Learn when to use brakes after landing, how much pressure is safe, and how the aircraft, runway, anti-skid and sim controls change the technique.
Use wheel brakes after the main wheels are firmly on the runway, the aircraft is aligned, and the thrust is at idle. Apply them progressively, using only the pressure needed for the planned stopping distance. On a short runway, brake firmly and promptly, following the aircraft handbook and using anti-skid where fitted.
When should wheel braking begin after touchdown?
In real-world aviation and flight simulation, braking should begin once the landing is established rather than at an arbitrary speed or runway marker. There is no universal requirement to wait until the nosewheel touches down: an airliner can brake on its main wheels while the nose is being lowered normally.
- Confirm the aircraft has landed. The main wheels should be down without a developing bounce. If the aircraft is airborne again or a go-around may be required, do not commit to braking.
- Set idle thrust and establish aerodynamic deceleration. Deploy ground spoilers and reverse thrust when the aircraft procedure calls for them. Our guide to combining spoilers, reverse thrust and wheel braking explains how these systems share the stopping work.
- Make sure the aircraft is tracking straight. Use rudder and appropriate crosswind aileron before demanding heavy braking. Firm asymmetric braking at high speed can start a swerve.
- Squeeze rather than stamp. Increase pedal pressure smoothly until the required deceleration is achieved. Ease off before turning from the runway and as the aircraft approaches taxi speed.
Do not lower the nose forcibly just to start braking. Hold the correct landing attitude and let the nosewheel settle under control. During a planned touch-and-go, wheel brakes are normally avoided altogether; braking usually means abandoning the touch-and-go and making a full stop. See the decision point between a touch-and-go and full-stop landing for the sequence.
How much braking after landing is safe?
Safe braking is the pressure needed to meet the calculated stopping distance without losing directional control, skidding an unprotected wheel or exceeding brake limitations. A pedal percentage is not meaningful across different aircraft, brake systems and simulator controllers.
| Landing condition | Appropriate braking technique |
|---|---|
| Long, dry runway | Use aerodynamic deceleration first, then light or moderate progressive braking to reach the planned exit. |
| Short or performance-limited runway | Apply firm braking promptly, up to maximum approved braking if the landing calculation requires it. Do not sacrifice stopping distance merely to make the rollout feel smooth. |
| Wet or contaminated runway | Use smooth, deliberate and symmetrical pressure. Keep anti-skid active where fitted and use the applicable contaminated-runway performance data. |
| Aircraft without anti-skid | Increase pressure progressively and release enough pressure to restore wheel rotation if a skid starts. |
| Airliner using autobrake | Allow the selected system to produce the planned deceleration. Manual pedal input commonly overrides or disarms autobrake, although the exact logic is aircraft-specific. |
If anti-skid is working near the braking limit, keep steady pedal pressure and let the system modulate the brakes. Pumping anti-skid brakes usually reduces stopping performance. Without anti-skid, a locked wheel requires an immediate reduction in pressure before braking is reapplied progressively.
What are the signs of excessive braking?
Skidding, an abrupt yaw, repeated loss of directional control or brake-temperature warnings indicate that the braking technique or landing plan needs attention. A brief anti-skid pulse is not itself a fault; it means the system is preventing a wheel lock.
- Skid or tyre smoke: reduce pressure if the aircraft has no effective anti-skid protection.
- Swerve under braking: ease the brakes, regain the centreline with rudder and reapply pressure symmetrically.
- Rapid nose drop: avoid forcing the nose down and use the correct elevator or control-column position for the aircraft.
- Hot brakes: avoid riding the pedals during the rest of the rollout and taxi. Observe any cooling or inspection requirement in the aircraft documentation.
Crosswind technique matters because the aircraft can be aligned with the runway yet still drift sideways after touchdown. Our crosswind rollout and control guide covers when the aircraft is settled enough for firm braking.
How does the aircraft type change the braking technique?
Light tricycle-gear aircraft generally use increasing wheel braking as aerodynamic control fades, while airliners may begin substantial automatic braking immediately after touchdown. In both cases, the aircraft handbook and the landing-distance calculation take priority over a generic rule.
Tailwheel aircraft need particular restraint. Hold the correct elevator position, keep the aeroplane straight and avoid an abrupt differential-brake input that could produce a ground loop or nose-over. We cover those differences in our taildragger braking and directional-control guidance.
Why do brakes feel too strong in a flight simulator?
Simulator brakes often feel excessive because a keyboard key or controller button commands full braking instantly. Separate analogue toe-brake axes provide much finer control and allow left and right pressure to be matched.
- Check that neither toe-brake axis is reversed or partly applied at rest.
- Add only enough dead zone to remove pedal noise; an excessive dead zone makes braking arrive suddenly.
- Confirm the parking brake is not sharing the normal-brake control.
- If only a digital button is available, use measured applications rather than holding full brake throughout the rollout.
- Check for asymmetric hardware calibration before blaming the aircraft's ground handling.
A common mistake we see is gentle braking for most of the runway followed by maximum braking near the end. Decide the required deceleration before touchdown, apply it early enough to work, and reduce pressure once the safe runway exit is assured.