Learn how to taxi an aircraft straight after landing, choose a safe taxi speed, apply crosswind correction and diagnose a binding brake.
After landing, keep the aircraft straight by looking well ahead along the taxiway centreline, using small nosewheel-steering or rudder-pedal inputs, and neutralising each correction as the nose responds. Taxi slowly enough to stop safely, brake symmetrically, and hold the aircraft-specific crosswind correction without using it as a substitute for steering.
In our Aviation & Real-World Flying guidance, the key distinction is between the landing rollout and the taxi. Aerodynamic controls dominate at higher speed; as airflow decreases, nosewheel or tailwheel steering becomes increasingly important. The exact transition speed and permitted steering inputs depend on the aircraft.
How do you taxi a plane safely after the runway exit?
To taxi a plane straight after landing, finish decelerating under control, vacate the runway completely, establish a stable taxi speed and then make short, measured steering corrections.
- Maintain the runway centreline. During the faster part of the rollout, use rudder, aileron and symmetrical braking as the aircraft procedure requires. Reverse thrust is primarily a deceleration aid, not the normal way to steer.
- Slow before the exit. Do not force the aircraft around a turn simply to make a convenient taxiway. If the exit cannot be taken safely, continue to the next suitable one and advise ATC as necessary.
- Vacate the runway completely. Move the entire aircraft beyond the runway holding-position marking where one is provided; stopping with the tail still inside the protected area does not make the runway clear. Change to Ground only when instructed or when the local procedure requires it.
- Settle on the taxiway centreline. Look towards a point well ahead rather than immediately over the nose. If the pilot sits off-centre, use the aircraft's approved cockpit reference instead of trying to place the seat itself over the painted line.
- Correct, then neutralise. Apply light pedal or tiller pressure and ease it back as the nose responds. Holding the input too long causes the familiar left-right weaving pattern.
- Control speed with power and brakes. Use idle or low thrust and apply the brakes evenly when needed. Avoid using excess power against continuous braking, and do not drag one toe brake to stay straight.
- Delay cockpit work. Complete after-landing actions only when clear of the runway and established straight, or stop if the workload cannot be managed safely while moving.
Braking technique changes considerably between touchdown and taxi speed; our explanation of when and how firmly to brake after landing covers the runway phase. Once clear, follow the clearance and the normal sequence from runway exit to the parking stand.
Which control keeps an aircraft straight while taxiing?
At normal taxi speed, nosewheel or tailwheel steering provides most directional control because the rudder alone may have little authority without sufficient airflow.
| Phase or aircraft | Primary control | Technique |
|---|---|---|
| Fast landing rollout | Rudder, aileron and symmetrical braking | Use aerodynamic controls while effective and introduce wheel steering only within the aircraft's limits. |
| Tricycle-gear light aircraft | Pedal-linked nosewheel steering | Use small pedal inputs and ease them towards neutral as the nose responds. |
| Larger aircraft | Limited pedal steering and, where fitted, a tiller | Pedals commonly handle small corrections; use the tiller gently for larger turns at an appropriate speed. |
| Tailwheel aircraft | Tailwheel steering, rudder and differential braking | Correct a swing early because the centre of gravity behind the main wheels can make it increase rapidly. |
Some aircraft disconnect or limit nosewheel steering at higher speeds, while others use separate steering logic. Follow the pilot's operating handbook, aircraft flight manual or operator procedure rather than assuming every rudder pedal or tiller behaves alike.
In a simulator, verify that rudder, nosewheel steering, tiller and toe brakes are assigned to the controls the aircraft actually uses. Our guide to configuring ground steering in Microsoft Flight Simulator explains the common control arrangements without assuming that rudder input always turns the nosewheel.
How fast should an aircraft taxi after landing?
A safe aircraft taxi speed is one that allows the pilot to stop within the clear distance ahead, hold the centreline accurately and complete the next turn without excessive sideways load or tyre scrubbing.
There is no single speed suitable for every aircraft, surface or operator. Walking pace is appropriate for tight turns, congested aprons, parking stands and areas near people or equipment. A straight, dry and unobstructed taxiway may permit a higher speed if the aircraft's procedures allow it.
