Ass to Mouth (AR GK ) Flashcards

1
Q

Emission Control (EMCON) Option 1

A

EMISSION OPTION 1: Any and all emitters are authorized to ensure timely training/feedback and maximum safety; Emission Option 1 will normally be used for qualification, requalification, category qualification and difference training for tanker or receiver
units. Emission Options 2 and 3 may be used for essential training provided tanker and receiver units conduct verbal coordination prior to flight. Tanker boom operators
will give verbal corrections when required to ensure receiver aircraft maintains proper envelope position.

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2
Q

Minimum Equipment for AR

A
  • AN/APX-105 - Radar beacon, two pulse variable width
  • UHF/DF
  • TACAN A/A (Range and Bearing)
  • Weather Radar
  • Any additional MEL requirements
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3
Q

What is the AN/APX-105?

A

An AN/APX-105, I-band radar beacon is installed for aircraft identification, bearing, and
range guidance. It is typically used for aerial refueling. The beacon responds to interrogations providing the tanker aircraft with a reply target on their radar.

Response range of the beacon is up to 300 NM. Its antennas are located on both sides of the vertical stabilizer. Radar beacon control is accomplished through the MCD’s RADAR BEACON and COMM EMITTER CONTROL pages.

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4
Q

Turbulence and Visibility for AR

A

Turbulence
Do not plan AAR if SEVERE turbulence is forecast
Terminate refueling if MODERATE turbulence is encountered

Visibility
1 NM for single ship tanker or receiver
2 NM for formation tanker or receiver

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5
Q

Fuel Transfer Rate(s)

A

KC-135 – 6000 lb/min
KC-10 – 8000 lb/min

C-17 Onload Rate
4 Tanks – 7650 lb/min
2 Tanks – 3500 lb/min
Reverse A/R – 1600 lb/min

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6
Q

C-17 Communications / Monitoring

A
  • All primary crewmembers will monitor the air refueling frequency
  • PF will monitor only interphone and the air refueling frequency during rendezvous and air refueling
  • At least one other pilot will monitor UHF guard frequency
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7
Q

Tanker / Receiver RZ Speeds & altitude envelope

A

C-17 Rendezvous airspeed - 310 KCAS

KC-10
Airspeed - 285 KCAS
Altitudes - 12,000 ft. to 31,000 ft.

KC-135
Airspeed - 265 KCAS
Altitudes - 3,000 ft. to 31,000 ft.

KC-46
Airspeed - 275 KCAS
Altitudes - 5,000 ft. to 31,000 ft.

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8
Q

TANKER AIRCRAFT LIGHTS

A

A single tanker performing a rendezvous will always display RED/RED in the upper and lower rendezvous lights. The spare tanker will not display a rendezvous light during the rendezvous. However, if the spare is used during the air refueling the appropriate color code will be displayed until the receiver is in the pre-contact position. Refer to Table 8-2 for KC-135 and KC-10 identification lighting.

Both the KC-135 and KC-10 lead will be RED/RED and his wingman will be WHITE/WHITE. A third tanker will display BOTH Red and White on top and bottom. A fourth tanker will be White over Red.

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9
Q

Tanker Boom Compression Poundage

A
  • KC-10: 600lbs
  • KC-135: 200lbs
  • KC-46: 1200lbs
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10
Q

Tanker Visual Signals

BOOM in Trail

A
  • Extended: Ready for contact.
  • Fully Extended: Tanker in manual operation without tanker disconnect capability, OR Acknowledge receiver’s Manual Boom Latching signal
  • Fully Retracted: Offload complete
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11
Q

Tanker Visual Signals

BOOM Stowed

A
  • Fully Retracted: Tanker AR system is INOP
  • Zero degrees elevation, extended 5 feet: System malfunction. Tanker and receiver check air refueling systems.
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12
Q

AR Visual Signals (other)

A
  • Flashing PDIs and/or lower Rotating Beacon ON (tanker): BREAKAWAY
  • PDIs extinguished during contact: Tanker request for disconnect, receiver returns to precontact position
  • Receiver closing and opening receptacle door while in pre-contact position “nom nom nom”: Emergency boom latch request, or Acknowledge tanker’s manual operation without tanker disconnect capability
  • Steady light or rocking wings (receiver): Emergency fuel shortage exists.
  • Flashing light from receiver cockpit area: Initiate toboggan maneuver.
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13
Q

AR Visual Signal (additional fuel required Day/Night)

A

Same receiver returns to pre-contact with receptacle door open:

  • Day: Pilot signals closed fist, thumb to mouth plus hand signaling number.
  • Night: Same receiver returns to pre-contact with receptacle door open, ready for contact.
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14
Q

AR DISCONNECT Types

A

There are two major classifications of disconnects: planned and inadvertent. Planned disconnects may be initiated by either the receiver pilot, copilot, or tanker boom
operator activating a disconnect switch.

