Big 89(ish) and Oral Exam - July 22 Update Flashcards
(100 cards)
BIG 89 -
Explain Captain/Dispatcher joint responsibility
They are jointly responsible for the planning of each flight and will take into account all available information. Both have the authority to delay a flight due to safety concerns.
During the course of operations, if the PIC or dispatcher determine that a flight cannot be completed safely, the PIC may NOT allow the flight to continue to the planned destination.
Vol I 20.20 pg 2
BIG 89 -
When is an alternate required?
12or3++MMOISTRS20144
*
* 1 hour before or after : 1000ft ceiling and 3SM ( CAT I) 1,000FT Ceiling and 2 SM (CAT II/III)
* +1500sm Flag
* +2sm Flag
* Marginal Weather – within 100 and ½ at both destination and 1st alternate
* Method 2
* Offline Charter
* International - +6 hours
* Severe Icing - +/- 1hr
* Takeoff alternate
* RNAV only airport
* Supplemental
* 20144
Vol I 20.20
BIG 89 -
How do we compute landing distance?
Normal procedure is via AWP.
Alternate procedures are the TLR and the QRH.
BIG 89 -
Explain Method 1 vs Method 2. Standard strategy vs obstacle. Procedures for both. Where would we see it listed?
- Method 1 – From V1 until destination the aircraft can clear all obstacles within 5nm of either side of the flight path by 1,000ft and have a positive rate of climb at 1500AGL at destination with 1 engine.
- Method 2 – From ToC to a designated alternate the aircraft can clear all obstacles 5nm either side by 2,000ft and have a positive rate of climb at 1500AGL at the alternate with 1 engine.
- Will be listed on the release with the diversionary route and airports.
Vol I 20.32 pg 5
BIG 89 -
Explain Normal, Alternate, Direct Control Laws and Mechanical Backup
- Normal -
- Bank - 67 max, lose trim above 33
- Yaw - Turn coordination and yaw damping
- Pitch - 20-30 up, 15 down
- AoA- VMax, VLS, Alpha Prot, Alpha Max
- Load - 2.5/-1 and 2/0
- Speed - High and Low Speed protections
- Alternate
- Bank - No protection
- Yaw - Yaw damping
- Pitch - No protections
- AoA - VLS, VSW
- Load - As Normal
- Speed - May have speed stabilities
- Direct
- No protections
- Mechanical Rudder Control
- VLS, VSW
- Overspeed warning
- Mechanical Backup
- Mechanical Rudder and THS only
BIG 89 -
Explain ground speed mini
- Ground speed mini is calculated by the aircraft utilizing crew inputted reported winds, aircraft calculated VAPP and ADIRS measured winds. Ground speed mini is the minimum energy as represented by the ground speed at which the aircraft will touch down at if at the VAPP with reported winds. To utilize aircraft inertia the speed target is adjusted while on final by the aircraft to maintain an energy state above this minimum speed depending on actual ADIRS winds.
- Lowest speed is VAPP and the highest is VFE for the next flap setting or VFE -5 for FULL.
- Must have approach phase and managed speeds active.
*NEO aircraft have a slight different and less responsive algorithm for GS Mini
Vol III 22-30-90 pg 12
BIG 89 -
Preliminary Cockpit Prep
- What is the minimum battery voltage and what does the voltage insure?
- What indications do you get when conducting an APU fire test with AC power?
- Reference b above, what indications are lost when performing with DC power?
- What is the minimum battery voltage and what does the voltage insure?
- 25.5 volts. The batteries above 50% charge.
- What indications do you get when conducting an engine fire test with AC power?
- APU FIRE pushbutton, SQUIB and DISCH lights, Master Warn, Fire warning on ECAM.
- Reference b above, what indications are lost when performing with DC power?
- Master Warn and Fire Warn on ECAM.
Vol II 3.05 pg 3
BIG 89 -
If brake accumulator pressure is out of green band, how can it be charged?
Yellow Hydraulic Electric pump
Vol II 3.05 pg 4
BIG 89 -
At the gate with engines off, you turn on the yellow hydraulic pump. Will this action pressurize the green hydraulic system?
Yes, both systems will be pressurized by the yellow electric pump. The green will be pressurized by the PTU unless inhibited by split engine masters and either the parking brake set or the nose wheel steering pin in. Also inhibited during cargo door operation.
