Abnormal entries are companion completion checks, not a reproduction of the installed Fenix eQRH. Follow its actual condition and branches.
Power-Up
Allow the EFB panel-state transition to finish. Select external power only after AVAIL appears, then confirm actual supply. Keep the aircraft stationary during IRS alignment and check the initialized position before taxi. [237][49]
Power-Up
Cockpit Preparation
Complete oxygen, fire-detection and annunciator tests using the installed normal procedure. Fire tests do not require discharging extinguishers. During refueling, coordinate the appropriate signs, doors and ground-service configuration. [237][49]
Cockpit Preparation
Fmgs & Performance
Runway/intersection, weather, surface condition, actual mass, flap setting, anti-ice and pack assumptions must match the calculation. Recalculate after changes and use the correct engine/wingtip variant. Resolve route discontinuities deliberately. [237][49]
Fmgs & Performance
Before Start
Confirm APU AVAIL and APU GEN enabled. For transfer from GPU before start, select EXT PWR OFF and verify APU bus supply before the physical GPU disconnect. Separately confirm APU BLEED and start-air availability. Establish start/pushback communication and engine-area clearance. [237][49]
Before Start
Engine Start
Use the start order required by the selected SOP and ground arrangement. Monitor N2, fuel/EGT response, oil indications and stabilization; do not substitute a fixed countdown. CFM normally references N1 for thrust, IAE EPR. Use the installed variant limits. [237][49]
Engine Start
After Start
Crosscheck trim and flap position against current takeoff data. Confirm generator and normal bleed/pack supply before removing the APU source. Verify ground-crew clearance and tow-pin removal before moving. [237][49]
Allow the Virtual Purser/cabin check to finish. T.O CONFIG does not replace the complete T.O MEMO, STATUS, performance or runway scan. Investigate any remaining item before departure. [237][49]
Before Takeoff
Takeoff
Read the actual FMA for thrust, vertical and lateral guidance. Use calculated V1/VR/V2, rotate smoothly and follow the intended flight path. Apply the trained rejected-takeoff policy; no universal rejection criteria are supplied here. [237][49]
Takeoff
After Takeoff / Climb
Retract according to the displayed speed schedule and limits. An FCU target is not an ATC clearance. Set STD at the applicable transition altitude and crosscheck references. Verify active modes after capture or clearance changes. [237][49]
Confirm actual DES/OP DES/V/S behavior. Route changes and tailwind affect energy and descent distance. Recalculate landing data and rebrief after a runway or weather change. Use the correct pressure reference at transition level. [237][49]
Descent Preparation
Approach / Landing Check
APPR is procedure-dependent, not a universal button for every approach. For ILS, set missed-approach altitude at the correct stage after established vertical capture. Training gate: stable by 1000 ft above aerodrome and thereafter; otherwise go around. [237][49]
Approach / Landing Check
Landing / Rollout
RETARD is a reminder, not one fixed thrust-reduction time. Check actual spoiler deployment and deceleration. Once reverse has been selected, continue the landing. Do not force a runway exit at excessive speed. [237][49]
Landing / Rollout
Go-Around
TOGA initiates the normal go-around logic; verify FMA and flight path. Use the required flap sequence and monitor pitch/energy. This card does not cover engine-out, windshear or another special maneuver. [237][49]
Go-Around
After Landing
Adverse weather, icing or hot brakes can require a different configuration. Use the installed procedure. Single-engine taxi needs its own timing/system plan; do not improvise it from this two-engine normal flow. [237][49]
After Landing
Parking / Shutdown
Engine generators have priority over APU and external power. Before engine shutdown, establish APU AVAIL with APU GEN enabled, or select available EXT PWR ON as appropriate. Monitor and confirm bus supply as the engine generators go offline. Coordinate restraints, brake conditions, engine rundown and safe door/slide handling. [237][49]
Parking / Shutdown
Securing Aircraft
Use the installed securing procedure for the final system selections. Allow the APU shutdown sequence to complete. Remove external power as planned and switch batteries off at the appropriate final stage, after other system work. [237][49]
Securing Aircraft
Walkaround
Use the modeled walkaround and applicable procedure. Confirm that protective items and servicing states agree with the planned flight. A clean external camera view is not an aircraft-condition inspection checklist. [237][49]
Walkaround
Cfm Start Crosscheck
CFM family ratings differ by airframe: A319 -5B6/-5B7, A320 -5B4, A321 -5B3. Follow N2, fuel/EGT, N1/oil and stable idle using the loaded engine procedure. [237][49]
Cfm Start Crosscheck
Iae Start Crosscheck
Use the loaded IAE procedure. Do not transfer CFM starter, idle or temperature thresholds to IAE. The photographed EPR display is an example, not a numeric target. Callouts locate the primary and supporting engine indications. [237][49]
Iae Start Crosscheck
Navdata Crosscheck
Update before flight planning. Downloaded data first entering STANDBY is not automatically the database used for navigation. Do not activate future-dated data early or reset a prepared FMS casually. Image dates are historical examples. [237][49]
Navdata Crosscheck
Loadsheet Revisions
A revised final loadsheet can change mass, CG and performance. Accepting a message does not enter its new numbers into the FMGS. Reconcile actual loading, EFB, loadsheet, ECAM fuel and MCDU before departure. [237][49]
Loadsheet Revisions
Performance Change
Do not keep full-length performance after an unassessed intersection change. No universal speed or FLEX set is supplied. Use the current EFB tool and installed limits for the loaded variant. [237][49]
Performance Change
Cabin / Ground Ready
Callout 1 locates Cabin Ready, 2 doors/slides and 3 temperature. They are separate states. A call can expedite supported cabin work, but it is not proof that the work is already complete. [237][49]
Cabin / Ground Ready
Cold-Weather Plan
Use current procedures and applicable fluid/holdover information. Wing anti-ice does not remove the need for proper ground contamination protection. This card deliberately supplies no universal icing temperature or holdover time. [237][49]
Cold-Weather Plan
Landing Conditions
Use the correct landing performance method and current aircraft status. A stronger autobrake selection does not automatically make a runway adequate. If a valid, stable landing cannot be assured, choose another plan. [237][49]
Landing Conditions
Mode Transfer
Callouts locate speed, heading, altitude and guidance controls. The pictured state is not a mode target. Selected targets, managed plans and actual FMA engagement are separate facts. [237][49]
Mode Transfer
Approach Aid Check
An illuminated APPR button is not proof of established localizer/glideslope tracking. For non-ILS procedures, use the appropriate guidance method and minima reference. Do not fly example chart numbers from a training screenshot. [237][49]
Approach Aid Check
Autoland Planning
Coupled ILS guidance is not automatically an autoland. Use the installed variant limits and capability indications; no generic wind or engagement-height set is supplied. Begin practice in benign simulator conditions. [237][49]
Autoland Planning
Power Transfer
Check the replacement source is ready. Engine generators retain priority; monitor and confirm the new bus supply as they go offline. For ground-source changes with engines off, verify supply before physically disconnecting equipment. [237][49]
Power Transfer
Hardware Baseline
Confirm the simulated levers, not only hardware LEDs or the simulator axis menu. Check that CL is reliably reached. A persistent axis conflict can mimic an autopilot or flight-control fault. [237][49]
Hardware Baseline
Document Readiness
Open the required procedure before beginning the exercise. The PDF verification squares are interactive fields; the EFB package also provides native tap-to-check normal lists. [237][49]
Document Readiness
Training / Failure Setup
Use the current failure interface and installed procedures. Do not improvise fire, engine-out, emergency-descent or windshear actions from this normal checklist book. No operational memory-item completeness is claimed. [237][49]