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167 GS, Cx, BF > Boldface and EKQ Knowledge > Flashcards

Boldface and EKQ Knowledge Flashcards

1
Q

Emergency Ground Egress

A
  1. Seat Pin - Fit to Seat
  2. QRF - Release
  3. PEC - Disconnect
  4. PSP - Disconnect
  5. Leg restraint lines - pull through
  6. Canopy - Open
  7. Egress
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2
Q

Engine hot start on ground
- if T6 rapidly approaches 637°C :

A

Throttle - Off

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3
Q

Abort

A
  1. Throttle - Idle/Off as required
  2. Chute - STREAM
  3. Brakes - Apply
  4. Control column - fully back <100kts
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4
Q

Emergency on Take Off

A

If decision is made to stop:
1. Abort

If Take Off is continued:
1. Throttle - maximum
2. Stores - Jettison (if required)

If unable to maintain altitude and airspeed:
3. Eject

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5
Q

Blown Tyre on Take-Off

A

If decision is made to stop:
1. Abort

If Take-Off is continued:
1. Landing gear and flap - Leave Down

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6
Q

Barrier Engagement

A
  1. Aim for centre panel
  2. Throttle - Off
    Before barrier engagement:
  3. Brakes - Release
  4. Head - Down
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7
Q

Engine Fire in Flight
([Fire] warning light and “FIRE, FIRE” audio)

A
  1. Throttle - Min Practical
  2. Check for signs of fire
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8
Q

APU Bay Fire in Flight
([APU] warning light and caption, “APU FIRE, APU FIRE” audio)

A
  1. Eng Start - Off
  2. Height 5000’ AGL Minimum
  3. Airspeed Min Practical
  4. Check for signs of fire and monitor tailplane control
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9
Q

Jet Pipe Bay Overheat In Flight
([JPOHT] Caption, “JET PIPE, JET PIPE” audio)

A
  1. Throttle - Minimum Practical
  2. Land as soon as possible
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10
Q

Fire, APU Fire or JPOHT on the ground (associated alerts, captions and audio)

A
  1. Throttle - Off
  2. Eng Start - Off
  3. Batt 1 and Batt 2 - Off
  4. Fuel pump - Off
  5. LP Fuel Cock - Closed
  6. Carry out Emergency Ground Egress
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11
Q

T6NL Overlimit Warning and/or EEC and/or MFC ([T6NL] caption, “T6NL, T6NL” audio, and/or [EEC] “EEC, EEC” and/or [MFC] “MFC, MFC”)

A
  1. Throttle - Minimum Practical (not below 70%)
  2. AOA and Sideslip - Minimise
  3. EMP - Monitor
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12
Q

Engine Surge (“SURGE, SURGE” audio, [SRG] indication)

A
  1. AOA and Sideslip - Minimise
  2. EMP - Monitor

If EEC fails to automatically recover from surge:
3. Throttle - Idle

If engine remains locked in surge:
4. Carry Out Immediate Relight

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13
Q

Immediate Relight

A
  1. Airbrake - In
  2. Throttle - Off
  3. RPM >10%
  4. Relight Button - Press

At the same time:
5. Throttle - Idle, check IGN indicator

If IGN indicator Off:
6. Relight Button - Press and Hold

In all cases:
7. RPM/T6 - Monitor

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14
Q

Engine Oil Pressure Low [OIL]

A
  1. Throttle - set 78-87% RPM
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15
Q

Engine Mechanical Damage
(Note: may be indicated by vibration, abnormal T6, abnormal RPM, loss of thrust)

A
  1. Throttle - Minimum Practical
  2. T6 - Monitor
  3. Land ASAP
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16
Q

Engine Seizure

A
  1. Airbrake - In
  2. Throttle - Off
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17
Q

Total Hydraulic Failure in Flight
([HYD] “TOTAL HYDRAULICS, TOTAL HYDRAULICS” AND [HYD1] “HYDRAULICS 1, HYDRAULICS 1” AND [HYD2] “HYDRAULICS 2, HYDRAULICS 2” with or without RAT caption)
WARNING - Loss of all hydraulic pressure may result in the tailplane moving to full deflection

A
  1. Hydraulic Pressures - Check

If HYD1 and HYD2 pressures are less than 1230+/- 110 PSI:
2. EJECT

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18
Q

Hydraulic Failure or Uncommanded RAT Extension in Flight ([HYD1]”HYDRAULICS 1” and/or [RAT] and/or [HYD2]”HYDRAULICS 2” and may be accompanied with momentary [HYD]”TOTAL HYDRAULICS”

A
  1. Air brake - IN, DO NOT select OUT again
  2. Airspeed - Below 300 KCAS/0.60M
  3. Hydraulic Pressure - Check
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19
Q

Oxygen Failure ([OXY] “OXYGEN, OXYGEN”)

A

If below 10kft Cabin alt, land ASAP

If above 10kft cabin alt:
1. Back Up Oxygen - EMERG
If BUOXY contents below 1/8 or [BUOXY] caption OFF:

  1. Emergency Oxygen Handle - Pull
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20
Q

Suspected Hypoxia

A
  1. BUOXY - EMERG
  2. Oxygen Mask - Toggle Down
  3. Descent below 10,000ft cabin altitude

If Hypoxia symptoms persist or [BUOXY] Caption not ON:
4. Emerg oxygen handle - Pull

21
Q

Oxyflow or restricted breathing ([OXFLW] “OXYGEN FLOW, OXYGEN FLOW”)

