MQF Flashcards

1
Q

T/F Anytime an operational limit is exceeded an appropriate entry shall be made on AFTO Form 781.

A

True

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2
Q

Anytime an operational limit is exceeded, the 781 entry shall state what limit or limits were exceed, ______, and any additional data that will aid maintenance personnel in the inspection that is required.

A

Range and duration

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3
Q

T/F When power is interrupted or removed from the center MFD all exceedance information is erased.

A

True

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4
Q

Nr green band

A

91-105%

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5
Q

Normally, autorotation RPM will be set at approximately 91-105% and sea level, ____, at light gross weight (2 persons/ full fuel)

A

70 KIAS

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6
Q

A helicopter can be started in a maximum steady state or peak gust wind speed of ___ knots or a maximum gust spread of ___ knots.

A

30, 15

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7
Q

Three energized periods allowed per ___. Limit starter energizing time to:

A

hour; 35 seconds ON, 3 minutes OFF, 35 seconds ON, 30 minutes OFF, 35 seconds ON

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8
Q

Center of gravity (CG) limits for loading purposes are located between fuselage stations ___

A

130-144

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9
Q

When flying at an aft CG (____) terminate an approach at a minimum 5 foot hover prior to landing to prevent striking the tail on the ground.

A

Station 140 to 144

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10
Q

Lateral CG limits

A

± 7.5 inches

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11
Q

Towing the helicopter, with ground handling wheels installed, on rough surfaces at gross weights in excess of ___ pounds may cause permanent set in the aft cross tube.

A

9,500 lbs.

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12
Q

Abrupt changes of flight controls causing negative “G” load are prohibited. Intentional flight below ___ is prohibited.

A

+0.5G

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13
Q

T/F Intentional flight into severe or extreme turbulence is prohibited.

A

True

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14
Q

The helicopter should not be towed for ___ minutes after the battery switch has been turned OFF to prevent damage to attitude and directional gyros. If the helicopter must be towed prior to the waiting period, the battery switch shall be turned ON. Wait ___ minutes after the switches are ON before moving the helicopter.

A

25, 5

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15
Q

Maximum cross slope landing capabilities under normal conditions

A

10°

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16
Q

Maximum nose up slope landing capabilities under normal conditions

A

10°

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17
Q

Maximum nose down slope landing capabilities under normal conditions

A

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18
Q

Do not apply rotor brake above ___ Nr except for emergencies

A

20%

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19
Q

Applying rotor brake above ___ Nr will increase the tendency for the aircraft to spin on smooth surfaces.

A

40%

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20
Q

Dual tachometer (≤ to 91% Ng) Nr green band

A

91-105%

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21
Q

Dual tachometer (≤ to 91% Ng) Nf green band

A

97-104%

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22
Q

Dual tachometer: Red triangle at ___ (peak Nf). Transient range (from the Nf limit up to and including peak Nf) is limited to ___ seconds.

A

105%, 3 seconds

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23
Q

Dual tachometer (> 91% Ng) Nr green band

A

91-105%

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24
Q

Dual tachometer (> 91% Ng) choose Nf green band

A

97-102%

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25
Q

Ng green band (maximum)

A

105.8%

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26
Q

Engine oil temperature: green band (below 30°C FAT)

A

-55 to 93°C

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27
Q

Engine oil temperature: yellow band (below 30°C FAT)

A

93-100°C

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28
Q

Engine oil pressure: red band

A

0-25 psi

100+ psi

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29
Q

Engine oil pressure: white band

A

25-80 psi

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30
Q

Engine oil pressure: green band

A

80-100 psi

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31
Q

Engine oil pressure up to ___ psi on start is normal and aircraft limits have not been exceeded. Do not advance throttle until the pressure is within normal operating limits.

