Back 24

1 Safety Clip
2 Safety Pin
3 Safety Lever

Front 25

Types of hand grenades

Back 25

1 M67 Fragmentation
2 AN-M14 TH3 Incendiary
3 AN-M8 HC Smoke & M18 Colored Smoke
4 ABC-M7A3 CS Riot Control
5 M-69 Practice Grenade

Front 26

Ground pyrotechnic signals rise to a height of __ to __ meters before functioning

Back 26

180 to 250

Front 27

Hand-held signals reach a minimum height of 200 meters and include:

Back 27

1 single-star parachutes
2 five-star clusters
3 smoke parachutes

Front 28

Three current types of star clusters include the:

Back 28

1 M125 and M125A1, green star cluster
2 the M158 red star cluster 3 the M159 white star cluster.

Front 29

Star clusters burn 6 to 10 seconds. Their rate of descent is __ meters (45 feet) per second.

Back 29

6 to 10-14

Front 30

The current types of star parachutes include the

Back 30

1 M126A1, red star parachute 2 the M127A1, white
star parachute
3 the M195, green star parachute.

Front 31

The M126 and M127 series of star parachutes rise to a height of __ to __ meters. The M126 buns for __ seconds and the M127 burns for __
seconds. Their average rate of descent is __ meters per second. The signal can be seen for __ to __ kilometers (30 to 35 miles) at night.

Back 31

200 to 215
50
25
2.1 one
50 to 58

Front 32

The current types of smoke parachutes include:

Back 32

M128A1, green smoke parachute; the M129A1, red smoke parachute; and M194, yellow smoke parachute.

Front 33

Smoke parachutes rise to a height of __ to__ meters. The signals emit smoke for __ to __ seconds, forming a smoke cloud which persists for 60 seconds. Their rate of descent is 4 meters per second.

Back 33

200 to 215
6 to 18

Front 34

Surface Trip Flares

Back 34

They may also be used as signals or as booby traps. When activated, the flare produces 50,000 candlepower of illumination.