NTRP Ordnance Flashcards
1
Q
Turret System Nomenclature
A
A/A49E-7(V4)
2
Q
Turret azimuth and elevation at stow
A
0 Az
8.93 Elev
3
Q
Turret azimuth and elevation during firing of wing stores
A
0 Az
0 Elev
4
Q
Normal turret transverse azimuth range
A
110 deg either side of centerline
5
Q
Elev Limits of gun during transverse:
Centerline
40 deg Az
110 deg Az
A
centerline: 8.92
40 deg Az: 14.53
1110 deg Az: 5.98
6
Q
Turrent dep limit below centerline
A
50 degs
7
Q
MC terminates trigger command to turret control assembly when gun reaches elevation or azimuth limits or elev/azimuth and gun disagrees by more than ___degs
A
4
8
Q
Type of 20mm gun
A
M197
3 barrel gatling type gun
9
Q
M197 ROF
A
650 +/- 50 rpm
10
Q
Linkless feed system nomenclature and total carrying capacity
A
MAU-211/A or MAU-211A/A
652 rds
11
Q
Type feeder used by linkless
A
M89E1
12
Q
PGU TP round
A
PGU-27
13
Q
PGU TP-T round, duration/distance tracer visible
A
PGU-30 (has magnesium teflon vitron mixure)
3.2 secs
1800-2200
14
Q
PGU SAPHEI
A
PGU-28
hardened steel body and pyrotechnic fuze
detonation ignites zirconium pellet = long persistent park for improved fire starting
15
Q
20mm type of primer
A
M52A3B1 electric primer
16
Q
PGU muzzel velocity
A
3410 @ 78’
17
Q
LAU 61 # rockets and type with thermal coating
A
19 rockets
C/A
LAU-130 = no thermal coating
18
Q
LAU 68 # rockets and type with thermal coating
A
7 rockets
D/A
LAU-131 = no thermal coating
19
Q
Mk 66 mod 2 motor avg thrust and duration
A
1360lbs for 1.1 secs
20
Q
MK66 mod 4 is/is not HERO safe and contains what igniter
A
is HERO safe
MK 311 igniter
21
Q
M151 fuzed with
A
M423
M427
22
Q
M229 fuzed with
A
M423
23
Q
Mk 152 Mod 0 fuzed with
A
Mk 435 Mod 0
24
Q
Mk 146 Mod 0 fuzed with
A
Mk 435 Mod 0
25
M282 fuzed with
M423
| APKWS only
26
Mk149 fuzed with
Model 113A
27
WDU-4A/A fuzed with
Model 113A
28
Mk 67 Mod 1 fuzed with
M427
| Mk 352 Mod 2
29
M156 fuzed with
M427
30
Practice warhead nomenclature
WTU-1/B
31
M274 fuzed with
M423
32
M257 fuzed with
M442
33
M278 fuzed with
M442
34
M151 explosive, burst radius, total weight
2.3lbs comp b
10m
9.4lbs
35
M229 explosive and total weight
4. 8lbs comp B
| 16. 9lbs
36
Mk 152 Mod 0 explosive and total weight
2. 1lbs PBXN-110
| 8. 9lbs
37
Mk 146 Mod 0 explosive and total weight
4. 3lbs PBXN-110
| 16. 6lbs
38
M282 (HEI Multi-purpose Penetrator) explosive and total weight
.979 PBXN-110 and .15lbs zirconium
| 13.6lbs
39
WDU-4A/A total number flechettes, arming G's, fuze to arm time, deceleration required to fire, downrange travel prior to functioning, optimum employment
fuze ignites _ grams M-9
Beaten zone
```
2205 x 20grain
17.5 Gs
1.2 secs
11 Gs
400-600m
1200-1500m
```
3
80m x 80m
40
Mk149 total number of flechettes
fuze ignites _grams M-9
Optimum flechette pattern develops _____ after explosion
1179 x 60grain
3
150m-250m
41
Mk 67 Mod 1 Burst charge of ___ disperses ___lbs of ____
PBXN-202
2.6
RP
42
M156 Burst charge of ___ disperses ___lbs of ____
Comp B
2.0
WP
43
```
M257
Type of illum
___sec from motor ignition to illum
produces _______ candlepower for ____mins
Avg flare descent rate
degs pitch
Launch warhead to attain alt of ___ft and range of ____m
Weight of warhead
```
```
overt illum
13.5
1 million for 2 mins
13-15 fps
15 degs
1800 ft and 3500m
10.7lbs
```
44
```
M278
Type of illum
produces _____candlepower for ___ mins
spectrum of illum
degs pitch to use
Launch warhead to attain alt of ___ft and range of ____m
Weight of warhead
```
```
Covert
700 for 3 mins
.7-1.1 microns
22 degs
2500 ft and 3000m
```
45
Mk 352 (impact PD) fuze air travel to arm distance and time, min sustained G's to arm
800-1200 ft
1.07-1.36secs(40Gs)
20Gs
46
M423 (impact PD) fuze air travel to arm distance and time, min sustained G's to arm