A

105 psi

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32
Q

EGT (prior to engine stabilization) green band:

A

0-950°C

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33
Q

EGT (engine stabilized) green band

A

400-820°c

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34
Q

EGT (engine stabilized) yellow band

A

820-880°C

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35
Q

EGT (engine stabilized) white band:

A

0-400°C

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36
Q

EGT (engine stabilized) red band:

A

880°C +

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37
Q

Transmission oil temperature: green band

A

-55 to 110°C

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38
Q

Transmission oil temperature red band

A

110°C +

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39
Q

Transmission oil pressure red band:

A

0-30 psi

70 psi +

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40
Q

Transmission oil pressure yellow band:

A

30-40 psi

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41
Q

Transmission oil pressure green band:

A

40-70 psi

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42
Q

Airspeed indicator (above 88% torque) red band:

A

80+ knots

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43
Q

Airspeed indicator (at or below 88% torque) red band:

A

130+ knots

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44
Q

Airspeed indicator (at or below 88% torque) green band:

A

0-130 knots

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45
Q

Fuel pressure white band:

A

0-8 psi

25-50 psi

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46
Q

Fuel pressure green band:

A

8-25 psi

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47
Q

Torque indicator green band:

A

0-88%

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48
Q

Torque indicator yellow band:

A

88-100% (5 minute limit)

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49
Q

If main cargo door comes open while in flight, reduce airspeed below ___ knots and secure the door.

A

50 knots

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50
Q

Do not operate the helicopter at airspeeds greater than ___ KIAS with cargo doors locked in the full open position

A

120 KIAS

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51
Q

Sideward flight limits are

A

35 knots

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52
Q

Rearward flight limits are

A

30 knots

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53
Q

T/F When the battery switch is ON, it allows the battery to be charged by the generator.

A

True

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54
Q

The fuel control assembly is mounted on the engine and consists of

A

metering section
computer section
overspeed governor

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55
Q

The engine de-ice is a fail-safe system and will automatically come on ___

A

In the event of a DC electrical failure

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56
Q

The compressor air-bleed band system and operation of the variable inlet guide vanes is controlled by

A

computer section

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57
Q

Icing of the engine air inlet screens can be expected when operating at outside air temperatures of ___ or below

A

4.4°C (40° F)

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58
Q

T/F The hydraulic switch, when in the OFF position, allows electrical current to flow to and close the hydraulic solenoid valve, thus denying hydraulic pressure to the servos. When in the ON position, current does not flow to the hydraulic solenoid valve leaving it open and hydraulic pressure applied to the servos

A

True

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59
Q

T/F The 90° gearbox provides no gear reduction

A

False

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60
Q

During a restricted visibility instrument takeoff, as the aircraft clears the ground, adjust attitude to a ___ degree nose low indication.

A

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61
Q

T/F A freewheeling unit is incorporated in the XMSN to provide a quick-disconnect from the engine if a power failure occurs.

A

True

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62
Q

T/F Convective turbulence is the most frequently encountered turbulence

A

False

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63
Q

Fuel flow will increase about ___ lbs per hour with the bleed air heat on and about ___ lbs per hour with de-ice on.

A

14lbs (2%)

21lbs (3%)

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64
Q

T/F Collective pitch should never be applied to reduce rotor RPM below normal limits to extend your glide distance.

A

True

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65
Q

Tail rotor failure can put the aircraft in such an attitude that the pilot naturally tends toward ___ cyclic to correct the attitude.

A

right-rear

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66
Q

Following tail rotor failure, cyclic inputs combined with aircraft attitude can exceed the ___ and induce mast bumping.

A

12° flapping angle

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67
Q

A failure within the irreversible valve may cause extreme stiffness in the

A

Collective or 2 of the 4 cyclic control quadrants

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68
Q

Operating procedures, techniques, etc… that are considered essential to emphasize

A

Note

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69
Q

Operating procedures, techniques, etc… that will result in personal injury or loss of life if not carefully followed

A

Warning

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70
Q

Operating procedure, technique, etc… that will result in damage to equipment if not carefully followed

A

Caution

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71
Q

Do not store or place items under ___ seating. Failure to observe may cause injury to personnel, during hard landing where the seat my stroke down or collapse.

A

Any

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72
Q

T/F Although Halon vapor has a low toxicity, its decomposition products can be hazardous.

A

True

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73
Q

Because automatic acceleration, deceleration, and overspeed control are not provided with the GOV switch in the EMER position, throttle and collective coordinated control movements must be smooth to prevent ____.

