HLZ & Air Assault Flashcards

1
Q

7 HLZ Site Selection Factors (Technical Consideration)

A
Landing Formation
Obstacles
Type of Loads
Approach and Departure
Atmospheric Condition
Surface Condition
Size of HLP
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2
Q

HLZ Consideration Factors Categories

A

Tactical and Technical

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3
Q

3 HLZ Site Selection Factors (Tactical Consideration)

A

METT-TC
Location of objective to HLS
Size of the element being moved

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4
Q

MH-6/AH-6 TDP Size

A

Size 1: 10 meters

Max Ground Slope: 8

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5
Q

UH-72A/OH-58D TDP Size

A

Size 2: 15 meters

Max Ground Slope: 8

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6
Q

AH-1W/AH-64/UH-1Y TDP Size

A

Size 3: 20 meters

Max Ground Slope: 6

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7
Q

UH-60 TDP Size

A

Size 4: 25 meters

Max Ground Slope: 15

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8
Q

MV-22B TDP Size

A

Size 5: 30 meters

Max Ground Slope: 9

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9
Q

CH-47/CH-53 TDP Size

A

Size 6: 35 meters

Max Ground Slope: CH-47 15 and CH 53 6

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10
Q

Size 7 TDP

A

Desert/Snow LZ
Sling Load AC(Day)
100 meters

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11
Q

Size 8 TDP

A

Sing Load long lines

125 meters

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12
Q

Size 9 TDP

A

Sling Load AC (Night)

150 meters

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13
Q

9 Standard AC Formations

A
Trail
Staggered trail left
Staggered trail right
Echelon left
Echelon right
Heavy left
Heavy right
Diamond (most secure)
Vee
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14
Q

3 things you can do to an obstacle on a HLS

A

Reduce, Remove, or Mark

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15
Q

What is an Obstacle

A

anything 18” high, wide or deep

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16
Q

AC with Max Ground Slope of 6 degrees

A

UH-1 and CH-53

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17
Q

AC with Max Ground Slope of 8 degrees

A

MH-6 or OH-58

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18
Q

AC with Max Ground Slope of 9 degrees

A

MV-22

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19
Q

AC with Max Ground Slope of 15 degrees

A

UH-60 and CH-47

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20
Q

Air Assault what unique capabilities to CDRs?

A

Can extend the battlefield
Rapidly concentrate combat power like no other
designed to capitalize on speed and mobility to achieve surprise.

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21
Q

What do PF mainly provide to Air Assault task force

A

navigational aid and advisory services to military aircraft in AOR.
Secondary mission: provide advice and limited aid to units planning air assault or airdrop ops

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22
Q

Ideally, CDRs assign PF teams to what?

A

Combat aviation battalion

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23
Q

5 Plans of Air Assault

A

Ground Tactical (normally developed 1st)
Landing (supports the ground tactical plan)
Air Movement (based on the ground tactical plan and landing plan)
Loading (based on air movement plan)
Staging (based on loading plan)

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24
Q

No existing units below ________ level that are capable of unilaterally conduction effective air assault ops