A
  1. Oxygen mask - check flow, connections not leaking

If OXY Flow indicator shows no flow or breathing restricted:
Below 10,000ft CA = Land as soon as Practical
If above 10,000ft CA:
2. Regulator Bypass - ON, descend below 25,000ft aircraft altitude

If breathing still restricted:
3. BUOXY - EMERG

If BUOXY content below 1/8 or [BUOXY] caption OFF:
4. EMERG Oxygen Handle - Pull

22
Q

Cockpit Smoke, Fumes or Fire

A
  1. Oxygen Mask - Toggle Down
  2. Altitude - below 25,000ft AMSL
  3. Cabin conditioning control - OFF
23
Q

Landing Gear Emergency Retraction
(Caution, there is a risk to damage during retraction. The emergency retraction should only be used in extreme circumstances at the captain’s discretion)

A
  1. EMERG ORIDE Button - Push
  2. ORIDE caption - Check On
  3. Landing Gear - UP
24
Q

Loss of directional control on the ground

A
  1. Brake Chute - STREAM if practical
  2. Brakes - OFF
  3. Anti-Skid- OFF
  4. Brakes - Reapply

If directional control problem remains:

  1. NWS - disengage
  2. Use differential braking
25
Q

Nose Wheel Steering System Failure (amber [NWS] caption “NOSE WHEEL STEERING”)

A
  1. NWS - Disengage
  2. Use differential braking
26
Q

Anti-Skid Failure or Brake Failure (with or without [SKID] caption and “SKID, SKID”)

A

On Ground:
1. Brake Chute - STREAM if practical
2. Brakes - Release
3. ANTI-SKID - OFF
4. Brakes - Reapply

If still no braking
5. Parking Brake - gently apply if practical
6. Throttle - off if practical

27
Q

Brake Chute
(Uncommanded/inadvertent brake chute deployment in the air)

A
  1. Throttle - MAX
  2. Brake Chute - STREAM, then JETT/NORM
28
Q

What are the training G limits for the 167 when:
>500 KCAS / M0.8

A

CLT Fuel >165KG = 0G to 3G
CLT Fuel <165KG = 0G to 5G

29
Q

What are the training G limits for the 167 when:
Speed <500KCAS / M0.8

A

CLT >75KG = -2G to 5G
CLT <75KG = -2G to 7G

30
Q

What is the max speed for the landing gear? (Locked down OR cycling)

A

200 KCAS

31
Q

What are the maximum speeds for 1/2 OR 3/4 and Full OR combat flap? And what are the respective G limits?

A

1/2 Flap - 250 KCAS (0 to 2.5G)
3/4 or Full Flap - 200 KCAS (0 to 2.5G
Combat Flap - 350 KCAS / M0.8 (-2 to 8G

32
Q

What is the max operating altitude for the 167?

A

42,000ft

33
Q

What is the max tailwind for engine start?

A

15Kts

34
Q

What are the crosswind limits for the 167?

A

30Kts singleton / 15Kts formation

35
Q

What is the maximum acceptable combined taxi and wind speed with canopy open?

A

40Kts

36
Q

What is the min power setting to be used during a normal approach? (Until committed to land)

A

70% NH

37
Q

What are the limitations for the brake chute?

A

25Kts crosswind, 160KCAS max streaming speed

38
Q

What is the Standard Stall Recovery?

A
  1. At the same time:
    a. Unload back pressure on the stick
    b. Throttle - Full Power
    c. Roll - wings level
  2. Select airbrake in
  3. Maintain 10 AoA until 7.5°NU in the HUD (10° NU on the HDFD)
  4. Complete After TO Checks
39
Q

What are the Spin Recovery Actions?

A
  1. Check Ht - sufficient for recovery
    (MIN ABANDONMENT IF NOT RECOVERED 5000FT AGL)
  2. Throttle - IDLE
  3. Centralise - centralise stick AND rudder
  4. When rotation stops and speed increasing:
    a. Select Combat Flap
    b. 100kts -Roll to nearest horizon,
    c. 150kts -pull using light Buffet then 4G to level
  5. Once level - ensure engine surge free
40
Q

Engine limits

A

…………………….%NH T6(°C)
Max Rating 104 880
Ground start 637
Relighting 840
Transient 104.5 885

41
Q

In pre landing checks - what is max acceptable brake pressure for each wheel with brakes off?

A

150 PSI

42
Q

At runway threshold, with QFE set, what are the limits for the altimeters?

A

HUD +/- 20ft
HDFD +/- 25ft
Baro +/- 50ft

43
Q

The APU must be run when the outside air temperature is above what value? (For taxi out)

A

32°C

44
Q

What is the maximum barrier entry speed at Leeming?

A

80Kts

45
Q

What is the recommended maximum fuel weight for a touch and go from a normal approach (clean or CLT config)?

A

800KG

46
Q

What is the threshold speed for an aircraft with CLT carrying out a flapless approach?

A

151Kts +1.5Kts per 100KG of fuel remaining

47
Q

Fuel Pressure Low [FPR] caption

A

Throttle - Min prac

48
Q

How is IMBS calculated?

A

IMBS is as per line up card, adding 3kts per 100kg fuel below 800kg

E.g. with an 800kg figure on the line up card of 128kts, landing at 500kg, IMBS is 137kts (800-500=3, 3x3=9, 128+9=137)

167 GS, Cx, BF (2 decks)

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