Learn the Airbus A330 landing procedure for flight simulators: VAPP, flap and gear timing, flare, autoland, rollout, fault fixes and go-arounds.
To land an Airbus A330 in a flight simulator, programme the arrival, fly a stabilised approach at the MCDU-calculated VAPP, extend flaps and gear on schedule, and monitor the FMA. Flare gently near 30 feet, retard thrust at the callout, touch down positively, then use reverse thrust and braking.
This is general guidance for Microsoft Flight Simulator, X-Plane, Prepar3D and FSX. Exact controls and automation vary considerably: a detailed A330 may reproduce Airbus flight modes, Ground Speed Mini and autoland logic, while a simpler model may use generic autopilot, spoiler and throttle behaviour.
Airbus A330 landing procedure
A sound A330 landing depends on preparation, speed control and correct mode awareness before the flare begins.
- Programme and check the approach. Select the arrival, runway and approach in the MCDU or FMS, then confirm the missed approach. Enter the available QNH, temperature, wind and decision altitude or minimum descent altitude on the approach-performance page. Use the calculated landing configuration and VAPP rather than a memorised speed.
- Plan the stopping distance. Consider landing weight, runway length, wind and surface condition. Arm the ground spoilers and select the autobrake setting supported by the performance calculation. LOW is suitable when runway and conditions permit; MED provides stronger deceleration when less runway is available. Check brake, rudder and reverse-thrust assignments before the flight.
- Activate the approach phase. A detailed Airbus model normally reduces managed speed after the approach phase activates. If the aircraft remains fast, check that the phase is active, managed speed is selected and the thrust levers are in the
CLdetent while autothrust is operating. - Capture the final approach correctly. For an ILS, verify the frequency, front course and identifier. Use the
LSdisplay if modelled, intercept the localiser from a sensible angle and approach the glideslope from below. ArmAPPR, then confirmLOC*followed byLOCandG/S*followed byG/Son the FMA. Moving deviation diamonds alone do not prove capture. See our ILS tuning and capture sequence if the aircraft will not acquire the beam. - Extend flaps and gear on speed. A common sequence is Flaps 1 near green-dot speed, Flaps 2 near S speed, gear down, then Flaps 3 and FULL near F speed. These markers are cues, not commands: never exceed the flap-extension limits shown on the speed tape. Complete the landing checklist and confirm there are no unresolved blue items on the landing memo.
- Meet the stabilised-approach gate. By 1,000 feet above the runway in instrument conditions, or no later than 500 feet in good visual conditions, the aircraft should be on the correct path, near VAPP, fully configured and requiring only small corrections. A descent rate above roughly 1,000 feet per minute needs a specific reason and briefing. Go around if the approach is still being rescued below the gate.
- Flare without holding the aircraft off. For a manual landing, disconnect the autopilot once visual and comfortably stabilised; autothrust may remain engaged until the flare. Look towards the far end of the runway and add roughly 2–3 degrees of pitch near 30 feet. At the
RETARDcallout, normally near 20 feet, move both thrust levers to idle. In a crosswind, remove the crab smoothly while using enough into-wind control to stop drift. Our practical flare and visual-cue corrections cover floating, bouncing and hard touchdowns. - Control the rollout. Let the main gear touch down positively, verify spoiler deployment and lower the nosewheel smoothly. Apply symmetrical reverse thrust and monitor the autobrake. A common Airbus technique is to reduce to reverse idle around 70 knots and stow reverse before taxi speed, but the aircraft checklist takes precedence. Use rudder while fast and the tiller or nosewheel-steering control only after slowing substantially.
FSX and Prepar3D users flying the Project Open Sky model can pair this procedure with our A330-300 cockpit and landing checklist.
What speed should an Airbus A330 land at?
The correct A330 landing speed is the VAPP calculated for that flight, not a single fixed number.