A

Division

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25
Lowest level that has sufficient personnel to plan, coordinate and control an air assault op
Battalion
26
Foundation of a successful air assault op
Ground unit Commander's tactical Plan
27
PF prepare equipment in the following order
``` Radios navigation aids Weapons Essential individual equipment Assembly aids Other items as needed ```
28
Air Mission Brief
last coordination meeting of key participants
29
Aviation assets are designed in to
Lifts, serials, and loads
30
Load
Personnel and/or equipment that are designated to be moved by a specific AC. Ex. within a lift of 10 AC, there are AC 1 thru 10.
31
Serials
a tactical group of two or more AC under the control of a serial commander and separated from others by time or space. No more than 6 AC in a serial.
32
Lift
One sortie of all utility and cargo AC assigned to a mission.
33
Sequence of Departure
base upon the mission to be accomplished by each subordinate unit upon landing.
34
Air Assault Company CDR
``` Overall responsibility Plans op briefs subordinate leaders issues the OPORD conducts rehearsals Rides in AMC AC for C2 ```
35
PZCO
``` controls and coordinates ops in PZ. (S4 selects and controls logistical PZs) Forms the control group XO, 1SG, or PL at the Company Level S3 Air at the BN level Establishes commo. plans & initiates fire support and security clears PZ of obstacles ```
36
PZCNCOIC
1SG, PSG, Squad Leader or Section SGT at the Company level
37
RTO
2 radios: 1 on Combat Aviation and 1 on Company Command Net (at the company level)
38
#1 TDP Signalman
Should have a seat on the lead AC
39
Chalk-linkup guides
1 per chalk. primary duties to assist in link-up and movement of chalks from the unit AA to the chalk AA. (at the company level)
40
Sling Load Team
A signalman, hook-up man, and static probe man.
41
AC Troop CDR/Chalk Leader
``` Responsible for: Seating arrangement loading procedures use of safety belts In-flight procedures Offloading procedures ```
42
PF responsibilities at PZ
GTA commo Inspects sling loads Prepares site Assist PZCO
43
PF Site Team Leader
``` Supervises: Organizes at OBJ RP Recons Designating sling load points emplacing GTA operator clearing or marking site ```
44
4 factor that determine extra PF
Size of landing site density of air traffic number & type of visual and electronic aids tactical situation
45
Distance between TDPs
TDP X 1.5
46
ACs with Crosswind and Tailwind limitation of 15kts
UH-1N UH-60 A/L/M CH-53 MH/AH-6
47
MV-22 crosswind and tail wind limitations
crosswind: 30 tailwind: 10
48
OH-58 crosswind and tailwind limitations
crosswind: 35 tailwind: 20
49
UH-1Y crosswind and tailwind limitations
crosswind: 40 tailwind: 40
50
CH 46/47 crosswind and tailwind limitations
crosswind: 45 tailwind: 10
51
AH-64 crosswind and tailwind limitations
crosswind: 45 tailwind: 45
52
OH-58 # of emergency exits
2 crew doors
53
UH-1 # of emergency exits
4: 2 pilot doors and 2 troop doors
54
UH-60 # of emergency exits
6: 2 cockpit doors, cabin windows
55
MV-22B # of emergency exits
6: door, Ramp, 2 pilot windows, 2 blow out windows
56
CH-47 # of emergency exits
11: 3 primary, 8 secondary windows
57
UH-1N Airspeed
cruising: 110 max: 120
58
UH-1N Airspeed
cruising: 110 max: 120
59
UH-1Y Airspeed
cruising: 158 max: 164
60
UH-1Y Airspeed
cruising: 158 max: 164
61
UH-60L/M Airspeed
cruising: 150 max: 159
62
UH-60L/M Airspeed
cruising: 150 max: 159
63
SH-60 Airspeed
cruising: 146 max: 180
64
SH-60 Airspeed
cruising: 146 max: 180
65
CH-47D/F Airspeed
cruising: 130 max: 170
66
CH-47D/F Airspeed
cruising: 130 max: 170
67
CH-53E Airspeed
cruising: 150 max: 200
68
CH-53E Airspeed
cruising: 150 max: 200
69
CH-53K Airspeed
cruising 160 | max: 200
70
CH-53K Airspeed
cruising 160 | max: 200
71
V-22 Airspeed
cruising: 220 max: 250
72
V-22 Airspeed
cruising: 220 max: 250
73
PF primary employment for Air Assault
select, mark, improve, and control landing sites. Engineers in direct support (DS) of lifted ground units.
74
PF secondary employment for Air Assault
control aviation unit base airfield perform map and aerial photographic work perform routine maintenance on their equipment
75
Graphic control measure
SP: topo feature easily identifiable from the air used as navigational aid. Normally no closer than 3 to 5 km from PZ. 2 min planning time. RP: 3 to 5 km from LZ. ACP or CCP
76
2 key elements of an air movement plan
1. Flight routes, w/ flight route overlays 2. Air Movement table primary and alternate for both
77
3 types of flight routes
Restricted flight route: restricted to heading and altitude. Flight corridor: extend 200-300 m on either side and 500 ft above and below. Flight axis: set width but no specific altitude.
78
3 types of terrain flight modes
NAP of the earth Contour Low level
79
Tactical Integrity of Units
intact on the same aircraft
80
Tactical cross load
all leader and crew serve weapons on different AC
81
PZ posture: what is the time before pick up
15 minutes
82
when to units arrive to staging area?
1 hour prior to pick up
83
Who makes an air movement table
air liaison officer and ground unit CDR coordinate with PF to make
84
Who is responsible at the company level for the bump plan
1SG or XO
85
Load time
3 mins for day | 5 mins for night
86
Flight time formula
T=Dx60/Sx1.84 T: Time D; Distance S: Ground Speed in knots(AMC provides this) 1.84: converts knots to kilometers per hour round up to the next whole # after computing.
87
Air movement table
1: AVN unit 2: Lifted Unit 3: Lift 4: Serial 5: Load 6: Pick Up Zone 7: Load Time 8: Takeoff Time 9: SP Time 10: RP Time 11: Landing Zone 12: Land Time 13: Remarks
88
Airloading Table
1: Personnel Equipment 2: Pickup Zone 3: Arrival Time 4: Load Time 5: AVN Unit 6: Lift 7: Serial 8: Load 9: Remarks
89
Slope Angle Formula
Slope Angle=VD x 57.3/ HD
90
What advisory is given if slope exceeds AC requirements
Terminate at a hover
91
Approach and Departure buffer?
50 meters or 5:1 ration (whichever is greater) Added to approach and departure ends of the HLS. 10 meters to both sides of the HLS.
92
Density Altitude
Humidity Altitude Temperature This increase, AC performance decreases
93
Prioritizing landing direction
1: Long axis of the site 2: Wind direction & Speed 3: Slope at the site