80T-122 (ACS NATOPS) Flashcards

1
Q

What is the HOSTAC?

A

Helicopter Operations from Ships other than Aircraft Carrier

  • Used for cross-deck helo operations with different countries
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2
Q

What is the Air Capable Ships Aviation Facilities Resume?

A
  • Has procedures for inspection certification of all required aviation facilities and equipment to ensure proper functioning and safety requirements are met
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3
Q

What are the Levels of Operation? (3)

A

1 - IMC Day/Night Ops

2 - VMC Day/Night Ops

3 - VMC Day Only Ops

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4
Q

What are the classes of Facilities? (8)

A

1 - Landing area with service and maint. facilities for certified aircraft

2- Landing area with only service facilities

2A - Landing area with limited service facilities

3 - Landing area, no services

4 - VERTREP/HVR area with minimum 5’ hover

5 - VERTREP/HVR area with minimum 15’ hover

6 - HIFR capable of minimum 50 gal per minute at

20 psi, to height of 40’ above water
6R - HIFR capable of 25-49 gal per minute at 20 psi, to height of 40’ above water

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5
Q

What shall be operable for all ship launches/recoveries in IMC?

A

TACAN shall be operable

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6
Q

What line-up line do Romeos line up on?

A

FWD Butt line

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7
Q

What is the difference between VERTREP “T” Line and “Ball and T” Line?

A
  • T line is used for H60 for obstacle clearance with rotor hubs on or aft of line
  • Ball and T line used for 53s and 22s
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8
Q

What does the HIFR marking look like?

A

Letter “H” on left side of flight deck

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9
Q

What is the ACS control zone?

A

5 NM radius from SFC-2500’ MSL

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10
Q

What is NVD Compatible?

A

Light systems only required for the unaided operator and shall have no adverse effect on operator equipped with NVDs

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11
Q

What is NVD Compliant?

A

Components that are NVD compatible, NVD ship friendly, and noncompatible systems which are dimmed or hidden from direct LOS to operator.

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12
Q

What are optimum winds for normal operations?

A

Winds down lineup lines at ~ 1/2 max speed allowed by wind envelopes

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13
Q

What are optimum winds for single engine?

A

Winds as close as possible to being down lineup lines as max wind speed allowed by wind envelopes

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14
Q

What are optimum winds for up-the-stern approaches?

A

10-20 degrees off port bow at 1/2 max speed allowed

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15
Q

What are optimum winds for AFCS/SAS/BOOST or any flight control failure?

A

Winds in appropriate wind envelope that provides most stable deck.

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16
Q

What is the brevity “Raspberry”?

A

Ship-to-shore HF radio net for flight following.

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17
Q

What is the shipboard landing environment?

A

From MAP to flight deck landing which pilots transition from instrument scan to visual scan

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18
Q

What is shipboard takeoff environment?

A

When PAC transitions from visual to instrument scan after positive rates and obstruction clearance is assured

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19
Q

What is ZIPLIP?

A

During VMC where positive comms control is waived and only Safety of Flight comms permitted

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20
Q

When shall the Horizon Reference System (HRS) be used?

A

When there is no visible horizon

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21
Q

What are the permissible light degradations for UNAIDED operations? (2)

A

A failure of not more than 1 subsystem required for ship certification provided below are met:

  • Visible horizon exists and discernable by HAC in landing/takeoff environment
  • Ship’s CO and Air Boss (OIC)/HAC (if no OIC) concur that the failed lighting system is not critical to mission
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22
Q

What are the permissible light degradations for AIDED operations? (3)

A

A failure of not more than 1 subsystem required for ship certification provided below are met:

  • Visible horizon exists and discernable by HAC in landing/takeoff environment
  • Ship’s CO and Air Boss (OIC)/HAC (if no OIC) concur that the failed lighting system is not critical to mission
  • Overhead/FWD Structure floodlights, Deck Surface/Hangar Wash floodlights, and Associated Lighting Control Panels are all operational
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23
Q

What are the VLA Categories? (4)

A
  • VERTREP (deck edge, VERTREP lineup lights, HIFR heading lights)
  • Landing-configured (ASGSI, Waveoff Lights)
  • LAMPS Mk III (flight deck status lights, HRS)
  • Accessory Visual Aids (wands, windsock)
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24
Q

What should you fly on an A/SGSI?