140-300ft
.63-.82secs (@27Gs)
20Gs
47
M427 (impact PD) fuze air travel to arm distance and time
800-1250ft
| 1.09-1.34secs (@40Gs)
48
M442 (time) fuze air travel to arm distance and time, min sustained G's to arm
2137ft
1.0secs
16Gs
49
Model 113A (Accel/Decl base detonating) fuze air travel to arm distance and time, min sustained acc/dec G's to arm
550-1440ft
1. 6secs
17. 5G (accel) / 11Gs (decl)
50
Mk435 Mod 0 (impact PD) fuze air travel to arm distance
43-92m
51
LAU-68 F/A used for what rocket
APKWS
52
APKWS seeker optics are "_____" (____) and provide constant field of view in excess of ___degs
"strapped down"
Not gimbaled
28 degs
53
APKWS has ___ Laser Switch Assemblies that provide what?
4
| various laser coding options
54
LAU-68F/A limited to ___ cumulative captive carriage hours only when loaded with ____ warhead
1000hrs
| M282
55
Laser Guided Rocket nominal TOF is ___ to ___ secs
3.5 - 18 secs
56
APKWS battery power up within ____ secs
.3 secs
57
APKWS wings deploy within ____secs
.5 secs
58
APKWS IMU initialization begins falling ___ deployment and within ____secs after launch
wing
| .7 secs
59
APKWS seeker looks for coded laser energy aprox ___ secs after launch
.85 secs
60
APKWS de-roll completes approx ____secs after launch
1.1 secs
61
Following what step does the APKWS system guidance begin
De-roll
62
What type of navigation does APKWS rocket us
Proportional Nav
63
Does APKWS enter alt hold if no laser energy detected and how long/far will the rocket go
Yes
1mins
9km
64
APWKS nomenclature
WGU-52/B
65
Type of HF launcher used on Z
M299
66
Hellfire latch retention force to hold missile on rail
360-700lbs
67
M-34 what type of HF
dummy missile
68
M-36E1/E3 what type of HF
training missle (seeker)
M-36E1 is identical seeker in B
M-36E3 is identical seeker in K and M
69
ATM-114B what type of HF
ATM-114Q what type of HF
ATM-114Q-6 what type of HF
live motor with inert warhead (Hellfire I)
live motor with inert warhead (Hellfire II)
training missile for P-4/N-4/P-4A
70
Hellfire acceleration for arming (Gs and distance)
10Gs
| 150-300m
71
Hellfire average and max velocity
375 m/s
| 475 m/s
72
Hellfire II contains seeker section of guidance group
| and what does it do
guidance group that converts reflected laser energy into electronic guidance signals
73
What unique system is found in the seeker section of P-4/N-4
Inertial Measurement Unit (IMU)
74
AGM-114K pre-cursor and main charge explosive and weight
2. 2lbs LX-14
| 12. 6lbs LX-14
75
AGM-114K-2/P-4 pre-cursor and main charge explosive and weight
2. 2lbs PBXN-9
| 12. 4lbs PBXN-9
76
AGM-114M type, explosive, and weight
BF [Electronic Safe, Arm, and fire device (ESAF) time delay allows penetration of the target prior to detonation]
6lbs (5.5lbs PBXN-109 and .49lbs zirconium)
77
AGM-114N type, explosive, and weight
thermobaric
4.1lbs Metal Augmented Charge (MAC) and 4.6lbs PBXN-112 explosive
Contains ESAF (longer pulse than M)
78
AGM-114N MAC is comproise of ____ at a __%/__% ratio
Aluminum/Viton mixture 90%/10%
79
AGM-114 K/K-2 contain ____ warhead to defeat ___ armor
pre-cursor
| reactive
80
Unique characteristic of AGM-114K-2A
1/8", 6.75", and 4.5lbs, frag sleeve wrapped externally
81
AGM-114M optimized to strike
building, APCs, bunkers, and small boats
82
AGM-114N optimized to strike
multi-room structures
83
AGM-114N-5 software change affects which modes
LOAL-D and LOBL
84
AGM-114N-4/P-4 similar to what HF and why are they unique
```
N-4 = same warhead as N
P-4 = same warhead as K-2
both use IMU
same trajectory in LOBL and LOAL-D as K-2
shallower trajectory than N-5 in LOAL-Lo
steeper trajectory than N-5 in LOAL-Hi
```
85
HF seeker RPM and detector FOV
4200RPM
| +/- 30 decs
86
HF seeker 5 operating modes