A

compressor stall, overspeed & over-temp, engine failure

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74
Q

T/F When manipulating the search light control switch (SEARCH CONT) inadvertent actuation of governor RPM switch (GOV RPM INCR/DECR) is possible

A

True

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75
Q

The airspeed, vertical velocity and altimeter are unreliable below ___ because of rotor downwash on the pitot static system. During takeoff, do not rely on these instruments until at least ___.

A

20 KIAS and 20 KIAS

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76
Q

On the marginal power takeoff, do not inadvertently allow airspeed to drop below ___ or critical settling to the ground may occur.

A

ETL (16-24 knots)

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77
Q

If the aircraft cannot be stabilized at ___ without RPM bleed off, it is over-loaded for the current conditions.

A

a 2 ft. hover

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78
Q

T/F Rapid increase in collective is most effective in controlling rolling motions and is the recommended procedure if conditions permit. Reducing the collective and landing is acceptable as long as the pilot is prepared for cyclic into the slope.

A

False

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79
Q

When conducting a steep approach, reducing forward airspeed to zero before reaching hover altitude my result in

A

Vortex ring state

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80
Q

Under certain conditions, the rotating main rotor blades my flex or droop, resulting in a low ground clearance ____ which may be hazardous to boarding or deplaning personnel.

A

As low as 5 ft.

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81
Q

In the event the RPM audio sounds and/or warning light illuminates

A

Confirm engine malfunction by one or more other indications

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82
Q

T/F If manual throttle corrects the overspeed, LAND AS SOOON AS PRACTICAL since there is little or no chance of impending engine failure due to the debris generated by the initial Nf failure.

A

False

83
Q

In the event of a complete loss of tail rotor thrust, failure to maintain ___ until touchdown may result in an uncontrollable and unrecoverable spin to the right.

A

60 knots

84
Q

In the event of a complete loss of tail rotor thrust, aft cyclic application should be ___ to avoid mast bumping.

A

Very slow and very small

85
Q

In the event of a complete loss of tail rotor thrust, simultaneous ___ should be avoided.

A

Aft cyclic and increased collective

86
Q

In the event of a complete loss of tail rotor thrust in a hover.

A

Immediately retard throttle to idle (off if possible)
Maintain level attitude
Make an autorotational landing

87
Q

T/F In the event of a complete loss of tail rotor thrust landing, a slide landing on the aft portion of the skids will tend to correct side drift and yaw.

A

True

88
Q

With ___ locked forward of neutral, attempted go around, loss of ETL or excessive collective increase could result in severe right yaw and uncontrolled flight.

A

The right pedal

89
Q

In the event of transmission malfunctions, engine power must be maintained by ___ and landing to aid in preventing seizure of the transmission.

A

Leaving the throttle full open throughout the approach

90
Q

T/F While operating with low hydraulic, autorotation capabilities exists despite high forces in all flight controls. Therefore, LAND AS SOON AS PRACTICAL

A

True

91
Q

In the event of hydraulic power failure, do not return the HYD CONT switch to the ON position for the remainder of the flight. This prevents:

A

Any possibility of a surge in hydraulic pressure and the resulting loss of control

92
Q

In the event the master caution light illuminates with no associated segment light

A

Do not reset the light until referencing the checklist

93
Q

Danger exists that the main rotor system could collapse or separate from the aircraft after a flight control malfunction.

A

A decision to exit the helicopter must be made before the emergency shutdown

94
Q

The ENG FIRE light will illuminate if ___

A

There is excessive heat in the engine compartment

95
Q

The synchronized elevator is connected to ___

A

The fore and aft cyclic control system

96
Q

T/F Electrical power is required to turn there hydraulic system off

A

True

97
Q

T/F Do not operate the windshield wipers on a dry or dirty windshield

A

True

98
Q

T/F You will get an RPM warning light and audio warning signal when you have a loss of signal from either the rotor tach or the power turbine tach

A

False

99
Q

During takeoff, if visual reference with the ground is lost due to a brown/white out condition, the pilot flying should accomplish a ___ takeoff.

A

Restricted visibility

100
Q

Rapid application of throttle ___ may result in inadvertent rotation of the aircraft when parked on ice.