A

Fly the amber/red interface to give 3 degree glideslope

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25
Q

How much water is used in a freshwater washdown? (2)

A

Sheltered - 100 gal

Unsheltered - 500 gal

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26
Q

What is the 80T-122 Radius of Action?

A

Shall not exceed 45% max range

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27
Q

Can aviation detachment personnel be assigned additional or collateral duties?

A

No; Shall not be assigned because the requirement to immediately launch puts personnel on a 24 hour call basis

28
Q

What are the LSO’s responsibilities? (3)

A
  • Manning RAST during RAST launch/recovery and establishing comms with bridge, HCO, FDD, and Helo
  • Ensure all RAST pre-op checks are complete
  • Ensure all safety precautions are enforced
29
Q

What are Hovering Aircraft considered?

A

Considered ships not under control and ships shall not pass within 500 yards of hovering aircraft

30
Q

What are the Hazards of Electromagnetic Radiation to People minimum safe distances?

A

SPY: High Power - 520’ / Low Power - 50’

31
Q

What is Alert 5?

A
  • Spotted for immediate launch
  • Spread
  • Stores/weapons loaded
  • External power applied
  • Aircrew strapped in and up to Start Engine Checklist
  • Ship at flight quarters with fire party
  • 4 hours max time
  • Just as fatiguing as actual flight and should only be used when launch is imminent
32
Q

What is Alert 15?

A
  • Spotted
  • Spread
  • Stores loaded
  • Aircrew briefed, Preflight complete, standing by for immediate call
  • Ship at flight quarters with fire party
  • 8 hours max time
33
Q

What is Alert 30?

A
  • Spotted or in hangar
  • May be folded
  • Stores loaded
  • Aircrew briefed
  • Ship not at flight quarters
  • Max 18 hours single helo
  • Max 48 hours dual helo
  • Able to stand unlimited if 2 helo manning allows but daily and turnaround inspections will be required every 24/72 hours respectively
34
Q

What is Alert 60?

A
  • Helo in hangar
  • Minor maintenance allowed
  • Crew designated
  • Ship not at flight quarters
  • No time limit
35
Q

What is the Post-Deployment Policy?

A

Should not be conducted at night or IMC

Shall not exceed 75% max range

36
Q

What are the types of tiedowns?

A
Initial (4 chains/2 on each wheel mount)
Permanent (12 chains/ 2 on each attachment point)
Heavy Weather (18 chains/ 3 on each attachment point)
37
Q

When is Initial Tiedown required?

A

Before launch, upon recovery, after respotted

38
Q

When is Permanent Tiedown required?

A

Not at flight quarters or when aircraft not expected to be launched or spotted

39
Q

When is Heavy Weather Tiedown required?

A

High winds, heavy seas, heavy maintenance

Surface winds above 35kts, Sea State of 8’, winds over deck above 60kts, pitch above 4 degrees, roll above 12 degrees

40
Q

What are the Night HIFR requirements? (5)

A
Visible natural horizon seen by pilot
Should not exceed pitch 5, roll 10
HIFR Heading Lights
LSE positioned at helo control point
Comms with A/C and pass numbers
41
Q

What is the danger with true winds abaft the beam?

A

For night/IMC, these winds are not recommended because it couples high nose attitudes with reduced visuals and can cause vertigo

PIC shall give permission

42
Q

What is the Lost Comms immediate landing procedure?

A

Fly close aboard starboard quarter
HVR Light/Searchlight ON
Complete Electrical Failure, fire flare seaward

43
Q

What is the Lost Comms desire to land but can wait until next recovery procedure?

A

Fly by or HVR starboard side, low and close aboard
POS Lights FLASH/BRIGHT, SMACKS ON
Complete Electrical Failure, fire flare seaward

44
Q

What is the Lost Comms Desire Immediate HIFR procedure?

