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Question 1

Jassm-agm-158

Answer 1

WDU-42/B Warhead

J1000 Class – 1000 lbBlast / Frag (~ MK-83)Penetrator (~ BLU-109)

FMU-156/B Fuze Parameters:-arms 60 seconds prior to impact

Question 2

JASSM

Pre-planned zone releases, in range only for in flight planned

Answer 2

Power up and fully aligned in 13 min (plan for 15 min), last 3 minutes gets all 8 initial DMPI assignments

Chooses target last 3 seconds

Maximum of eight DMPI’s per preplanned target

Question 3

jassm-non throttle control profile

Answer 3

The non throttle control profile flies at 22K after engine start and flies a constant mach .75mach. The inflight time of flight is only accurate to within a minute.

Question 4

Jassm

Answer 4

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Do not exceed 330 KCAS with AGM-158/A on C ring using C+ PI fitting.

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Question 5

jassm

Answer 5

The JASSM will normally be planned as a way point flyer (zone launch) with a prescribed launch zone

This launch zone is defined from the first way point similar to how the Truman MOA is defined off of SGF

Question 6

JASSM- Target Of Oppurtunity weapons will fly direct to the targets and can be given an attack heading plane

If a weapon is launched inside of 72 NM it will initially turn away from the target before turning back towards the DMPI.

Answer 6

flies at 15k’

Question 7

JASSM-The Throttle controlled profile cruises at 12K and adjust the speed to make its time of flight accurate to within 5 seconds

This does not control to a set TOT

Answer 7

+/- 500’ MSL and at 50’ increments

Question 8

The mission planned terminal area model (TAM) must be imported into the AFMSS mission to take advantage of JASSM’s ______.

a. Capability to hit targets of opportunity (TOO
b. IR seeker for terminal updates to the target
c. Ability to fly waypointsd.

GPS/INS endgame maneuver

Answer 8

b. IR seeker for terminal updates to the target

Question 9

. The WDU-42/B is a J-1000 class warhead and has similar penetration capability to the ________.

a. BLU109
b. LU-113
c. Mk-83
d. UK-1000

Answer 9

a.BLU109

Question 10

3. ALL preplanned B-2 JASSM missions are IZ-LAR releases.
   a. TRUEb.FALSE

Answer 10

ture

Question 11

For a preplanned throttle controlled (ETE) profile, the default mid-course cruise altitude is _______

a. 12,000’ MSL ± 500’
b. 15,000’ AGL
c. 22,000’ AGL ± 200’
d. 22,000’ MSL ± 500’

Answer 11

a.12,000’ MSL ± 500’

Question 12

. For a preplanned, non-throttle controlled profile, the default mid-course cruise altitude is _____.

a. 12,000’ MSL ± 500’
b. 15,000’ AGL
c. 22,000’ AGL ± 200’
d. 22,000’ MSL ± 500’

Answer 12

d.22,000’ MSL ± 500’

Question 13

The default above target altitude (ATL) for the final segment before the terminal maneuver is_____.

a. 5,000’ MSL
b. 5,000’ AGL
c. 6,500’ AGL
d. 10,000’ MSL

Answer 13

c.6,500’ AGL

Question 14

When does final arming occur on the FMU-156/B fuze?

a. 25 seconds after release●
b. 60 seconds prior to target impact●
c. 90 seconds after release●
d. As the fuze senses it’s altitude is below 10,000’ MSL

Answer 14

b.60 seconds prior to target impact●

Question 15

JASSM

Answer 15

>200 nm range cruise missile

All Weather (1500/3)

Low Observable Launch and leave INS / GPS Autonomous, precision strike Active IR Sensor Removes Target Location Error (TLE)

16 JASSMs per Aircraft

8 DMPIs per TGT Max Bomb Impact Assessment (BIA)

Question 16

JASSM Fuze

Answer 16

ØFMU-156/B Fuze Parameters:

†Crush Switch: fuze sensor used for soft targets

†G-Sensor: fuze sensor used for hard target

†Delay Time: delay time initiated by either the crush switch or G-sensor dependent upon selection, values range from 0 to 120 msec

†Fuze setting adjustable in the DEP DMPI format

Question 17

JASSM

Answer 17

ØTransfer Alignment (TAL) not required - weapon received 20 sec of TAL data from the aircraft

ØAlmanac Data must be less than 2 weeks old

Question 18

JASSM engine start

Answer 18

If below 16k at 8 seconds

22k MSL - Non-throttle controlled

12k MSL - Throttle Controled

15kMSL

Question 19

JASSM ATL altitude

Answer 19

6.5k AGL

Question 20

Max JASSM employment altitude is 36,000 MSL (Exceeding this altitude can result in weapon fatally exceeding aerodynamic load

Answer 20

B-2 Zone Launch Parameters:

Airspeed: + - .05M

Altitude: + - 1500’

Heading: + - 10 degrees

tuna can 3k’

Question 21

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Preplanned In-ZONE; launched
In-RANGE, but INSIDE the Zone LAR, but out of B-2 Zone Lar

Answer 21

the weapon will most likely still fly all the preplanned waypoints.