Disconnects may be initiated by the receiver if less than a full load is required, if a malfunction is suspected, or for training purposes.

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15
Q

How to reset the signal amplifier system

A

Depress the ATS/AR (air refueling) disconnect-reset switch (throttles), after the boom is clear
of the receptacle. This will illuminate the READY light and the DISCONNECT light will go out.

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16
Q

Disconnecting in an Emergency

A

To disconnect in an emergency, the receiver pilot and copilot must be prepared at all times to press the air refueling AP/A/R button on the control stick. If the DISCONNECT
light does not illuminate, press the ATS/A/R Disconnect-Reset button (throttles).

Every effort should be made to stay in the contact position until certain that the boom is clear of the refueling receptacle, unless a serious emergency exists or a breakaway has been called.

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17
Q

OVERRUN PROCEDURE

A

If the receiver overruns the tanker, the receiver will reduce airspeed to 255 KCAS or Vmma, whichever is higher, and maintain track and altitude.

Slats may be extended to permit lower minimum maneuvering speed, if required.

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18
Q

AR Vernacular: AIR REFUELING CELL

A

Two or more tankers and/or receivers

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19
Q

AR Vernacular: A/R Echelon

A

A 60 degree right echelon on formation lead (measured from receiver lead’s longitudinal axis) with a 1 NM separation nose-to-nose.

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20
Q

AR Vernacular: EMISSION OPTIONS

A

Options developed to allow aircrew to rendezvous and air refuel using four levels of emission control.

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21
Q

Define: STABILIZED PRECONTACT POSITION:

A

The position approximately 50 feet behind and slightly below the tanker boom nozzle where the receiver stabilizes before being cleared to the contact position.

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22
Q

3 C’s prior to the IP

A
  • Cleared Into The Block Altitude
  • Cleared To Conduct AR
  • Cleared to AR Frequency
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23
Q

3 R’s

A
  • Radios: Monitor AR Primary
  • Radar: Set your radar / beacon / tacan
  • Rendezvous check: should be accomplished prior to descent but no later than departing the IP inbound
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24
Q

When should you accomplish the precontact checklist

A

When Visually Maneuvering to the Pre-Contact Position

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25
Q

Refueling Into The Sun? What can you ask for?

A

Receiver pilot may request alternating (20-40 degrees) heading changes to increase visibility

26
Q

Immediate Breakaway Procedures

A

PF Procedures
*“(Tanker Callsign) BREAKAWAY, BREAKAWAY, BREAKAWAY”
*Press AP/AR & ATS/AR disconnect buttons
*Throttles Idle
*Extend Speed Brakes
*Establish Positive Rate of Descent (negative FPV) & Move Aft

PM Procedures
*Press AP/AR disconnect button
*Maintain visual contact with tanker
*Turn on rotating beacon lights when clear
*Use Weather Radar if visual contact is lost

27
Q

Post-Immediate BREAKAWAY Procedures

A
  • Drop aft of the tanker until entire tanker in sight
  • Descend to 1000’ below the tanker IF you lose visual
28
Q

Radio-Silent Indications of BREAKAWAY

A
  • Flashing PDI lights
  • Tanker Lower Rotating Beacon On
29
Q

Practice Emergency Separation Details

A
  • Must coordinate with boom first
  • Tanker disconnect capability must be verified
  • Terminate no LOWER than 500’ below tanker
30
Q

Post-AR Procedures (all training / offload complete)

A
  • Descend to bottom of block
  • Remain within 3NM until MARSA terminated
31
Q

Overrun Procedures

A
  • Can be called by either Tanker or Receiver
  • Ensure 1000’ altitude separation
  • “(Tanker Callsign) Execute Overrun
  • Reduce speed to the higher of 255 KCAS or VMMA (use slats if required to lower Vmma)
  • Can be terminated by either Tanker or Receiver
  • “(Tanker Callsign) Terminate Overrun
32
Q

Loss Of Visual Contact Following BREAKAWAY

A
  • “(Callsign) Loss of Visual Contact”
  • Disconnect from tanker
  • Maintain Tanker Heading or Roll Wings Level if in a turn
  • Slow down 10 kts
  • Descend 1000’ below tanker
  • Resume previous speed after 30 seconds
33
Q

What does Tanker Manual Operation (No Tanker Disconnect) mean for us?

