How do I line up on the runway centreline for take-off and landing?

In Aviation & Real-World Flying, line up on the runway centreline by placing the aircraft’s longitudinal centreline over the painted line, looking towards the far end, and using small rudder or nosewheel-steering inputs. For landing, intercept the extended centreline with bank, stop the drift, and align the nose before touchdown.

What does aircraft centreline alignment actually mean?

Aircraft centreline alignment means controlling position, ground track and heading as separate but related conditions.

The runway centreline is the imaginary continuous line running between the painted dashes, not a series of individual stripes to chase. On the ground, the aircraft’s fuselage centre belongs over that line—not the pilot’s seat, camera position or centre of the monitor.

How do you line up on a runway for take-off?

To line up for take-off, verify the runway, complete the turn onto its centreline, establish a distant reference and keep the aircraft straight as power is applied.

1. Confirm the runway. Check the designation, signs, markings and that the indicated heading broadly agrees with the runway direction. Enter only with the required clearance or under the applicable uncontrolled-aerodrome procedure.
2. Allow room for the turn. Taxi far enough onto the runway to make a smooth turn without cutting inside the centreline. The precise turning point depends on the aircraft’s wheelbase, steering geometry and cockpit position.
3. Centre the aircraft, not your seat. Place the longitudinal axis over the line using the correct cowling, windscreen or instrument-panel reference for that aircraft.
4. Straighten before accelerating. Remove the turning input as the nose reaches runway heading. If the aircraft is still yawing when power comes in, the take-off roll begins with an avoidable directional error.
5. Look towards the far end. Keep the near centreline in peripheral vision while using a distant point to detect yaw early. Staring at the next stripe causes late corrections and zig-zagging.
6. Apply power smoothly. At low speed, use the aircraft’s approved nosewheel steering, rudder-pedal steering or differential braking. As speed increases and the rudder becomes effective, make small progressive inputs and avoid riding the brakes.
7. Set crosswind controls. Apply aileron into wind and adjust it with speed as the aircraft procedure requires. Rudder controls direction; after lift-off, establish the wind correction needed to track the extended centreline.

Control arrangements vary. Light aircraft often connect rudder pedals to the nosewheel, while larger aircraft may provide a separate tiller with much greater low-speed authority. Tailwheel aeroplanes need particularly early corrections and may require runway-edge references when the nose blocks the forward view. The aircraft manual and operating procedure always take precedence over a generic technique.

Once aligned, power application, acceleration and rotation form a separate sequence; our simulator take-off procedure from line-up to lift-off covers those stages without mixing them into the steering task.

Does “line up and wait” mean you are cleared for take-off?

No. An ATC instruction to line up and wait authorises runway entry and alignment, but it does not authorise the take-off roll.

Wait for an explicit take-off clearance and clarify any ambiguous instruction. At an uncontrolled aerodrome there may be no ATC clearance, but runway entry still has to follow the applicable local procedure and traffic checks.

How do you line up with the centreline for landing?

To line up for landing, intercept the extended runway centreline early, use bank to correct the flight path, and remove drift and excessive crab before touchdown.

The aiming point and centreline solve different problems. The aiming point controls the vertical path; the extended centreline controls lateral position and track. If both are moving rapidly in the windscreen, the approach is not yet stable. Our step-by-step simulator technique for establishing and holding the landing centreline explains how to practise that runway picture.

In a crosswind, an aircraft can track the centreline correctly while its nose points into wind. Most landing techniques remove the crab before or during touchdown while bank prevents fresh drift. Some aircraft permit limited touchdown in crab, so use the model’s limits and procedure; for the control sequence, see our crab, wing-low and de-crab guidance for simulator landings.

Centreline control does not finish when the wheels touch. Rudder authority reduces with speed, nosewheel steering becomes more influential, and crosswind aileron may need to increase as the aircraft slows. Our guide to keeping straight during the landing rollout covers that transition.

Where should you look to stay on the centreline?

Look well ahead and use the runway centreline, edges and far-end perspective together rather than staring directly over the nose.

During line-up and the take-off roll, a distant reference reveals yaw before the aircraft has moved far sideways. On final, scan between the aiming point, extended centreline and runway edges. As the flare starts, shift more of your attention towards the far end while retaining peripheral awareness of the centreline.

At night, centreline lights can provide the same long reference where fitted, but avoid fixating on the nearest light. In a cockpit with restricted forward visibility, the runway edges may provide a steadier directional cue than markings hidden beneath the nose.

Why does the runway centreline look offset from the pilot’s seat?

The runway centreline looks offset because the pilot’s eye is usually to one side of the aircraft’s longitudinal axis.

From a left-hand seat, the line will normally appear to pass to the right of the pilot when the aircraft itself is centred. Trying to put it directly beneath your body or in the middle of the windscreen places the whole aircraft left of centre. The amount of apparent offset changes with cockpit width, eye position and viewing angle.

How should the simulator view and controls be set?

Use a consistent, realistic cockpit eye point and properly centred steering axes so that the visual reference and control response do not change between attempts.

• Keep the view straight ahead. A slightly yawed camera makes correct alignment look wrong. Do not move the viewpoint sideways merely to place the painted line in the middle of the screen.
• Calibrate the rudder axis. Remove unwanted input at rest and use only enough dead zone to prevent jitter; an excessive dead zone hides the small corrections needed at speed.
• Check duplicate bindings. A twist grip, pedals, triggers and steering assistance can fight one another if more than one device commands rudder or nosewheel steering.
• Know the simulated steering system. Some aircraft model a tiller separately from rudder-pedal steering, while simpler models combine them.
• Use an external view only to diagnose. A brief overhead check can confirm whether the fuselage is actually centred, but cockpit practice is what builds the correct sight picture.

What centreline mistakes cause the most trouble?

The most common centreline errors come from looking too close, confusing nose direction with ground track and making corrections that are too large or too late.

• Chasing individual stripes: looking at the nearest marking produces repeated left-right swings. Raise your eyes and steer along the imaginary continuous line.
• Putting the line under the pilot: this offsets the entire aircraft. Learn where the line appears relative to the panel when the fuselage is centred.
• Using rudder alone while airborne: rudder points the nose but does not provide a clean lateral interception. Use bank to change the flight path, except when applying a deliberate crosswind sideslip.
• Failing to stop the correction: banking towards the centreline until reaching it guarantees an overshoot. Reduce or reverse the bank before the desired track is captured.
• Overcorrecting on the ground: rapid alternating rudder inputs create pilot-induced zig-zagging. Make a small input, allow the aircraft to respond, then relax it.
• Treating “right rudder” as universal: many propeller aircraft require it during take-off, but the required direction and amount depend on propeller rotation, wind and aircraft design. Steer according to the actual yaw.
• Relaxing after touchdown: wind and braking can move the aircraft off line long after the main wheels are down. Maintain active directional control until taxi speed.

When should you go around or reject the take-off?

Go around when acceptable centreline position, drift control and aircraft alignment cannot be achieved within the applicable stabilised-approach criteria.

Do not try to rescue a late offset with a steep bank or abrupt rudder during the flare. A narrow, wet or contaminated runway, strong crosswind, poor visibility or an aircraft close to its demonstrated or operating limits leaves less margin. Published aircraft limits, operator procedures and instructor guidance determine the final decision.

During take-off, a developing directional excursion calls for the aircraft-specific stop-or-continue procedure, not improvised high-speed nosewheel steering. In transport operations that decision is tied to formal rejected-take-off criteria and decision speeds; generic centreline advice must not replace them.