The FMGS normally derives VAPP from VLS plus the applicable approach correction. Landing weight, aircraft variant, wind and flap configuration all affect the result. Managed speed may rise above the entered VAPP on final because Airbus Ground Speed Mini logic compensates for changing headwind; that increase is not necessarily an autothrust fault.
| Configuration | Choose it when | Main consequence |
|---|---|---|
| CONF FULL | Normal landing configuration when performance permits | More drag, usually a lower VAPP and less landing distance |
| CONF 3 | Performance has been calculated for it and reduced drag is useful | Usually a higher VAPP and more runway required |
If CONF 3 is planned, set the aircraft's landing-flap warning system as required by that particular simulation. Otherwise, a correctly configured landing may still produce a flap warning. If the add-on cannot calculate VAPP, use its performance documentation for the actual weight and configuration; borrowing a speed from another flight can cause a long float or leave too little margin above VLS.
Can the Airbus A330 autoland?
An A330 can autoland only when the simulated aircraft, runway ILS and add-on systems support a coupled automatic landing.
A properly modelled autoland normally requires a valid ILS, both autopilots engaged, APPR armed and the expected landing capability displayed on the FMA. After localiser and glideslope capture, watch for the progression into LAND, FLARE and ROLLOUT. Capturing the ILS with approach mode does not by itself provide autoland.
During a normal Airbus autoland, the physical thrust levers do not move themselves. Set them to idle at RETARD unless the simulation explicitly uses simplified auto-retard logic. Monitor the flight path and FMA throughout; if dual-channel capability or the expected modes fail to appear, disconnect for a manual landing only if stabilised and visual, otherwise go around.
Why does an A330 approach or landing go wrong?
Most failed A330 landings begin with incorrect modes, excess speed or late configuration rather than the flare itself.
| Symptom | Likely cause | Correction |
|---|---|---|
| Glideslope will not capture | Aircraft above the beam, wrong ILS or course, or APPR armed too late | Verify the identifier and FMA, then establish a valid intercept from below; fly the missed approach if safe recapture is doubtful |
| Aircraft remains too fast | Approach phase inactive, selected speed still set, configuration late or thrust levers outside the expected detent | Correct the mode and lever position, configure earlier and do not dive to recover the path |
| Long float | Excess VAPP, early or exaggerated flare, or thrust retarded late | Use the calculated speed, make a small flare and accept a positive touchdown in the touchdown zone |
| Hard touchdown or tailstrike risk | High sink rate, late correction or trying to hold the A330 off like a light aircraft | Correct the approach before the flare and avoid a large last-second pitch input, especially in longer A330 variants |
| Bounce | Excess sink, speed or pitch change at touchdown | After a small bounce, hold the landing attitude and keep thrust idle; use TOGA after a pronounced or repeated bounce |
| Ground spoilers do not deploy | Spoilers not armed, thrust not at idle, touchdown logic not satisfied or incomplete add-on modelling | Check spoiler arming and both idle detents; use reverse and wheel braking, and deploy spoilers manually only if the aircraft procedure permits |
| Reverse thrust will not engage | Throttle not at idle, reverse axis misconfigured or no weight-on-wheels detection | Confirm idle and ground indications, then use wheel braking rather than repeatedly cycling the levers |
| Weak deceleration | No spoilers, delayed reverse, low autobrake selection or excessive touchdown speed | Check spoiler indication, apply symmetrical reverse and add manual braking as required |
When should you go around in the A330?
Go around when the aircraft is unstable at the required gate, the runway is not visible at minima, an essential landing system fails, a safe touchdown in the available runway is doubtful, or a major bounce or unexpected low-level mode occurs.
- Set TOGA thrust. Move the thrust levers to TOGA and confirm the go-around modes.
- Follow the flight director. Fly the SRS pitch command and maintain directional control.
- Change configuration. Retract the flaps one step, establish a positive climb and select the landing gear up.
- Fly the missed approach. At the appropriate altitude, accelerate, retract the remaining flaps on schedule and set climb thrust as directed.
Do not retract all flap immediately or spend the final seconds diagnosing an unstable approach. Once there is insufficient height or runway to recover safely, the go-around is the correct response.