A

40% Q

101
Q

Power margin is the difference between:

A

Power available and power required

102
Q

The pilot will brief ___

A

The type of approach
Significant terrain features and specific requirements
Pertinent information

103
Q

If power margin is less than ___, a second crew member will re-compute TOLD to verify power computations.

A

10%

104
Q

The (pilot not flying) PNF or other crew member will announce heading deviations of ___ degrees, airspeed deviations of ___ knots, altitude deviations exceeding ___ feet as well as deviations from the prescribed procedures being flown.

A

10, 10, and 100

105
Q

T/F When passengers are in the cargo compartment, the cargo doors will remain closed during flight unless a qualified aircrew member is also in the cabin.

A

True

106
Q

Any personnel who are required to be in close proximity___ to an operating helicopter require eye/ear protection.

A

Within 50 ft.

107
Q

VFR/SVFR: All training flights (other than student cross-country, student solo flights, and night/NVG) require

A

700 ft. ceilings and 2 SM of visibility

108
Q

Student cross-country, student solo flights and night/NVG flights requires a minimum of

A

1,000 ft. ceilings and 3 SM visibility

109
Q

Aircraft will takeoff with sufficient fuel for the planned sortie, to include minimum fuel reserve of ____ and alternate fuel, if applicable.

A

250 lbs.

110
Q

When the GOV switch is placed in the EMER position power available will be reduced by

A

11-15%

111
Q

The same TOLD will suffice for consecutive takeoffs and landings when the aircraft gross weight or environmental conditions have not increased by

A

5°C
200 lbs GW
500 ft. PA

112
Q

T/F Conduct all operations at or above 300 ft. AGL except when lower altitudes are required for terminal area operations, low-level training, takeoff, landing and operations in approved areas.

A

True

113
Q

T/F During crew changes and ground operations a minimum of one pilot will be secured via seat belt and shoulder harness will continue to monitor controls

A

True

114
Q

T/F Crewmembers sitting in the center observer seat may fly without shoulder straps. The shoulder harness need not be worn during actual and simulated emergency procedures.

A

False

115
Q

T/F When doors are open during flight, the aircraft commander may direct crew members to perform duties in the cabin unrestrained for brief periods.

A

False

116
Q

During EP training, all personnel in the cargo compartment will be in a seat and restrained by a

A

Seatbelt

117
Q

A(n) ___ will be used, when available, for all engine start

A

Fire guard

118
Q

Power required for landing is

A

Power required to hover over the point of intended landing at the intended hover height, OGE if landing to a pinnacle (smaller than 2 RD), will be at least 5 ft. hover power (for training restrictions)

119
Q

Power required for take-off is the power sufficient to clear obstacles by a minimum of

A

10 ft., considers the distance to the obstacles, will be no less than 5 ft. hover power (for training restrictions)

120
Q

If power required exceeds the power available, or the crew determines a suitable margin is insufficient to justify the risk

A

Lighten the helicopter, locate a more suitable landing site, abort the mission

121
Q

The following procedures/maneuvers are prohibited during training

A

Actual engine shutdown in flight and intentional flight into blade stall, deliberately entering vortex ring state or settling with power, pulling circuit breakers to simulate emergency procedures

122
Q

For unusual attitude recovery procedures training, conduct only

A

day, VMC and above 1,000ft AGL

123
Q

For unusual attitude recovery procedures training, maximum bank angle is

A

30°

124
Q

For unusual attitude recovery procedures training maximum nose high attitude is

A

20°

125
Q

For unusual attitude recovery procedures training maximum nose low attitude is

A

10°

126
Q

T/F Unusual attitude recovery procedures training may be conducted with passengers onboard

A

False

127
Q

To conduct EP training, wind direction will be within 90° of landing direction when wind speed (steady state or gusts) is

A

0-15 knots

128
Q

To conduct EP training, wind direction will be within 45° of landing direction when wind speed (steady or gusts) is

A

Above 15 knots

129
Q

Hovering maneuvers will be conducted within ___ degrees of wind direction (EP training)

A

20°

130
Q

Do not plan to touchdown in the last ___ of the landing area when conducting slide landings or touchdown autorotations.

