one on one attack

Question 1

four major sections of the AGM-114M-1 Hellfire

Answer 1

Guidance Section,
Warhead Section,
Propulsion Section and
Control Section

Question 2

What gases power the gyroscope

Answer 2

Nitrogen & Freon

Question 3

What provides the incendiary capability of the AGM-114M-1 Hellfire II warhead

Answer 3

Zirconium sponge incendiary pellets

Question 4

Label the diagram below of an AGM-114M-1 Hellfire II

Answer 4

- Top
Seeker
Guidance Electronics Group (GEG)
BF-ESAF with TD fuze assembly
Thermal Battery
Central interface Assembly (CIA)
- Bottom
Gyroscope
Pneumatic Accumulator

Question 5

What does the Control Interface Group (CIG) provide

Answer 5

1. 28vdc missile power,
2. 600psi nitrogen/Freon for flight controls,
3. Interfaces for squib activations &
4. Control signals to fin actuators

Question 6

Name the component below

Answer 6

Thermal battery

Question 7

In relation to the above image, what happens when it cools to 204C

Answer 7

Battery power is terminated when solidification of the electrolyte occurs

Question 8

Complete the statement on the propulsion section arm and firing sequence using the words provided

Answer 8

1. detonator/squib
2. shunted
3. SAD
4. zero
5. 1 minute
6. safe position
7. 3.8 amps
8. squibs

Question 9

What is the component below

Answer 9

Electronic Safe & Fire Device (ESAF)

Question 10

What type of initiator / detonator does this component control

Answer 10

Exploding Foil Initiator (EFI) / Slapper type detonator

Question 11

RBS70

What combination of guidance and initiating devices (fuze) does the current in service RBS 70 Bolide missile have?

Answer 11

The Bolide is a beam-riding missile that provides extended range relative to the RBS-70 Mk II and Mk IIA and features an adaptable proximity and impact fuze

Question 12

What is the NEQ of the RBS 70 Bolide Missile

Answer 12

5.34kg

Question 13

The current in service RBS 70 Bolide missile is man portable (as a MiC). What does MiC stand for?

Answer 13

Missle in Container

Question 14

What protects the current in service RBS 70 Bolide missile during storage and transport against mechanical damage

Answer 14

by shock-absorbing cellular plastic end caps and a centre pad

Question 15

What is the launch motor burn time of the current in service RBS 70 Bolide missile

Answer 15

is approximately 40ms

Question 16

In the current in service RBS 70 Bolide missile, what components does the Electronics Package 2 (ELP2) contain and what function do the help to perform

Answer 16

thermal battery,
voltage converters and
stabilisers
used to produce the missile electrical power.

Question 17

In the current in service RBS 70 Bolide missile, what design features are included in the warhead

Answer 17

multiple effects warhead combining blast, fragmentation and shaped charge

Question 18

In the current in service RBS 70 Bolide missile, describe the shape and dispersive effects of the casing of the warhead

Answer 18

The casing has a convex contour to provide an effective dispersion of fragments both forwards and rearwards

Question 19

In the current in service RBS 70 Bolide missile, what additional layers are used in the warhead and what is contained in that layer which enhances the fragmentation effect?

Answer 19

includes a cast plastic layer around the steel casing containing approximately 3000 tungsten spheres to enhance the fragmentation
effect

Question 20

the Warhead section features a slider interrupter. Specifically, what function does this component perform

Answer 20

The slider interrupter keeps the warhead initiator out-of-line prior to arming

Question 21

what are the three modes of operation of the Proximity Fuze and what is the minimum target detection range

Answer 21

Off, Normal and Small Target. The minimum detection range is as close as 0.4m

Question 22

JAV

What are the three sub-assemblies that make up the Javelin AUR

Answer 22

LTA, BCU & Missile

Question 23

What are the six Javelin phases of operation

Answer 23

CLU preparation, cooldown and standby
Activate AUR
Target track
Launch
Flight control
Warhead detonation

Question 24

JAV

How long must the gunner squeeze and hold the CLU Fire Trigger to initiate launch of the missile?

Answer 24

400ms

Question 25

At what distance is SAFE SEPERATION declared in the Javelin missile system

Answer 25

41.5m

Question 26

Name the component below

Answer 26

Battery Coolant Unit (BCU)

Question 27

At what pressure will the above item vent

Answer 27

13,900psi

Question 28

Label the diagram below of the Javelin missile

Answer 28

1. Seeker Section 2. Guidance Electronic Unit (GEU) 3. Electronic Module (EMOD) 4. Propulsion Section (2-stage, launch flight) 5. Control Actuation System (CAS) 6. On board volume argon 7. Focal plane Array (FPA)

Question 29

Name the component below

Answer 29

Thermal lithium Battery

Question 30

Fill in the blank spaces in the table below of the Javelin missile Launch Events sequence?

Answer 30

1. 400ms 2. driver interlock 3. restraint pin squib 4. fire command 5. 33 +3ms 6. +20 volt supply 7. 20ms 8. battery squib 9. 220+20ms 10. supply voltage 11. BIT, aiming and tracking criteria 12. reach and maintain 13. Battery enable 14. Mis-Fire 15. 33ms 16. missile battery 17. gas switchover 18. 500 ms

Question 31

What signals are required by the ESAF / CESAF prior to firing the warheads of the Javelin missile?

Answer 31

1. Missile Fin Lock, 2. Missile Safe Separation & 3. Missile “good guidance” from the GEU

Question 32

What components make up the Javelin | Missile?

Answer 32

Guidance section Main warhead section (Midbody section) Propulsion section Control section