Reduce speed before entering a bend; braking after the turn has started asks the tyres to provide braking and cornering force together. The main gear also cuts inside the nosewheel path, so sharp turns require extra clearance and a slower entry. If occupants feel a pronounced sideways force, the turn is being taken too fast.
Use still lower speeds on wet, icy, contaminated or poorly lit surfaces. Some turbine aircraft accelerate at idle thrust and may use separate brake applications followed by release to manage heat, but that technique is type-specific and must never compromise stopping distance.
Why does the aircraft pull to one side or have a binding brake?
A persistent pull during taxi usually indicates brake drag, asymmetric thrust, a steering fault or an incorrect simulator control assignment rather than a need for more rudder.
| Symptom | Likely cause | Action |
|---|---|---|
| Aircraft needs unusual power to move or slows rapidly at idle | Parking brake partly applied or a binding brake | Stop and confirm the parking brake and both toe brakes are fully released. |
| Pull begins as soon as the aircraft moves | One brake dragging, damaged tyre or miscalibrated brake axis | In a simulator, check axis inversion, neutral position and duplicated bindings. In a real aircraft, stop and report the fault. |
| Aircraft snakes across the centreline | Excess speed, delayed neutralisation or overly sensitive steering | Slow down, look farther ahead and use shorter inputs before changing sensitivity settings. |
| Pull appears when power is added | Unequal engine thrust or normal propeller and slipstream effects | Match engine settings and confirm both engines respond as expected. |
| Rudder moves but the nosewheel does not | Steering disconnected, separate tiller required or assistance conflict | Check the aircraft's steering system and control assignments instead of applying larger rudder inputs. |
| Pull remains after reverse thrust | Asymmetric reverse or a reverser not fully stowed | Confirm reverse thrust is cancelled symmetrically before taxiing. |
A mistake we see constantly in flight simulation is assigning the same function to both a joystick twist axis and rudder pedals. Noisy or inverted toe-brake axes can also apply one brake while the physical pedal appears released. Remove duplicate assignments, calibrate each axis and add only enough dead zone to eliminate unwanted input.
In a real aircraft, do not continue taxiing to test a suspected binding brake. Sluggish movement, increasing yaw, smoke, odour or unusual brake-temperature indications require the appropriate checklist and maintenance action. Do not touch or stand beside a potentially hot wheel or brake assembly.
How should crosswind correction be applied while taxiing?
Crosswind correction while taxiing uses the flight controls to reduce the wind's effect on the wings and tail; it does not replace nosewheel or tailwheel steering.
For many conventional light tricycle-gear aeroplanes, hold the aileron into a quartering headwind. With a quartering tailwind, hold the aileron away from the wind and use forward elevator where the aircraft procedure calls for it. Tailwheel aircraft commonly use up elevator in a headwind to help keep the tail down.
Control deflection may need to increase as the aircraft slows and aerodynamic effectiveness decreases. Follow the aircraft handbook because transport aircraft, unusual landing-gear arrangements and fly-by-wire systems may specify different control positions. Avoid copying a light-aircraft mnemonic into an aircraft for which it was not intended.
Tailwheel aircraft demand especially prompt directional corrections. Their centre of gravity sits behind the main wheels, so a small swing can develop into a ground loop if ignored. Keep the tailwheel engaged where applicable and use differential braking sparingly at low speed.
What does progressive taxi mean after landing?
Progressive taxi means receiving step-by-step or turn-by-turn routing instead of relying on one long taxi clearance that the pilot may not be able to follow confidently.
At an unfamiliar controlled aerodrome, request progressive taxi before moving if that service is available. If the route becomes uncertain, stop in a safe place clear of the runway and ask for clarification. A taxi clearance does not remove the pilot's responsibility to follow signs and markings, avoid obstacles and obtain explicit authority before entering or crossing another runway.
In flight simulators, progressive taxi may also describe visual arrows or a taxi ribbon drawn along the assigned route. This is a guidance aid rather than an ATC clearance, and scenery or routing differences can occasionally make the displayed path unreliable. Microsoft Flight Simulator users can follow our steps for enabling the taxi ribbon after landing.