A

500 ft.

131
Q

Normal takeoff: Initiate from the ground or hover using a target torque value of 5 ft. hover power plus

A

5-10%

132
Q

Maximum Performance Takeoff: Initiate from the ground or 5 ft. hover power plus ___. Simulate a 100ft. obstacle.

A

10-15%

133
Q

Normal and Maximum performance takeoffs are terminated upon reaching ____ KIAS airspeed.

A

70 KIAS

134
Q

For contact training: 300 ft. AGL, 70 KIAS and a 30° apparent angle are parameters for a

A

Normal approach

135
Q

For contact training: 300 ft. AGL, 70 KIAS, and a 10° apparent angle are the parameters for a

A

Shallow approach

136
Q

For contact training: 300 ft. AGL, 30 knots ground speed, and a 45° apparent angle are parameters for a

A

Steep approach

137
Q

For approaches terminating to a slide landing, maintain directional control with pedals. Other parameters include

A

Maximum touchdown speed of 50 knots ground speed

No lateral drift

138
Q

For a standard autorotation, minimum entry altitude is

A

500 ft. AGL

139
Q

For the 180° turning autorotation, minimum entry altitude is

A

800 ft. AGL

140
Q

Entry airspeed between 70 and 100 KIAS applies to

A

Standard, 180° and low-level autorotations

141
Q

For the low-level autorotation, minimum entry altitude is

A

100 ft. AGL or 50 ft. AHO

142
Q

Minimum altitude to initiate a simulated force landing is

A

500 ft. AGL

143
Q

Airspeed required to initiate a simulated force landing is

A

70-100 KIAS

144
Q

Following an SFL, begin a power recovery no lower than

A

350 ft. AGL

145
Q

Following an SFL, establish a normal climb

A

no slower than 60 KIAS and no lower than 200 ft. AGL

146
Q

Autorotations, when performed to the ground will touchdown between

A

5-25 knots ground speed

147
Q

If planning to terminate an autorotation with a power recovery, apply throttle after initiating the flare. Terminate:

A

No lower than 5 ft. between 0-15 knots ground speed

148
Q

When performing practice autorotations, at no less than ___ ft. AGL, the aircraft must be wings-level, aligned with the landing direction and in a safe position to land, airspeed must be a minimum of 70 KIAS, rotor RPM must be in the normal operating range, and sink rate must be under control. Otherwise, perform a power recovery.

A

150

149
Q

For autorotations, sink rate must be under control (less than ___fpm) to execute the flare.

A

3,000

150
Q

To simulate a hydraulic system malfunction, prior to moving the HYD CONT switch to the OFF position, the aircraft must be

A

Straight and level, 300 ft. AGL (minimum), and 70 KIAS (minimum)

151
Q

T/F SFL at a hover and hovering autorotations will only be initiated at a normal hover taxi altitudes and groundspeeds

A

True

152
Q

T/F An IFR-certified Global Positioning System (GPS) with available RAIM may be used to verify navigation equipment accuracy in lieu of a ground checkpoint

A

True

153
Q

The following describes PNF calls for which type of instrument approach: Call “100 ft. above minimums”,”minimums” at minimum descent altitude (MDA) and “runway in sight”. Call “go around” at the missed approach point if the runway is not in sight.

A

Non-precision

154
Q

The following describes PNF calls for which type of Instrument approach: Call “100 ft. above” when 100 ft. above decision altitude (DA). Then, if the runway environment is in sight and the aircraft is in a position for a normal landing, call “land” at decision height. Otherwise call “go around”

A

Precision

155
Q

When may a pilot in command (PIC) deviate from a flight rule or ATC clearance

A

To protect life for safety of flight or when an in-flight emergency requires immediate action

156
Q

When deviating from ATC clearance

A

Notify ATC of the action taken as soon as possible

157
Q

USAF aircraft cockpits must always be capable of providing which full-time references in each pilot position

A

Attitude, altitude, airspeed and the capability to recognize, confirm and recover from unusual attitudes

158
Q

Crew rest is compulsory for aircrew member prior to performing any duties involving aircraft operations and