A

Fly by and return to HVR on port beam
AWR gives “Desire HIFR” hand signal
Fire flare seaward

45
Q

What is the Lost Comms Establish Comms on PRI Helo Control or FLEET COMMON 277.8?

A

Fly slow on port side in low altitude tight left hand pattern or fire flare seaward

46
Q

What is HERO?

A

Hazards of Electromagnetic Radiation to Ordnance

Possibility of warhead detonation due to RF

47
Q

What are the limitations for CRUDES control zone? (3)

A

Not in effect if it extends into CVN, AMPHIB, Airfields airspaces

Not in effect if it lies inside restricted area, warning area, MOA without controlling agency approval

With 2 or more ships in company, only 1 control zone directed by OTC

48
Q

CRUDES VMC Minimums?

A

500’ / 1

49
Q

What are the dimensions for the Control Area?

A

50NM at assigned altitude

50
Q

What are the 4 basic aircraft emergencies?

A

Case that causes A/C to ditch/crash

Require immediate landing

Precautionary ship landing

Occur on flight deck

51
Q

When does CRUDES turn to FC in an emergency?

A

3NM day

4NM night/IMC

52
Q

What are the two types of requests made by pilots to land during emergency?

A

Best Winds (power loss)

Stable Deck (controllability issue)

53
Q

What is the ALPHA Pattern?

A

Non-Jettisonable/Hung Foward Firing Ordnance Pattern

Clockwise, 300’ AGL, 80 KIAS

Maintain heading to so that the firing bearing does not cross the ship

54
Q

What is the Offset Approach?

A

Used for hung ordnance with no shore facility or CV w/ EOD available

Shall be flown from right seat during day/night IMC

Recommends Port RSD to ensure landing gear will fit

Recommends ~ 5 degree left offset at 1/4 mile

Recommends 25-40 degree left offset when in HVR over flight deck (min 18 degrees)

AWR conning calls made in reference to the longitudinal axis

55
Q

When is Lost Comms assumed? (4)

A
  • Squawk 7600
  • A/C making 120 degree turns every 2 minutes
  • Radio check 15 minutes overdue
  • Helo and ship do not make contact at briefed recovery time
56
Q

When is Lost Aircraft assumed? (3)

A

Positive radar/IFF not established AND EITHER:

  • Radio check 30 minutes overdue
  • A/C 30 minutes overdue at briefed recovery time
57
Q

What is an ELVA? (3)

A

Emergency Low Visibility Approach

If executed below 200- 1/2, considered to be emergency and does not have fuel to divert to GCA/CCA

Uses Gunfire Control System because is most accurate

58
Q

What is the ELVA pattern? (6)

A

GATE: 4 mile, 400’ AGL, 70 KIAS

Starboard App: Final approach heading is BRC - 15 degrees
Port App: Final approach heading is BRC + 15 degrees

On final, heading corrections should be no more than 5 degrees using 1/2 SRT

Every 1/2 mile should decrease altitude by 50’

At 1 mile, slow to 40 KIAS

Final profile is 50’, 40 KIAS until MAP

59
Q

What is the ELVA MAP?

A

50’ and 100 yards

60
Q

What is the ELVA Missed Approach Procedure?

A

30 degree heading change away from ship and climb to 400’ AGL

61
Q

What is a Smokelight Approach? (6)

A

Used as last resort when ELVA is not available due to equipment

CO and PIC (or OIC) agree to attempt procedure

A/C 2 NM aft of ship on 180 radial

A/C descends at PIC discretion to 40’ / 40 KIAS

Ship personnel drop smokes every 15 seconds or at briefed interval

A/C follows smokelights up the ships wake until visual

62
Q

What does plots in the red mean? (2)

A

Presents significant risk of water impacting rotors

Can cause catastrophic damage and loss of aircrew and flight deck personnel

63
Q

What ships are prohibited to operate with polar plots in the red with aircraft and personnel on the flight deck?

A

DDG-51 class ships

64
Q

What does plots in the yellow mean? (2)

A
  • Indicates a hazard of up to 2 feet of water over the flight deck
  • May wash personnel overboard or damage aircraft
65
Q

What does plots in the white mean?

A

Does not eliminate the risk of water impacting rotor or washing over flight deck