Vol III 29-20 Pg 2
BIG 89 -
During single engine taxi, the #2 engine must be started a minimum of how many minutes prior to take off and why?
Engine idle stabilization for 3 minutes after start is required for 301-399 or 2 minutes for 201-299 and 701-799. For 601-699 has no stabilization time as long as the engine has not been shut down for more than 2 hours. If this is the case is has a 5 minute stabilization time.
- Also must be started 2 minutes prior to departure to ensure that the engines are being fed from the wing tanks and not the center tank. The center tank pumps run for a minimum of 2 minutes after each engine start and only turn off after that two minute period and the slats extended.
Vol II 3.10 pg 3
BIG 89 -
What temp and conditions must the engine ice be turned on and in what phase of flight?
When the OAT (ground) or TAT (flight) are below 10C and there is visible moisture (including low visibility of less than 1sm) or with ramp/surface contamination.
Engine Anti-Ice may be off during climb and cruise when SAT is below -40 C. It must be ON during descent in icing conditions even when the SAT is below -40C.
Vol II 5.45 pg 9-10
BIG 89 -
Weight and Balance (what ways can you get a valid W&B?)
- AWP
- Weight and Balance Manifest from Central Load Planning
- Flight Crew Readback Form
Vol I 20.37
BIG 89 -
What do the FACs do?
BeSWiFT RATTY
- Beta target and normal side slip indications
- Flaps 1,2,3
- 1 engine above 80% N1
- More than a 35% N1 split
- Speed, speed, speed
- Low energy warning
- Flaps 2 to FULL, 2000’ to 100’
- Forewarns of Alpha Floor
- Windshear
- Reactive
- 3 sec after liftoff to 1300’
- 1300’ to 50’
- Flight envelope protections
- Speed tape symbology
- Tail
- Rudder limiting
- Alternate law yaw
- Turn coordination
- Trim
- Yaw damping
Vol III 22-40-10 pg 1
BIG 89 -
When is a TO alternate required?
When the departure airport is below Cat I approach minimums for that airport.
Vol I 20.40 pg 3
BIG 89 -
What is the time and distance for a TO alternate?
- 1 hr. flight time single engine in still air at cruise speed
- Maximum of 330NM
Vol I 20.40 pg 3
BIG 89 -
When is the A/P required for an approach?
When the visibility is less than 4000 RVR or 3/4, the approach must be flown with the autopilot(s) engaged if operable.
Vol II 2.10 pg 2
BIG 89 -
When is an autoland required?
An autoland is required below 1800 RVR.
Frontier policy is that any time the reported weather is below 2400 RVR or 1/2 SM the crew will set up and brief as a CAT II or CAT III approach.
Vol II 2.10 pg 4
BIG 89 -
In flight, when will the speed brakes automatically retract?
SEAFAT
- SEC1 and SEC3 both have faults
- Elevator has a fault (either)
- AOA protection is active
- Flaps are in FULL configuration (or Flaps 3 for 321)
- Alpha Floor activation
- Thrust levers above MCT
Vol III 27-10-20 pg 7
BIG 89 -
What does centering the beta target with the bank index do?
When centered, the sideslip equals the sideslip target for optimum aircraft performance.
Vol III 31-40 pg 6
BIG 89 -
If you lose the Blue Hydrauic system fluid is the RAT availalbe?
No
BIG 89 -
Is alpha floor available in alternate law? Direct Law?
No, for pitch, only load factor protection remains when in alternate law.
No protections are available in direct law.
Vol II 9.10 pg 1
BIG 89 -
Why should the Captain wait to call for the “after start” checklist until after visually confirms that the tow bar had been disconnected?
To prevent damage or injury due to nose wheel steering movement when the hydraulic systems pressurized and the NW STRG becoming active.
BIG 89 -
What color is the “NW STRG DISC”?
- Green with towing pin in
- Yellow with one engine running
Vol III 32-20-20 pg 3
BIG 89 -
Do you have A/Skid if you lose your normal braking?
Maybe, depending on the failure,
braking may revert to:
- Alternate braking with anti-skid.
- Alternate braking without anti-skid
- Alternate without anti-skid and on the accumulator.
Vol III 32-30-10 pg 1