A

Is a minimum of 12 non-duty hours before Flight Duty Period (FDP) begins, is free time and includes time for meals, transportation and rest, and must include an opportunity for at least 8 hours of uninterrupted sleep

159
Q

The Flight Duty Period (FDP) begins when

A

An aircrew member reports for a mission, briefing or other official duty

160
Q

Maximum FDP for a basic TH-1H crew is

A

12 hours

161
Q

Aircrew members will not fly

A

If any alcohol is consumed within 12 hours prior to takeoff or impaired by alcohol or any other intoxicating substance, while self medicating; unless IAW with AFI 48-123, within 72 hours of donating blood, plasma or bone marrow

162
Q

T/F Aircrew members must maintain a medical clearance from the flight surgeon to perform inflight duties. Medical or dental treatment obtained from any source must be cleared by a flight surgeon prior to reporting for flight duty

A

True

163
Q

Crewmembers who require corrective spectacles while performing aircrew duties

A

Must only use Air Force provided spectacles as outlined in AFI 48-123 and must carry a spare set of clear Air Force provided spectacles while performing aircrew duties

164
Q

Each crew member must have a(n)____ flashlight for night operations

A

Operable

165
Q

T/F The PIC will prohibit the use of any PED suspected of creating interference with systems on the aircraft

A

True

166
Q

____ approval is required before using before any photo or video recording devices in the cockpit

A

OG/CC

167
Q

Obtain clearance from ATC before ___ at an airport with an operating control tower

A

Taxiing, proceeding onto a runway, and taking off or landing

168
Q

Precisely read back all ___

A

Traffic advisories, ATIS broadcasts, and taxi and hold short instructions

169
Q

T/F If a taxi route requires crossing any runway, hold short until obtaining specific clearance to cross each runway

A

True

170
Q

T/F Taxi clearance to a runway implies clearance to taxi onto the runway and across any runways along the taxi route

A

False

171
Q

Immediately report hazardous weather conditions, ___, or any other significant flight condition that may affect aviation safety to the appropriate controlling agency

A

Wake turbulence, volcanic activity, and large concentrations of birds or wildlife on or near the airfield

172
Q

For unpressurized operations without supplemental oxygen, altitude is limited to

A

14,000 MSL

173
Q

T/F Aircraft in distress have the right-of-way over all other air traffic

A

True

174
Q

When converging at approximately the same altitude (except head-on or approximately so) ___ has the right-of-way

A

The aircraft to the other’s right

175
Q

If aircraft are approaching each other head-on or approximately so

A

Each shall alter course to the right

176
Q

Do not allow the aircraft to be flown so close to another that it creates a collision hazard. Use ___ of separation as an approximate guide.

A

500 ft.

177
Q

Prior to ___ at civil airports, transponders will be ON in the altitude reporting mode. At all other airports, unless local procedures dictate otherwise, transponders should be turned ON to the normal altitude reporting mode.

A

Aircraft movement

178
Q

T/F Prior to each flight, ensure the Mode S Flight ID matches the call sign entered exactly on the flight plan with no embedded spaces, dashes, extra characters or added zeros.

A

True

179
Q

T/F Pilots are relieved of the responsibility for terrain and obstacle avoidance once the controller states “Radar Conflict”

A

True

180
Q

Helicopter aircrews may operate under SVFR if they

A

Obtain ATC clearance, remain clear of clouds, maneuver at a speed that will allow adequate opportunity to observe other traffic or any obstacles in time to avoid collision

181
Q

When landing at a civilian airfield without a tower or arriving at a civilian airfield VFR/DVFR ____

A

The pilot is responsible for ensuring that flight plans are closed, either by contacting an FSS, the originating military base operations, or through an ATC facility

182
Q

Do not turn after takeoff until at least ___ above the Departure End of the Runway (DER) elevation, at a safe airspeed, and past the end of the runway (if visible) unless specifically cleared by the controlling agency, required by a published procedure, or when executing an closed pattern.

A

400 ft.

