Learn how to land safely after a nose gear failure: confirm the fault, use the checklist, choose a runway, touch down and evacuate correctly.
After a nose gear failure, follow the aircraft’s emergency checklist, declare an emergency, use alternate extension if directed, and land on the longest suitable runway. Touch down on the main wheels at the prescribed speed, hold the nose off while controllable, then lower it gently, keep straight and evacuate only if required.
In real-world aviation, this is an aircraft-specific emergency rather than a manoeuvre to improvise. We treat the Pilot’s Operating Handbook, Aircraft Flight Manual or Quick Reference Handbook as the controlling source; the guidance below explains the principles, not a substitute procedure.
How do you know the nose gear has actually failed?
An unsafe indication does not by itself prove that the nose gear is physically stuck or unlocked. The fault could involve the gear, its downlock, a door, a position sensor or the cockpit indication system; our explanation of landing-gear downlocks and extension systems covers how these parts interact.
| What the pilot sees | What it may mean | Correct response |
|---|---|---|
| No green or safe indication | The gear may be unsafe, or the indication circuit may have failed | Run the published verification and abnormal checklist |
| Gear appears down during a tower fly-by | Its position is visible, but mechanical locking may not be confirmed | Continue to treat it as unsafe unless the checklist establishes otherwise |
| Gear is partly extended or turned | The mechanism may be jammed and could collapse or cause a strong yaw | Do not cycle it repeatedly unless the checklist directs this |
| Alternate extension does not produce a safe indication | A genuine extension or locking failure is likely | Prepare for the prescribed abnormal landing |
Alternate extension might use gravity, a manual pump, a crank or another system. Pulling circuit breakers, resetting systems or repeatedly cycling the gear can worsen a jam, drain hydraulic fluid or affect the main gear, so those actions belong only in the approved checklist.
What should the pilot do before landing?
The pilot should stabilise the aircraft at a safe altitude, complete the checklist and give the crew time to prepare before beginning the final approach.
- Fly the aircraft first. If the warning appears on final and a safe go-around remains possible, climb away rather than troubleshooting close to the ground.
- Confirm the failure. Use the normal and alternate extension procedures exactly as published. A tower fly-by or another aircraft may provide useful visual information, but cannot always confirm that the gear is locked.
- Declare the emergency. Tell air traffic control the fault and intentions. Provide the number of people aboard, fuel endurance and any dangerous goods when requested so rescue and fire services can prepare.
- Select the runway. Prefer a long, wide runway with a favourable wind, little crosswind and emergency services. A hard surface is generally more predictable than soft ground, where the nose can dig in, but the aircraft checklist takes precedence.
- Manage fuel and weight sensibly. Burning fuel may reduce landing weight and fire load, but do not prolong a deteriorating emergency merely to reach normal landing weight. Fuel jettison is used only when the aircraft is equipped, the checklist permits it and conditions justify it.
- Prepare the cabin. Brief occupants, secure loose items, review the brace position and identify usable exits. Fly the flap setting and approach speed specified for the failure rather than choosing an unusually slow speed in pursuit of a soft touchdown.
If only the nose gear has failed, the confirmed main gear normally remains extended. Deliberately retracting all the landing gear is not a universal solution and should be considered only if the aircraft’s published procedure specifically calls for it.
How should the touchdown be flown?
The safest technique is a stable, accurately aligned main-wheel touchdown followed by controlled lowering of the nose as elevator effectiveness decreases.
- Cross the threshold on speed. Excess speed increases stopping distance and impact energy, while too little speed reduces control and can produce a hard arrival.
- Touch down on the main wheels. Keep the wings level and avoid an exaggerated flare, which risks a stall or tail strike.
- Hold the nose off initially. Apply increasing aft elevator as speed decays, but do not try to keep it airborne until control disappears and the nose drops abruptly.
- Lower the nose gently. Maintain the centreline with rudder and appropriate crosswind control. Protecting the occupants and retaining directional control matter more than preventing further airframe damage.
- Decelerate as directed. Use symmetrical braking, spoilers and reverse thrust only as permitted by the checklist. Aggressive differential braking can start a yaw, while reverse thrust may worsen asymmetry or draw debris towards an engine.
Once the nose contacts the runway or collapses, rudder and braking effectiveness may change quickly. Keep steering inputs measured and use the available runway rather than trying to make an early exit.
Should the engines be shut down before the nose touches?
Engine shutdown timing depends entirely on the aircraft and the failure checklist. Some procedures keep the engines running to preserve hydraulics, anti-skid, electrical power or go-around capability; others call for shutdown at a defined stage to reduce fire, propeller or debris-ingestion risk.
There is no safe universal rule such as cutting both engines at a particular speed. In piston aircraft, trying to stop the propeller in a chosen position is also unsuitable unless the approved procedure explicitly requires and supports it.
What should happen after the aircraft stops?
Once stopped, the aircraft should not be taxied and the crew should complete the emergency shutdown or evacuation checklist. Fire, smoke, a major fuel leak or an evacuation command requires prompt exit through suitable doors, followed by movement well clear of engines and the aircraft.
If there is no immediate hazard, an unnecessary evacuation can itself cause injuries and may send occupants towards an unseen external danger. The pilot in command and cabin crew decide whether occupants should evacuate or remain aboard for the emergency services.
Can you practise a nose gear failure in a flight simulator?
A simulator can help with checklist discipline, speed control and keeping the aircraft on the centreline, but failure modelling varies greatly between default and add-on aircraft. Master stable approach and touchdown fundamentals in Microsoft Flight Simulator before introducing the fault, then practise controlled braking and runway rollout under normal conditions.
Use the simulated aircraft’s own documentation for the failure exercise. A visual nose-wheel collapse does not guarantee that the simulator accurately models alternate extension, hydraulic loss, asymmetric drag, fire risk or evacuation decisions, so it must not be treated as real-world procedural training.