ETOPS Flashcards

1
Q

ETOPS - 1st IDG FAILS

A

Start APU

Diversion required if:

  • No APU, or
  • Second IDG failure, or
  • Blue HYD low level / low pressure / overheat
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2
Q

ETOPS - BLUE HYD LOW LEVEL / LOW PRESSURE / OVERHEAT

A

Start APU

Diversion required if:

  • No APU, or
  • One IDG failure
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3
Q

ETOPS - APU FAILS

A

Diversion required if:

  • One IDG failure, or
  • Blue HYD low level / low pressure / overheat
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4
Q

ETOPS ALTERNATE DISPATCH MINIMA
Precision approach

A

DA/H + 200ft
RVR/VIS + 800m

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5
Q

ETOPS ALTERNATE DISPATCH MINIMA
Non - Precision approach

A

MDA/H + 400ft
RVR/VIS + 1500m

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6
Q

An ETOPS transit (T) inspection can be done by flight crew if:

A
  • the aircraft is within 36-hours from ETOPS release made by approved engineer
  • there are no reported technical defects affecting ETOPS capability, during that period
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7
Q

Which aerodromes are authorised as ETOPS alternates in LVO?

A
  • Halifax (CYHZ) - CAT II
  • St John’s (CYYT) - CAT III
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8
Q

A321N/LR maximum diversion time

A

180 minutes

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9
Q

A320 maximum diversion time

A

120 minutes

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10
Q

A320/A321N one-engine-inoperative speed schedule

A

MCT / M.78 / 320kt IAS

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11
Q

A320 reference Gross Weight

A

75000 kg

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12
Q

A321N/LR reference Gross Weight

A

85000 kg

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13
Q

A320 Maximum Diversion Distance

A

795 NM

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14
Q

A321N/LR Maximum Diversion Distance

A

1164 NM

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15
Q

SOP - COCKPIT PREPARATION (PF)

A

FUEL X FEED - ON
ECAM FUEL page - CHECK XFEED OPEN

FUEL X FEED - OFF

ECAM FUEL page - CHECK XFEED CLOSED

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16
Q

SOP - AFTER START

A

ENG 1 and ENG 2 ANTI-ICE pb-sw - ON

Wait 20 s and check that no ECAM alert is triggered.

ENG 1 and ENG 2 ANTI-ICE pb-sw - OFF

Check that no ECAM alert is triggered.

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17
Q

SOP - FMGS PREPARATION

A

ENTRY, EXIT & ETP POINTS - INSERT

WAYPOINTS COORDINATES - XCHECK

WAYPOINTS TRACKS AND DISTANCES - XCHECK (done by both pilots)

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18
Q

SOP - Within ETOPS area:

A
  • ETOPS Checklist
  • HF/SELCAL check (if not already done)
  • Insert diversion airport on PROG PAGE
  • VHF1: 123.450 and VHF2: 121.500
  • Transponder 2000, 30 min after oceanic entry
  • Use SLOP
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19
Q

How many fire bottles for each cargo compartment?

A

Two fire bottles with two discharge heads.

20
Q

How long after the AGENT 1 discharge will the crew have to discharge AGENT 2?

A

60 minutes

21
Q

CARGO SMOKE - A flow metering unit system controls the discharge of bottle 2 in approximately…

A

140 minutes

22
Q

CARGO SMOKE - the combination of both bottles ensures sufficient agent concentration for…

A

200 minutes

23
Q

ELEC EMER CONFIG - AIR CONDITIONING - as cockpit and cabin temperature control is lost, it is recommended to…

A

open the cockpit door.

24
Q

The 60 minute circle divergence distance for A321 is:

A

400 NM

25
Q

After entering Oceanic Airspace, ATC must be advised if speed changes by

A

+/- 0.02 Mach

26
Q

After entering Oceanic Airspace, ATC must be advised if waypoint crossing time changes by

A

More than 2 minutes from the last estimate given to ATC.

27
Q

What is SLOP and what offset is used?

A

Strategic Lateral Offset Procedure is used in the NAT Region.

Th offset should be between 0.1NM and 2NM, RIGHT of track.

28
Q

An adequate airport is an airport that the aircraft can safely divert, in case of emergency and:

A
  • Satisfies the aircraft’s performance requirements
  • It is available at the expected time of use
  • Landing authorisation is granted
  • It has ground operational services (ATC, Meteorological and information offices, lighting)
  • At least one instrument approach (ILS, VOR, NDB…)
  • RFFS category at least CAT 4.
29
Q

LIMITATIONS
- The time capability of the cargo fire suppression system is…
- The time capability of all other ETOPS significant systems is…

A
  • 195 min.
  • 195 min.
30
Q

The ETOPS Critical Point is the point, along the route, for which the difference between the…

A

… standard fuel expected to be on board (FUEL TO CONTINUE) and the required ETOPS diversion fuel (FUEL TO DIVERT) is minimum or negative, thus requiring the carriage of additional ETOPS fuel reserves.

