Navair 00-80T-106

Front 1

Who is responsible for mission control of aircraft assigned to him?

Back 1

Combat Information Center Officer (CIC)

Front 2

Who control sand coordinates airborne tactical aircraft and helicopter operations with wupporting arms and other air operations through the TACC (afloat)?

Back 2

Tactical Air Officer

Front 3

True or False: The outer limit of the control zone shall not be established closer than 10NM to any airway, controlled airspace, or special use airspace, unless approved by cognizant authority (controlling activity, scheduling activity, or FAA facility).

Back 3

True

Front 4

Define the control zone?

Back 4

10NM radus surface up to and including 2,500 feet

Front 5

Define Control Area?

Back 5

100NM radius surface to unlimited

Front 6

Helicopters shall be separated from fixed-wing aircraft by ____ feet vertically.

Back 6

1,000 feet

Front 7

True or False: Voice procedures shall be concise and should not stray from standard air control phraseology as set forth in ACP 165 and current OPNAVINST 3721.1 series.

Back 7

True

Front 8

When shall transient aircraft approaching the ship for landing contact AOCC/HDC?

Back 8

25 miles out or when "feet wet"

Front 9

Who control the 5 MC (flight deck announcing system)?

Back 9

Prifly

Front 10

Who has control for optical landing aids and flight deck lighting?

Back 10

Prifly

Front 11

Who is responsible to the squadron operations officer for the coordination and execution of the flight schedule?

Back 11

Squadron Operations Duty Officer

Front 12

True or False: Prifly/HDC shall not require a frequency change or heading change prior to reaching 300 feet unless reuired for safety reasons.

Back 12

True

Front 13

Describe helicopter Case I departure procedures?

Back 13

Helicopters shall clear the control zone at or below 300 feet or as directed by Prifly. Rendezvous shall be accomplished at briefed points in accordnance with squadron tactical doctrine.

Front 14

Describe helicopter Case II departure procedures?

Back 14

helicopter's shall depart via case I departure and maintain flight integrity below the clouds.

Front 15

Describe helicopter Case III departure procedures?

Back 15

helicopters shall launch at not less than 1-minute intervals, climb straight ahead to 500 feet, and intercept the 3-mile arc. They shall arc at 3 miles to intercept assigned departure radials. Upon reaching the assigned departure radial, turn outbound and commence climb to assigned altitude.

Front 16

Describe Case I VSTOL departure procedures?

Back 16

After takeoff, aircraft proceed straight ahead on BRC, climb to 500 feet and 7 miles. Execute unrestricted climb in VMC beyond 7 miles.

Front 17

Describe Case II VSTOL departure procedures?

Back 17

After takeoff, aircraft proceed straight ahead on BRC, climbing to 500 feet and 7 miles. At 7NM, turn to intercept the 10-mile arc to intercetp the assigned departure radial. The 500-foot limit is removed past 7 miles if climb can be continued in VMC.

Front 18

Where shall VSTOL aircraft rendezvous during Case II operations?

Back 18

Between 20 and 50 NM from the ship on the left side of the departure radial.

Front 19

Describe V/STOL Case III departure procedures?

Back 19

After takeoff, aircraft climb on BRC, accelerating to 300 knots and crossing the 5NM fix at 1,500 feet or above. Intercept and maintain the 10-miles arc until intercepting the assigned departure radial. At the 10-mile arc, commence a 300 knot climb to assigned departure altitude.

Front 20

During mixed operations, there shall be ____ minute launch interval between the last helicopter and first V/STOL.

Back 20

2

Front 21

Describe the overhead Delta pattern for helicopter?

Back 21

the overhead delta pattern is a VFR left-hand racetrach pattern established in the vicinity of the ship. It is oriented on the BRC and close aboard the starboard side at an optimum airspeed.

Front 22

Describe the Starboard Delta Pattern for helicopters?

Back 22

established on the starboard side of the ship between the 045 and 110 radials relative to the BRC between 1 and 3 miles. It si a right-hand racetrack flown at 300 feet and 80 knots.

Front 23

Describe the port Delta pattern for helicopters?

Back 23

A holding pattern established on the port side of the ship between the 225 and the 315 radials relative to the BRC between 3 and 5 miles. It is a left-hand racetrack flown at 300 feet and 80 knots.

Front 24

Describe the helicopter Charlie pattern?

Back 24

a left-hand racetrack pattern on the port side of the ship. The upwind leg parallels the BRC.

Front 25

Describe the helicopter night Case I recovery pattern?

Back 25

A left-hand pattern on the port side of the ship. Tha pattern is extended downwind allowing for a complete turn to final prior to beginning descent.

Front 26

Which two approaches are the standard night case I helicopter landing patterns.?

Back 26

The Charlie pattern, and the night case I helicopter recovery pattern

Front 27

Which TACAN marshal is on the 180 radial at 7 miles?

Back 27

TACAN marshal 1

Front 28

Describe the TACAN marshal 2?

Back 28

270 degree radial at 7 miles, altitude as assigned.

Front 29

Where is the TACAN marshal 3 located?

Back 29

090 degree radial at 7 miles, altitude as assigned.

Front 30

True or False: Base altitude for TACAN 1, 2, and 3 marshal shall not be less than 1,500 feet.

Back 30

False, the base altitude for TACAN 1, 2, and 3 marshal shall not be less than 1,000 feet.

Front 31

What is the minimum Delta issued for helicopter delta procedures, and at what interval?

Back 31

6 minutes, even (2) minute intervals

Front 32

During mixed operations helicopters shall cross the final bearing at or above what?

Back 32

2,000 feet

Front 33

Describe the V/STOL case I appraoch procedures?

Back 33

pilots shall report "see you" when visula contact with the ship is gained. AOCC/HDC shall switch aircraft to prifly at 5 miles.

Front 34

A spin pattern shall normally be initiated where?

Back 34

at the bow

Front 35

What type of control is utilized during Case II V/STOL approach proceudres, and until when?

Back 35

Positive control until the flight leader/pilot reports the ship in sight

Front 36

True or False: All bearign are relative to the BRC

Back 36

True

Front 37

Describe the TACAN overhead marshal pattern?

Back 37

an overhead holding pattern with the inbound leg 210 degrees relative to the BRC, 2 minute reacetrach, left-hand turns. The inbound leg passes over the holding fix (4 DME)

Front 38

Aircraft shall be cleared to depart marshal (EAT) every ____ minutes, operations and/or weather conditions permitting.

Back 38

2 minutes

Front 39

What altitude is platform at?

Back 39

5,000 feet

Front 40

Describe V/STOL Emergency Marshal?

Back 40

for the AV-8 shall be on the 150 degree radail relative to the EFB at 1,000 feet interval commencing at 5,000 feet. DME shall be assigned angles plus 15 run. After commencing, proceed inbound on the 150 degree relative radial leveling off at 1,200 feet, turn to intercept the 12NM arc. Arc on the 12 NM arc to intercetp the EFB and execute the final porition of the TACAN appraoch.

Front 41

How far apart do ships personnel drop smoke/matrix lights?

Back 41

15 seconds.