183
Q

T/F Published or ATC climb gradients do not account for low close-in obstacles in their climb gradient calculations; therefore, low close-in obstacle clearance his not assured when complying with the published or ATC climb gradient

A

True

184
Q

For IFR departures, ensure the aircraft can meet or exceed ___ or the published climb gradient, whichever is higher, to an appropriate IFR altitude

A

200 ft/NM

185
Q

T/F Do not takeoff with ice, snow, frost or other contamination adhering to the wings, control surfaces, propellers, engine inlets or other critical surfaces of the aircraft, unless authorized by a flight manual

A

True

186
Q

____ is the clearance authority for IFR or VFR flight in uncontrolled airspace

A

The PIC

187
Q

Operate over non-congested areas at an altitude at or above 500 ft AGL except over open water or in spacey populated areas. Under such exceptions, do not operate aircraft closer than 500 ft. to any person, vessel, vehicle or structure. helicopters in FAA airspace or operating IAW host-nation agreements may operate at lower altitudes and in closer proximity ____

A

If they do not create a hazard to persons or property on the surface

188
Q

Operate no less than 2,000ft. AGL (mission permitting) over ___

A

National Park Service monuments, seashores, lake shores, recreation and scenic driveways, US Fish and Wildlife Service refuges and US Forest Service wilderness and primitive areas

189
Q

T/F Operation in forecast or actual severe conditions (e.g. severe icing, turbulence) will be at the discretion of the PIC

A

False

190
Q

During Bird Watch Condition Severe, do not conduct flight operations except in an emergency without ___ approval

A

OG/CC

191
Q

If suitably equipped, monitor at least one emergency frequency at all times ___

A

As mission and operating conditions permit, and report distress or emergency locator transmitter (ELT) transmissions to ATC

192
Q

Regarding use of RNAV systems on conventional routes and procedures, “alternate means” refers to

A

Using a suitable RNAV system in lieu of operable conventional NAVAIDs or installed and operational avionics

193
Q

Substitution of an RNAV system for the final approach segment of a VOR/TACAN/NDB approach is

A

Prohibited

194
Q

When using RNAV systems on conventional routes and procedures

A

Retrieve all NAVAIDS, fixes and procedure for current database; tune, identify, monitor and display the appropriate ground-based NAVAIDs whenever practicable, notify ATC when substituting for an out-of-service NAVAID

195
Q

Category A instrument approach minimums may be used regardless of approach speed. Additionally, visibility minimums may be reduced by ___, but no lower than ___ PV or ___ RVR

A

1/2, 1/4 SM, 1200 ft.

196
Q

Do not reduce the visibility minimums for instrument approaches

A

On helicopter approaches, for circling procedures, and if “Visibility Reduction by helicopters NA” is annotated on the procedure

197
Q

Maximum speed on conventional, non-copter approaches is

A

The upper limit of the highest Approach Category authorized by the procedure and 90 KIAS at the missed approach point in order to apply the visibility reduction

198
Q

Helicopters may operate from/to other than established landing areas (e.g. fields, highways, parks) if conducting an operational or training mission. For training missions:

A

Permission must be received to use the area and safeguards must exist to permit operations without hazard to persons or property

199
Q

T/F Rotary wing pilots are prohibited from accepting Land and Hold Short Operations (LAHSO) clearances

A

False

200
Q

The point at which it is necessary to proceed directly to the airport of intended landing due to also fuel. Declaration of this state is an explicit statement that priority handling by ATC is both required and expected.

A

Emergency fuel

201
Q

Night is defined in AFI 11-202 Vol 3 AETC SUP as

A

The time between the end of evening civil twilight and the beginning of morning civil twilight, as published in the Air Almanac

202
Q

In the absence of other MAJCOM guidance, USAF aircrews shall consider as mountainous those areas defined in 14 CFR 95.11 for CONUS, Alaska, Hawaii and Puerto Rico. In other areas, use ___ surface elevation change over a ___.

A

500 ft./ 1/2 NM

203
Q

The greatest horizontal visibility observed throughout at least half of the horizon circle. It need not be continuous throughout 180° consecutively

A

Prevailing visibility (PV)

204
Q

A standard formation is defined as a formation in which no participating aircraft is more than ___ horizontally and ___ vertically from the lead aircraft.

A

1 NM, 100 ft.