31
Q

MW point checks includes:

A
  • time
  • coordinates
  • wind
  • temperature
  • FOB
  • FU
  • FF
32
Q

ETOPS critical fuel planning - diversion fuel is defined as:

A
  • Fuel burn-off from the critical point to the end of descent, 1500ft above en-route alternate
  • Contingency fuel:
    5% of the above fuel, to allow for WIND DATA ERRORS
    5% of the above fuel, to account for DECREASE FUEL BURN PERFORMANCE
  • 15 minutes holding at 1500ft at GREEN DOT
  • First approach and landing
  • MEL/CDL effect
  • APU fuel consumption (160kg/h)
  • Forecasted SEVERE ICING CONDITIONS
33
Q

Suitability time window is the period commencing…

A

…at the EARLIEST POTENTIAL TIME of LANDING at the considered en-route alternate aerodrome and ENDS:
- ONE HOUR AFTER the LATEST ESTIMATED TIME OF ARRIVAL at this aerodrome.

34
Q

Unless reliable icing forecast is available, icing may be presumed to occur when the…

A
  • TAT (temperature on airplane surface) is LESS THAN 10°C at any point between the most critical point and ETOPS alternate at FL100
  • if OAT is between 0°C and -20°C with a Relative Humidity of 55%
35
Q

WX avoidance - if deviation < 5NM:

A
  • Deviate away from OTS or route system
  • REMAIN at level assigned
  • Look out for traffic (visually and TCAS)
  • Switch ON ALL LIGHTS
  • Communicate intentions and position at SUITABLE INTERVALS (Callsign, FL, position) on active frequency and 121.500 or 123.450
36
Q

WX avoidance - if deviation >= 5NM:

A
  • Deviate away from OTS or route system
  • Initiate LEVEL CHANGE (South - climb, North - descend)
  • Look out for traffic (visually and TCAS)
  • Switch ON ALL LIGHTS
  • Communicate intentions and position at SUITABLE INTERVALS (Callsign, FL, position) on active frequency and 121.500 or 123.450
37
Q

CONTINGENCY PROCEDURE - apply in case of:

A
  • WX avoidance
  • En-route diversion (due medical reasons)
  • Loss/reduction of navigation capability
38
Q

PEDIR A OCEANIC CLEARANCE - 1º CONTACTO:

A

SMA X2, RZO___, on 8825(Freq), Request OCL.

39
Q

PEDIR A OCEANIC CLEARANCE - 2º CONTACTO:

A

SMA X2, RZO___, on 8825(Freq), Request OCL to (Aerodrome) estimating (waypoint) at __h__, (waypoint) next. Request FL___, MACH .78, SELCAL__-__, MAX FL___.

40
Q

PEDIR SELCAL CHECK - 1º CONTACTO:

A

SMA X2, RZO___, on 8825(Freq), FOR SELCAL CHECK.

41
Q

PEDIR SELCAL CHECK - 2º CONTACTO:

A

(Após receber o CALL e cancelar): SMA X2, RZO___, on 8825(Freq), SELCALL CHECK OK, SECONDARY (Freq) .

42
Q

How to request OCL via CPDL:

A
  • MCDU Menu - ATSU (6L)
  • AOC Menu (2R)
  • Messages (2R)
  • OCEANIC CLNC Request (4L)
43
Q

SOP - BEFORE ETOPS ENTRY POINT

A
  • ETOPS ‘BEFORE ENTRY POINT’ checklist
  • Obtain alternate WX (apply normal minima to valida suitability)
  • Check A/C system status for ETOPS
  • Update winds in FMS
  • Set assigns Mach
  • LOGON CPDLC
  • Evaluate potential en-route diversion airports WX/services
  • Use FMS-ETP page to enter most suitable airports and use PROG page with city pair
  • Verify next leg track and distance
  • HF/SELCAL check
44
Q

The technical criteria governing a re-routing or diversion decision can be classified into four categories:

A
  • Loss of MNPS capability (before entering the MNPS area)
  • ETOPS alternate becomes unavailable (e.g. WX below minima BEFORE reaching EEP)
  • Failure cases requiring a diversion (LAND ASAP)
  • Failures that cause an INCREASE in FUEL CONSUMPTION
45
Q

SANTA MARIA VOLMET frequency

A

124.850

46
Q

A Gross Navigation Error within NAT airspace is defined as a deviation from cleared track of…

A

10 NM or more