The Crosswind Landing, the Wing-Low Slip, and the Checkride Maneuver That Busts More Applicants Than Any Other

A crosswind landing works because you cancel the wind’s sideways push before the wheels touch. Use the wing-low (sideslip) method: bank into the wind with aileron to hold the centerline, and apply opposite (“top”) rudder to keep the nose aligned with the runway. The airplane touches down on the upwind main wheel first, with zero sideways drift and the fuselage pointed straight down the pavement.

Why Is the Crosswind Landing So Hard?

The airplane does not know where the runway is. It only knows the air it is flying through. When the wind blows across the runway, that air is moving sideways relative to the pavement, so an airplane that simply points down the runway gets carried downwind like a canoe crossing a river.

The result is drift and side load at the moment of touchdown. A main gear tire that touches down while moving sideways wants to grab, and a wingtip wants to find the ground. That is the enemy.

Everything you do in a crosswind landing serves two goals: keep the airplane tracking straight down the centerline, and arrive at the ground with the fuselage aligned with the runway and zero sideways motion.

Crab vs. Wing-Low: The Two Ways to Fly a Crosswind Approach

There are two methods, and you need to know both.

The crab turns the nose slightly into the wind on final, just enough that your ground track stays on the centerline. The airplane flies sideways to the runway but tracks straight. It is comfortable, coordinated, and it is how the airliners do it. The catch: you cannot land in a crab in a light airplane. Touch down with the nose cocked and you land sideways - that is the side load again. The crab must become something else before the wheels touch.

The wing-low, or sideslip, is the one the examiner is really looking for, and the one worth falling in love with.

How Do I Fly the Wing-Low Slip?

The wing-low is a deliberately cross-controlled maneuver held all the way to the ground.

1. Lower the wing into the wind. Bank slightly toward the side the wind is coming from. That bank makes the airplane slip into the wind, canceling the drift and holding you on the centerline.
2. Apply opposite rudder. As the bank tries to turn the nose, push top rudder - enough to keep the nose pointed straight down the runway.
3. Hold both together. Aileron holds you on the centerline. Rudder holds the nose straight. The two controls now oppose each other, held on purpose, all the way down.

Everything you learned in slow flight about staying coordinated goes out the window here - intentionally. It feels wrong the first fifty times. It is supposed to feel wrong. It is not wrong. It is a crosswind landing.

How Much Aileron and Rudder Do I Use?

The honest answer is: whatever it takes. There is no fixed number. The wind gusts, shifts, and dies off in the flare as buildings and trees block it, so this is a living, continuous adjustment - not set-and-forget. More wind, more aileron and rudder. Less wind, ease off.

Here is the picture to burn into your mind for the flare: as the airplane slows, the flight controls get less effective because less air flows over them. To hold the same correction, you need more and more control input as you slow down. Just before touchdown you may be running toward full aileron into the wind, yoke turned way over. That is normal and correct.

The airplane touches down in a specific order: upwind main wheel first, then the downwind main, then the nose wheel last, flown down gently.

Why Isn’t the Landing Over at Touchdown?

Rollout is where students relax, and relaxing is exactly wrong. As you slow on the runway, keep adding aileron into the wind until, by taxi speed, the yoke is turned all the way over into the wind.

A fifteen-knot crosswind can lift a wing while you are rolling out at thirty miles an hour thinking about lunch. The phrase to remember: fly it until it’s tied down.

What Does the Checkride Examiner Grade?

The Airman Certification Standards (ACS) is the rulebook the examiner grades against. For the crosswind approach and landing, the examiner wants you to:

• Maintain a stabilized approach and the recommended airspeed, +10 / −5 knots
• Touch down at a proper pitch attitude, within the specified distance beyond your intended point
• Land on the centerline, with no drift
• Keep the airplane’s longitudinal axis aligned with the runway - no crab at touchdown

That last item is the one people miss. Aligned with the runway.

How Do Applicants Bust This Task?

There are two common ways.

The unstabilized approach. Coming in high, fast, or fighting the airplane the whole way down and never getting it settled. The tie-in: if it’s not stabilized, go around. The examiner would far rather watch a clean, decisive go-around than a salvage job into an ugly landing. On a checkride, a go-around is not a failure - it is a pilot demonstrating judgment. Say it on the radio and do it.

Drift at touchdown. Flying a beautiful crab all the way down final and never converting it, then touching down with the nose cocked and the tires chirping sideways. The fix is to decide in advance when you transition from crab to wing-low. Some pilots kick it straight in the last few seconds of the flare; some set up the wing-low on short final and hold it. Both are acceptable. Arriving over the numbers still crabbing with no plan is not.

What Should I Do Before I Even Enter the Pattern?

Consider a scenario: you are on a cross-country to a field with a single runway. The ATIS reports wind 240 at 14, gusting 19, and your runway is runway 31. The wind is from your left and close to a direct crosswind.

Before entering the pattern, roughly calculate the crosswind component and compare it against a number you should already know: your airplane’s demonstrated crosswind component, found in the Pilot’s Operating Handbook (POH). For many trainers it is around fifteen knots.

Understand what that number is and is not. It is not a legal limit - it is the maximum crosswind the test pilot actually demonstrated during certification. But for a student or low-time private pilot, treating it as a personal hard limit is a smart way to stay alive. There is no shame in choosing an airport with a runway pointed more into the wind, or in waiting for the gusts to settle. Sometimes the best crosswind technique is the decision not to try.

Why Is a Crosswind Landing at Oshkosh So Demanding?

Right now, EAA AirVenture is underway at Wittman Regional Airport in Oshkosh, Wisconsin - the busiest airport on the planet this week, with airplanes landing on colored dots one after another.

The arrival is not normal. You fly the published NOTAM procedure - the railroad tracks in - and when you check in at Fisk, controllers address you by color and type, not call sign (“rock your wings, high-wing white Cessna”). The tower then assigns you a dot to land on, sometimes with an airplane touching down ahead of you and another behind you on the same runway.

Add a crosswind and you must put the airplane on a specific spot - on speed, on centerline, aligned, with no drift - while the wind pushes you and the controllers move fast. There is zero room for the long, floaty, salvage-it landing you might get away with at a quiet home field. It is the crosswind landing under a magnifying glass.

How Do I Get Good at This?

Do not treat the crosswind landing as something you practice only when the wind happens to blow. Go find a windy day on purpose, with an instructor, and do ten of them. Do twenty. Fly the wing-low down final and hold it. Feel the airplane touch on one wheel. Feel how much rudder it really takes.

Practice the go-around from a crosswind, too - that is your escape hatch, and it needs to be automatic. Make the sideslip so familiar that when the real one comes, on the checkride or over an assigned dot, your hands and feet already know the dance.

The crosswind landing is not a talent you are born with. It is a skill you build, one windy pattern at a time. The best references are the ACS, your airplane’s POH, and the FAA’s Airplane Flying Handbook, which contains the finest written explanation of the wing-low method you will find anywhere.

Key Takeaways

• Cancel the drift before touchdown. The goal is zero sideways motion and the fuselage aligned with the runway centerline.
• Wing-low = aileron into the wind + opposite (top) rudder, held in a deliberate cross-control all the way to the ground.
• Touchdown order: upwind main wheel first, then downwind main, then nose wheel - and keep adding aileron as you roll out and slow down.
• ACS standard: stabilized approach, recommended airspeed +10 / −5 knots, no drift, longitudinal axis aligned with the runway.
• The two busts are unstabilized approaches and drift at touchdown - a decisive go-around is judgment, not failure.