Slave - seeker commanded in response to LOS from autopilot (LOAL) or onboard system (LOBL)
Stare - LOAL HF commanded to look straight ahead (laser energy detected will enter tracker of slave
Scan - box pattern
Track - commanded by seeker electronics assembly
Cage - inhibited from slaving/tracking until spun up
87
In LOBL and target designation is terminated before launch while tracking a target the seeker will revert to the ____ scan commanded by the ISMS
box
88
Box scan IFOV with variation between __ to __
8 degs (8-13 degs)
89
___ searched area is below the horizon
75%
90
HF II missile - target lost after acquisition, seeker continue to point at target however instead of climbing the missile will be commanded so as to point in the same direction as the seeker which results in the missile flying toward a target. Seeker will enter ____ mode while on the rail and lock-on is not inhibited prior to launch. When the missile is commanded to launch, ISMS commands the seeker back into ____ mode, allowing HF II missile to fly LOAL trajectories even if laser energy has been detected prior to launch.
Track
| Stare
91
HF II above 125F max LOBL continuous search time ___ mins with ___ cool-down period.
30mins
| 30mins
92
Is there a time limit for temperatures in LOAL?
No
93
HF missile firing order
Outboard to inboard, Left to Right
94
What does "MSL LOS MISMATCH" TSS annunciation message mean?
HF missile may be tracking backscatter from the TSS
95
HF deicing dome in LOAL must be ejected when?
| HF deicing dome in LOBL must be ejected when?
before missile launch
| prior to target acquisition
96
With an inverter failure how many M299 launchers can be powered?
1
97
How do you isolate the M299 launchers with an inverter failure
Manually pulling LH or RH SSE CBs on the AC CB panel
98
Can the aircraft power two M299 launchers on the same side with an inverter failure?
No, may causing thermal overload
99
Max angle between the designator target line and missile target line for HF
60 degs
100
How long does HF take to spin up?
30 secs
101
range source application for CCIP?
manual (default), laser, geo
102
range source application for CCRP?
laser, tss track (default), geo
103
range source application for fixed gun?
manual (default), laser
104
range source application for HMSD gun?
manual (default), laser
105
range source application for TSS gun?
manual, laser, tss track (default)
106
what is the default range for illum rockets?
| Can it be edited?
3400m
| Cannot be edited
107
Default manual range for gun, flechette, illum, and all other rockets
```
gun/flechette = 1000m
illum = 3400m
rockets = 1500m
```
108
Laser range auto updates based on helo movement sensed by EGI for ____ secs after laser input
20
109
How many modes available for laser guided rockets and what are they?
```
7
Manual (Range/HAT)
Manual + RADALT (range)
Manual + sensor (range/active TSS cursor)
laser
degraded laser (20secs post lasing)
navigation (TAGID)
navigation + RADLT (TAGID w/out elevation)
```
110
How many missiles can be spun up in RAPID
3
111
To conduct ISMS reset WOG must be in _____
Ground
112
T/F: LGR selected in either cockpit, successive presses of the WPN key will lead to appearance that the DFD is stuck on the WPN top page for the cockpit with LGR selected
T
113
During emergency jettison, ______ stores jettison approx ____ secs after ____ stores have jettisoned
inboard
1/2
outboard
114
Can WPNS FIRE switch on mission grip be used to fire ballastic stores (rkts/flares)
no
115
How do slave the TSS LOS to HF seeker
Enter J in scratchpad then centerpress 5L on mission grip
116
How do slave the HF seeker to TSS LOS
quick draw (4R) on the mission grip or to HMSD LOS by pressing quick draw on cyclic
