Wind rarely blows straight down the runway. In fact, crosswind landings are among the most common challenges pilots face—and one of the most satisfying to master.
In this guide, you'll learn the two primary crosswind techniques used by professional pilots worldwide: the Crab Method and the Wing-Low (Sideslip) Method. We'll also cover aircraft limits and how to use our crosswind calculator to prepare for every approach.
Why Crosswind Technique Matters
A crosswind pushes your aircraft sideways during approach. Without correction, you'll drift off the centerline and potentially land with side-load on the gear—a recipe for a hard landing, tire damage, or worse.
The crosswind component is the portion of wind perpendicular to the runway. A 20-knot wind at 30° off the runway heading creates a 10-knot crosswind component. Knowing this number helps you decide: land, divert, or wait.
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Ready for Your Approach?
Check your crosswind component before every landing with our free calculator.
Calculate My Crosswind →The Wing-Low (Sideslip) Method
The wing-low method is preferred in smaller aircraft and during gusty conditions. You bank into the wind while using opposite rudder to keep the nose aligned with the runway.
How to Execute Wing-Low
- Lower the wing into the wind using aileron (bank toward the wind).
- Apply opposite rudder to prevent the nose from turning and keep aligned with the runway.
- Adjust bank angle as needed to maintain the centerline. More wind = more bank.
- Touch down on the upwind main gear first, then lower the other gear gently.
Pro Tip: Many pilots combine both methods—crabbing on approach then transitioning to wing-low just before touchdown. This hybrid technique reduces fatigue during long approaches.
Aircraft Crosswind Limits
Every aircraft has demonstrated crosswind limits. Exceeding these limits significantly increases the risk of loss of control. Here are typical values:
| Aircraft | Dry Runway | Wet Runway |
|---|
| Airbus A320 | 38 kt | 29 kt |
| Boeing 737 | 35 kt | 25 kt |
| Boeing 787 | 38 kt | 29 kt |
| Cessna 172 | 15 kt | 12 kt |
Note: These are demonstrated limits, not absolute maximums. Always check your specific aircraft's POH/FCOM for accurate values.