A
  • Tanker cannot trigger disconnect
  • AR WILL NOT be conducted unless Fuel Emergency or JCS alert
34
Q

Lets say you’re Unable To Disconnect from the Tanker….

A
  1. Maintain A/R Position
  2. Get Into Checklist
  3. Press Pilot AP Disconnect…. then ATS Disconnect…. then CP AP Disconnect
  4. Press and hold AR READY LIGHT 3-4 seconds…. DON’T PUSH MASTERs!
  5. If No Release Pull OVHD J19
  6. Controlled Tension Disconnect As Last Resort (KC-135)
  7. Independent Disconnect System (NON KC-135s)
35
Q

Define UARRSI acronym

A

Universal Aerial Refueling Receptacle Slipway Installation

36
Q

Slipway Door Operation Explanation

A
  • Mechanically unlocked / opened by spring action and hydraulically closed by the No. 3 hydraulic system
  • Can be opened manually (but not closed) by pulling the T-handle in the crew rest area regardless of hydraulic system pressure availability
37
Q

Signal Amplifier Purpose / Explanation

A

In conjunction with the tanker signal amplifier, this provides normal and alternate control features to ready, latch and disconnect the A/R system through the mated coils in the UARRSI

38
Q

Explain the Electrical Coil in the UARRSI

A
  • Mates to an identical coil on the tanker boom
  • Provides communications and boom disconnect capability between the tanker and receiver
39
Q

What do the MASTER Switches do?

A

MASTER switches energize the signal amplifier, open the refueling isolation valves, de-energize the automatic fuel management system….. also for opening the slipway door.

40
Q

What does the ATS/A/R disconnect switch do when pressed?

A
  • Resets the signal amplifier, and turns on the READY light(s)
  • Retracts the latches releasing the boom, signals the tanker, extinguishes the LATCHED light, and illuminates the DISC light
41
Q

What action commands the Boom Latches to engage?

A

When the boom seats in the UARRSI, the electric coils mate and the signal amplifier commands the boom latches to engage.

42
Q

Pressing the Scavenge Pump Switchlight… why and for how long?

A
  • Press the scavenge pump switch for 5 seconds to drain the AR fuel manifold (can take approximately 5 minutes to drain)
  • Scavenged fuel is returned to No. 3 fuel tank
43
Q

EFCS AR Mode: What does it do to the Pitch / Roll axis?

A

Sets pitch and roll axis gains for A/R maneuvers

44
Q

EFCS AR Mode: Can you engage the Flight Director?

A

No, the F/D remains inhibited from engaging until the EFCS A/R mode is disengaged

45
Q

EFCS AR Mode: How does Trim Functionality change?

A
  • Only Roll Trim truly moves the control stick in response to trim inputs
  • Pitch Trim inputs electronically bias the FCC pitch control stick position in order to relieve pilot longitudinal stick forces
  • Pitch Automatic Trim is still available to unload long term elevator displacements which develop as fuel is onloaded and aircraft center of gravity moves
  • Provides stabilizer motion only when absolutely necessary
  • Automatic Stabilizer Trim movement in the contact position may appear to the pilot as a pitch wobble or sensitivity
46
Q

Why would you purposely delay engaging EFCS A/R mode?

A
  • Engaging EFCS A/R mode at speeds significantly different than the planned contact speed can increase the possibility of encountering pitch wobble or sensitivity
  • Delay engaging EFCS A/R mode until stable on contact speed to ensure the stabilizer is properly trimmed
47
Q

Thrust Reverser Assumptions

A

IDLE: Assumes loss of 1 engine and 3 engines in reverse idle

INOP: Assumes 1 engine inoperative and 3 engines in forward idle

MAX: Assumes loss of 1 engine, 1 engine in idle reverse, and symmetric engines in max reverse

4ENG: assumes all four engines operating and in maximum reverse thrust (SPAM Only)

48
Q

For purposes of AR, what does Scavenge mean?

