Learn how to taxi an aircraft straight after landing using correct nosewheel steering, rudder, braking, speed and crosswind control.
To keep an aircraft straight while taxiing after landing, slow to a walking pace where necessary, look well ahead along the taxiway centreline, and make small nosewheel-steering or rudder-pedal corrections. Keep the pedals neutral between corrections, avoid dragging one brake, and use aircraft-specific crosswind control inputs.
In aviation and real-world flying, the key is recognising the transition from aerodynamic control during rollout to mechanical wheel steering at taxi speed. Complete after-landing checks only when clear of the runway and workload permits; looking down while the aircraft is still turning is a common cause of centreline excursions.
Which control keeps an aircraft straight after landing?
At taxi speed, nosewheel or tailwheel steering keeps the aircraft straight; the rudder alone may have little authority because there is not enough airflow over it.
Most tricycle-gear light aircraft connect nosewheel steering to the rudder pedals. Larger aircraft may have limited pedal steering for small corrections and a separate tiller for tighter turns. Abrupt tiller movement during a fast landing roll can produce a severe swerve, so wait until the aircraft is at the appropriate speed and follow its operating procedure.
| Phase or situation | Primary control | Correct technique |
|---|---|---|
| Fast landing rollout | Rudder, aileron and symmetrical braking | Keep inputs small as aerodynamic authority decreases; use nosewheel steering only within the aircraft's limits. |
| Straight taxiing | Pedal-linked nosewheel steering or limited tiller | Apply light pressure, then neutralise rather than holding a large input. |
| Tight turn | Tiller or differential braking, depending on type | Slow to walking pace and account for the main wheels cutting inside the nosewheel's path. |
| Tailwheel aircraft | Tailwheel steering, rudder and differential braking | Correct a developing swing immediately, before it gathers momentum. |
The higher-speed runway phase needs a different technique; our guide to maintaining directional control throughout the landing rollout covers that transition in detail.
How do you taxi straight without overcorrecting?
- Reduce speed first. Use idle or low power and slow further before bends, intersections, congestion or slippery surfaces. Steering corrections become much easier once excess momentum is removed.
- Look well ahead. Track the centreline towards a distant point rather than watching the pavement immediately in front of the nose. In aircraft where the pilot sits off-centre, use the approved cockpit reference instead of trying to place the pilot's seat directly over the line.
- Use small steering inputs. Press the appropriate pedal or move the tiller gently, then return towards neutral as the nose responds. Holding the correction too long starts the familiar left-right weaving pattern.
- Keep power symmetrical. Unequal thrust can turn a twin-engined aircraft, while propeller effects may create a predictable tendency in a single. Do not use excess power and opposing brake to force the aircraft straight.
- Brake evenly. Confirm the parking brake is fully released and apply equal toe-brake pressure when slowing. Differential braking is useful for low-speed corrections on aircraft designed for it, but dragging one brake causes a persistent pull and unnecessary heat.
- Maintain wind correction. Hold the flight controls as the aircraft handbook directs. At low speed these inputs help prevent the wind lifting a wing, but they do not replace wheel steering.
- Keep your attention outside. Straighten and stabilise the aircraft before changing radio frequencies, retracting flaps or completing other after-landing actions. Stop if cockpit work cannot be completed safely while moving.
How fast should an aircraft taxi after landing?
There is no universal taxi speed that suits every aircraft and surface. Taxi slowly enough to stop within the clear distance ahead, maintain accurate steering and complete each turn without excessive tyre scrubbing or sideways force.
Walking pace is appropriate for tight turns, parking areas and operations near people or equipment. A straight, dry and unobstructed taxiway may permit a higher speed under the aircraft's procedures, but heavy aircraft carry substantial momentum. If occupants feel a pronounced sideways load in a turn, the entry speed is too high.
Some turbine aircraft accelerate at idle thrust. Where space and procedures permit, use smooth brake applications followed by a release rather than continuously riding the brakes, which can build heat. Never allow that technique to compromise spacing or stopping distance.
Why does the aircraft pull to one side while taxiing?
A constant pull usually comes from brake drag, asymmetric thrust, incorrect steering configuration or an uncentred simulator control axis rather than insufficient rudder.
| Symptom | Likely cause | What to check |
|---|---|---|
| Pull begins as soon as the aircraft moves | One toe brake is not fully released, the parking brake is partly applied, or a brake axis is miscalibrated | Centre both pedals, check brake indications and calibrate the axes with a small dead zone if needed. |
| Rudder moves but the nosewheel does not | Nosewheel steering is disconnected, a tiller axis is required, or the aircraft uses separate steering logic | Check the aircraft's steering system and simulator assignments rather than adding more rudder input. |
| Aircraft snakes across the centreline | Excess speed, delayed neutralisation or overly sensitive controls | Slow down, look farther ahead and use shorter inputs. Review sensitivity only after confirming the hardware is calibrated. |
| Pull appears when power is added | Unequal engine thrust or normal propeller effects | Match engine settings and verify that both engines are producing the expected output. |
| Pull continues after reverse thrust | One reverser or reverse lever has not fully stowed | Confirm reverse is cancelled symmetrically before beginning the taxi. |
Duplicated simulator bindings are especially troublesome: a joystick twist axis and rudder pedals may both command steering, while a noisy toe-brake axis applies brake without visible pedal movement. Our rudder-pedal and nosewheel-steering troubleshooting steps cover these assignment and calibration faults.
In a real aircraft, stop and report an unexplained or worsening pull. A binding brake, damaged tyre or steering-system fault should not be treated as a technique problem.
What changes in a crosswind or tailwheel aircraft?
Crosswind correction supplements steering rather than replacing it. In many light aircraft, hold the ailerons into a quartering headwind and away from a quartering tailwind, increasing the deflection as the aircraft slows. Elevator position depends on wind direction, landing-gear arrangement and the aircraft handbook; transport-category procedures may differ.
Tailwheel aircraft are less directionally stable and can develop a ground loop if a swerve is allowed to grow. Keep the tailwheel engaged where applicable, make prompt rudder corrections and use differential braking sparingly at low speed. Simulator pilots can practise the underlying technique with our guidance on tailwheel ground handling and ground-loop prevention.