B-777 Flashcards

0
Q

When must the captain make the landing?

A
  • CAT II/III approaches
  • Reduced vis approaches requiring use of HUD
  • Cat I with High Mins Captain
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1
Q

Stabilized Approach Criteria

A
  • final landing configuration
  • all briefings & checklists complete
  • descent angle & rate are appropriate for type of approach being flown (all available landing aids ILS,VASI,PAPI, etc must be used)
  • vertical and lateral displacement from normal approach path is in accordance with CFM tolerances
  • sink rate no greater than 1000 FPM and if an approach requires greater, a special briefing shall be conducted
  • airspeed Vapp or target with a variance no greater than +10 and no less than -5 kts. momentary and minor deviations are only tolerated if immediate corrections are made
  • as airplane crosses runway threshold it should be on target airspeed within +5 kts and positioned to make a normal landing
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2
Q

When is autoland required?

A

All Cat II/III approaches

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3
Q

When is a Coupled Approach required?

A

-All non-ILS until adequate visual reference is acquired
-All Cat II/III Approaches
-Cat I High-mins Captains
* Recommended Cat I < 3/4 (4000RVR/1200M)
or Cat I < 2400RVR/600m but use of FD,AP, or HUD to DA is required

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4
Q

Define the Decision Region and it’s tolerances

A

It’s between 500ft above TDZE and touchdown

  • Maximum localizer deviation is 1/3 of a dot
  • Maximum glideslope deviation is 1/2 of a dot
  • No sustained oscillations about the localizer or the glideslope are allowed
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5
Q

Max Ramp weight

A

768,000LBS

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6
Q

Max T/O weight

A

766,000LBS

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7
Q

Max Landing weight

A

575,000LBS

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8
Q

Zero Fuel weight

A

547,000LBS

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9
Q

What is an acceptable CG range at any weight?

A

21.9% to 29.2%

With a max range of 14% to 44%

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10
Q

Taxi Speeds:
Normal____
Long/straight____
Turns/dry surface____

A

20kts
30kts
10kts

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11
Q

Turbulent Air Penetration Speed
Below 25,000ft____
25,000ft and above____*

A

270kts
280kts or .82 whichever is lower
*maintain a minimum of 15kts above min maneuver speed at all altitudes when airspeed is below .82 Mach

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12
Q

Normal Crosswind Limits:
T/O & Landing____
Autoland____
Autoland Cat II/Cat III____

A

38kts
25kts
15kts

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13
Q

Crosswind limits with braking action reports:
Good to medium braking____
Medium to poor braking____
Poor braking____

A

35kts
20kts
17kts

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14
Q

Max tailwind limit for:

T/O, Landing, or Autoland____

A

10kts

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15
Q

Max Headwind for an Autoland____

A

25kts

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16
Q

Rwy slope ____%

A

+/- 2%

17
Q

Max T/O & Landing altitude____

Max field elevation____

A

9,800ft

9,650ft

18
Q

Max operating altitude____

A

43,100ft

19
Q

Icing Conditions are considered to exist when:

A

OAT on the ground, for takeoff, or TAT in flight is 10°C or below and visible moisture in any form is present.

20
Q

Visible moisture is defined as:

A

A form of precipitation such as clouds or fog with visibility of 1 mile or less rain, snow, sleet, or ice crystals.
OAT is 10°C or below when operating on ramps taxiways or runways where surface snow, ice, standing water, or slush maybe ingested.

21
Q

Autopilot must be disengaged below____ft AGL without LAND2 or LAND3 Annunciated

A

200ft

22
Q

Cat II/III approaches are not authorized with any of the following EICAS msgs displayed:

A

SGL Source Displays
SGL Source RAD ALT
Single Source ILS

23
Q

To Autoland you must see _____

And what msg can not be present on EICAS

A

Land2 or Land3

SLATS DRIVE

24
Q

Ground OPS require an engine run up to a minimum of ____% N1at intervals not to exceed ____ minutes when OAT is ____°C or below in icing conditions.

A

50%N1
60 minutes
3°C

25
Q

Do not extend flaps above ____ft

A

20,000ft

26
Q

Max Dif between Captain or First Officer Altimeter Display and Field Elevation is ____ft

A

75ft

27
Q

Fuel Capacity for Left or Right tank____LBS
Center tank Capacity____LBS
Total aircraft Fuel Capacity____LBS

A

73,130LBS each wing tank
193,759LBS Center tank
340,019LBS total capacity

28
Q

Use main tanks until in cruise flight if there’s less than ____LBS in the Center tank

A

10,500LBS

29
Q

Fuel Balance Limits:
When total in main tanks is greater than ___LBS ____LBS max between tanks
When total in main tanks is equal to or less than ___LBS ____LBS max between tanks

A
123,000LBS = 3,000LBS
90,000LBS = 4,500LBS
30
Q

Do not operate weather radar in a ____ or within ____ft of a fuel spill

A

Hangar

50ft

31
Q

ABORTED ENGINE START L,R

A

Fuel Control Switch(Affected Side)….Cutoff

32
Q

CABIN ALTITUDE

A

Oxygen Masks…..On 100%

33
Q

DUAL ENGINE FAIL/STALL

A

Fuel Control Switches……Cutoff, then RUN

Ram Air Turbine Switch….Push and Hold for One Second

34
Q

ENG LIM/SURGE/STALL L,R

A

A/T ARM Switch(Affected Side)….Confirm Off
Thrust Lever(Affected Side)……….Confirm
-Retard until engine indications remain within appropriate limits or the thrust lever is at idle.

35
Q

STABILIZER

A

STAB CUTOUT Switches(Both)…..Cutout

Do not exceed current airspeed

36
Q

SMOKE, FIRE, OR FUMES

A

Oxygen Masks…..On 100%

37
Q

WNDSHEAR ESCAPE MANEUVER
AUTOMATIC FLIGHT

Pilot Flying: 5 Items
Pilot Monitoring: 2 Items

A
PF
- press either TOGA switch 
- verify TO/GA mode annunciation 
- verify thrust advances to GA thrust
- retract speedbrakes
- monitor system performance 
Be prepared to disconnect autopilot and autothrottles
PM
- assure GA thrust
- verify all required actions have been accomplished and call out any omissions
38
Q

WNDSHEAR ESCAPE MANEUVER
MANUAL FLIGHT

Pilot Flying: 6 Items
Pilot Monitoring: 2 Items

A

PF
- push either TO/GA switch
- aggressively advanced throttles full forward
(to mechanical stops)
- disconnect autothrottles
- simultaneously roll wings level and rotate toward initial pitch attitude of 15°
- retract speedbrakes
- follow flight director TO/GA guidance (if available)
PM
- assure throttles are full forward (to mechanical stops)
-verify all required actions have been completed and call out any omissions

39
Q

Any excess of the following indicates the airplane is in windshear:
5 items

A
  • 15 knots indicated airspeed
  • 500 FPM vertical speed
  • 5° pitch attitude
  • one dot displacement from the glideslope
  • unusual thrust lever position for a significant period of time