A

Scavenge means to purge trapped fuel from A/R manifold after refueling. Located on right wing front spar. Enabled with both master switches are off. The LOW light comes on then after a minute, the pump automatically turns off.

49
Q

Techniques for computing tanker TAS

A

For most accurate data, update the tanker TAS & track drift once proceeding on track to the CP and on RV airspeed

Half tanker altitude technique: at 1/2 of the tanker’s altitude for 275 (the tanker’s RZ speed) (e. g. Tanker @ FL 210… 210/2=105. 105+275 =380 TAS)

50
Q

Technique for correcting KC-135 turn range and offset in the Box

A

Select KC-10 instead of KC-135 (caveats - make sure to switch back to proper type of tanker to enable for proper beacon of interest, RZ airspeed and fuel computations)

51
Q

Why do we compute timing @ turn range?

A
  • To assist in determining an overrun situation @ the halfway point
  • Start timing @ calculated slant range (turn range, assuming tanker is at the correct offset)
52
Q

Why do we compute halfway through the turn = 1/3 of turn range?

A
  • To assist in determining an overrun situation
  • At approx. 1 min 10 sec, the tanker should be halfway through the turn. For slant range distances of 6 NM or less, be prepared for an overrun & consider slowing
53
Q

What is an under-run and its correction?

A

When the tanker rolls out, he is greater than 3NM ahead of you…. the solution is to accelerate and close that gap

54
Q

Halfway through the turn rules of thumb…

A
  • Tanker Slant Range > 10NM; Accelerate to 340
  • Tanker Slant Range 8-10; Accelerate to 320
  • Tanker Slant Range 6-8: Maintain 310
  • Tanker <6; Anticipate overrun
55
Q

KC-135 - 30 degree line references

A

AR- KC-135 30 degree line references

  • Even when READY light (2/3 up the windscreen) or at top of HUD bank indicator
  • once boom in trail can be seen, put it on the tankers nose
  • once PDI lights can be seen, place the end of the boom in the middle of PDI lights
  • or cradle the boom pod w/ the rudder-vators
  • at night: equilateral triangle formed by 2 underbody lights and tail cone stinger light or the wingtip lights and the light at the top of the tail
  • at night: straight row of lights formed by underbody lights and position lights
56
Q

KC-135 - Astern references

A

AR - KC-135 Astern references

  • Inverted T with UHF antenna and rivet line. One line-width between the line and the tip of the antenna. If white line is hard to see, place the tip of the UHF antenna on the base of the Block 40 antenna
  • Horizontal line w/ Block 40 antenna and the ‘F’ and ‘D’ PDI lights place tip of Block 40 antenna to where it barely pokes through the oval of rivets
  • Flap hinges will be visible if too high
  • Typically, vertical stabilizer & singer light may be barely in the top of the windscreen or just out of view
  • Align yourself with corresponding row of PDIs
  • If UHF antenna is approaching the edge of the yellow stripe, you’re approaching the lateral boom limit
57
Q

KC-135 boom limits

A
  • 10 left/right
  • 25 upper/40 lower (note: upper limit at intermediate fly down light
  • 6 to 18’ extension
58
Q

KC-10 boom limits

A
  • 19 left/right
  • 25 upper/ 40 lower
  • 6 to 21 extension
59
Q

How low do you go during a real BREAKAWAY?

A

Establish a positive rate of descent and drop aft of the tanker until the entire tanker is in sight

WARNING: If the receiver loses sight of the tanker at any time after overrunning, the receiver shall establish a positive rate of descent to 1000 ft below air refueling altitude until the receiver is definitely positioned aft of the tanker and has the tanker in visual contact.

60
Q

STORED (you suck) Versus UNID EXTRA.

A

STORED fuel is much like UNID EXTRA in that it is extra fuel above and beyond what is required to fly the mission.

STORED fuel or (you suck fuel) is the fuel remaining on board based upon the assumption that the receiver gets to the AR BINGO (soft waypoint 150 NM downtrack from ARCP) without taking on any fuel from the tanker (you suck as a pilot), diverts to the AR ALTN via the AR alternate routing in the FLT PLN, holds, and then lands.

UNID EXTRA is the fuel remaining after receiving the planned on-load, flying to the destination via the routing in the FLT PLN, diverting via direct routing (if an ALTN was entered), holding, and landing.