Crosswind Landing
A crosswind landing requires the pilot to correct for wind drift while maintaining the desired ground track, then touch down with the airplane appropriately aligned with the runway.
Crosswind conditions are common because the wind is often not aligned exactly with the runway. The challenge is therefore not simply reaching the runway, but managing drift, alignment, and directional control as the airplane slows through the approach, touchdown, and rollout.
What changes in a crosswind
On final approach, a crosswind tends to move the airplane sideways from the extended runway centerline. The pilot applies a wind correction to maintain the intended ground track while continuing to control the approach path and airspeed.
As touchdown approaches, the airplane must also be positioned so that its longitudinal axis is appropriately aligned with the runway rather than touching down while drifting sideways.
Crab method
In a crab, the airplane is turned into the wind enough to counter the sideways drift. The airplane's heading is therefore angled relative to the runway while its ground track remains aligned with the runway centerline.
The required crab angle changes with the wind. If the crosswind changes during the approach, the pilot adjusts the heading as necessary to continue tracking the centerline.
When the crab method is used on final, the crab must be removed at the appropriate time before touchdown so the airplane's longitudinal axis is aligned with the runway. Poorly timed alignment can result in sideways loading at touchdown.
Wing-low or sideslip method
With the wing-low method, the pilot banks the airplane into the wind sufficiently to prevent drift and uses opposite rudder as necessary to keep the longitudinal axis aligned with the runway.
Bank controls the tendency to drift across the runway while rudder is used to manage alignment. The required control inputs may change as wind strength and direction vary during the approach.
Using crab and wing-low together
The two techniques do not have to be treated as completely separate approaches. A pilot may use a crab during part of final approach and then transition smoothly to a wing-low sideslip before the roundout and touchdown.
The important outcome is maintaining the desired ground track while arriving at touchdown with appropriate runway alignment and without uncontrolled sideways drift.
Roundout and touchdown
Crosswind correction continues during the roundout and flare. As the airplane slows, the control inputs needed to prevent drift and maintain alignment may change.
In a typical wing-low crosswind landing, the upwind main wheel may contact the runway before the downwind main wheel. The pilot continues to maintain directional control and the required crosswind correction as the remaining wheels settle onto the runway.
After touchdown
Touchdown does not end the crosswind landing. Wind can continue to affect the airplane during the landing roll, while aerodynamic control effectiveness decreases as airspeed falls.
Appropriate crosswind control inputs therefore continue through the rollout. The exact technique depends on the airplane, wind, runway conditions, and applicable operating procedures.
Crosswind component and aircraft considerations
Wind reported at an angle to the runway can be considered in terms of headwind or tailwind and crosswind components. The crosswind component is the portion of the wind acting across the runway rather than along it.
A published or demonstrated crosswind value should not automatically be interpreted as a universal limit. Its meaning and operational use depend on the aircraft documentation and any procedures or limitations that apply to the particular operation.
Pilots should use the aircraft's approved documentation and applicable operating guidance when determining whether conditions are suitable for a takeoff or landing.
Common crosswind landing errors
Crosswind landing practice often focuses on avoiding errors such as:
- allowing the airplane to drift away from the runway centerline;
- using insufficient or excessive wind correction;
- removing a crab too early or too late;
- touching down with the airplane poorly aligned with the runway;
- allowing sideways drift to continue at touchdown;
- fixating on alignment while allowing airspeed or approach path to deteriorate;
- relaxing crosswind control inputs immediately after touchdown;
- continuing an approach when conditions or aircraft control are no longer satisfactory.
Why pilots practice crosswind landings
Crosswind landings require coordinated use of visual references and flight controls while the airplane is changing speed and transitioning from flight to ground operation.
Practice helps pilots recognize drift earlier, judge the amount of correction required, coordinate aileron and rudder inputs, and become more familiar with how a particular airplane responds as wind conditions change.
Useful practice considerations
Depending on the aircraft, conditions, training objectives, and instructor guidance, crosswind landing practice may include:
- recognizing wind direction and estimating the crosswind component;
- maintaining the runway centerline during final approach;
- establishing and adjusting an appropriate crab angle;
- transitioning from a crab to a sideslip when appropriate;
- coordinating bank and rudder in the wing-low method;
- maintaining runway alignment during the roundout and flare;
- preventing sideways drift at touchdown;
- maintaining crosswind correction during the rollout;
- recognizing when a go-around is the appropriate alternative.
Related flying skills
Track crosswind landing practice
Last Practiced lets you record the date you practiced crosswind landings alongside the other individual flying skills from the same session. You can also set a personal Practice Target if this is a skill you want to revisit at your own chosen interval.
Practice Targets are personal reminders. They do not establish regulatory currency, proficiency, or legal eligibility to fly.
References
- Federal Aviation Administration — Airplane Flying Handbook
- Federal Aviation Administration — Pilot/Controller Glossary: Crosswind Component
This page is a general reference and is not a substitute for aircraft documentation, flight instruction, regulations, or operational procedures applicable to a particular flight.