Question 22

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Preplanned In-ZONE; launched
In-RANGE, But OUTSIDE the JASSM and B-2 Zone LAR<!--EndFragment-->

Answer 22

JASSM will fly Direct to Target

Question 23

JASSM

Answer 23

°White within track tolerance°Yellow indicates out of tolerance

Question 24

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Periodic Pattern Management<!--EndFragment-->

Answer 24

Uses actual aircraft data

Question 25

SBRA

Answer 25

20 JDAMS per Rack Configuration (2 racks per bay, 2 bays per jet)

Question 26

SBRA

20 JDAMS per Rack Configuration (2 racks per bay, 2 bays per jet)

Answer 26

ØDesignated the GBU-38/B the JDAM 82 uses the 500# class MK-82 bomb body (No power on time limit)

Question 27

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Linked Target Complex - LTC<!--EndFragment-->

Answer 27

A super target with up to 8 traditional targets

80 DMPIS per LTC, 16 per target, 8 targets per LTC – max target file parameters global for all targets within the LTC

LTC can be created only during mission planning process

Only the first target (headlink) is GAT capable

Question 29

HLINK - the Headlink - the first target of the LTC - 7000

FLINK – Forwardlink - the next target(s) in the LTC - 7001

BLINK – Backlink - the previous target in the LTC - if you are looking at target 7003, the BLNK is 7002

Answer 29

If a weapon fatal faults for LCD hold or Hung Weapon the DMPI will not be prosecuted by a subsequent weapon (In RLA weapons it will)

Question 30

ØPM calculations may be as far back as 5.4 sec before the first release

Ø

ØNav data used by the PM may also be an additional 5.4 sec stale at the end of a PM solution

Ø

ØThis means the last Navigational update may be as far back as 10.8 sec before the release of the first weapon

†Must be straight and level prior to the start of the last PM iteration to prevent the wrong ground track being used

°DMPI(s) could be unachievable when they should have been achievable

°Or: DMPI(s) could be achievable when they should NOT be!

†Plan straight and level NLT 30 sec prior to release

Answer 30

Ø

ØWeapons Selection Priority

†GOOD ONLY – failed or degraded weapons may be released ballistically (armed or unarmed) or they may be withheld

†GOOD FIRST/ALL EQUAL – degraded weapons are targetable

Ø

ØFailed Weapons are either:

†Release armed

†Release unarmed

†Withhold

Ø

ØFailed weapons cannot be targeted

Question 31

SBRA

intervals

Answer 31

Ø109.375 msec (7 mf) Release Interval - double bay

218 foe single bay

Question 32

ØDeleting an individual linked target in the LTC causes the loss of the entire LTC

Ø

ØDeleting the last target on a branch causes an SMP failure

Ø

ØDeleting a LTC on a branch that has other targets will be successful until you create 2 targets

†Creating the 2nd target will cause SMP failure

Ø

ØEditing REL SEQ with WIU’s powered can cause SMP’s to fail

Ø

ØHighly recommended not to delete targets in SBRA

Answer 32

Bomb rack stores

weight and moment are only valid after the

weapons interface units are powered.

Question 33

SBRA

Answer 33

†Top Row – Weapons that are

°unpowered °malfunctioned °not assigned ° never zero°

†Bottom Row – Zeroes are present until weapons are Aligned & Assigned

Question 34

SBRA

Answer 34

ØThe Failed Weapon Release Mode Is Shown As The Parameter “FAILED WPN” With the Following Options:†RA – Release Armed†RU – Release Unarmed†WD– Withhold

Question 35

1. When SBRA’s are loaded on the aircraft, powering the WIUs will cause the OFP of each Smart Bomb Rack Controller to be displayed on the __.
   a. MDU
   b. TSD Targeting Format
   c. SMP AVIN level 3 format
   d. DEP Weapons Inventory Format

Answer 35

c.SMP AVIN level 3 format

Question 36

2. The maximum number of GAT DMPIs in a Linked Target Complex is ____.
   a. 16
   b. 12
   c. 10
   d. 8

Answer 36

a.16

Question 37

. The SMP will process more than 80 DMPI’s, strike and no-strike, in a linked target complex ___.

a. TRUE
b. FALSE

Answer 37

b.FALSE

Question 38

4. In the Weapons Strike Display Format, the top and bottom row numbers will __.
   a. provide power status
   b. provide fault status
   c. display the rack text
   d. always total the weapons remaining in the column

Answer 38

d.always total the weapons remaining in the column

Question 39

1. Only the ____ SBRC in each weapons bay is active and provides electronics to monitor and control the CARE and M functions.
   a. Left
   b. Right
   c. Aft
   d. Fwd

Answer 39

c.Aft

Question 40

M release is controlled by _____ and executed by the ______.

a. SBRC, WIU
b. SBRC, SMP
c. MACE, CARE
d. CARE, MACE

Answer 40

c.MACE, CARE

Question 41

M LARs are similar to that of GBU-38

a. TRUE
b. FALSE

Answer 41

b.FALSE

Question 42

In the Weapons Strike Display Format, the top and bottom row numbers will __.

a. provide power status
b. provide fault status
c. display the rack text
d. always total the weapons remaining in the column

Answer 42

d.always total the weapons remaining in the column