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Crosswind Landings: The Only Technique You Need for Checkride Success

Crosswind landings expose every weakness in a pilot's control coordination. On the checkride, the examiner will specifically request a crosswind — and they'll have a very clear picture of what good looks like.

What the ACS Actually Requires

The ACS for crosswind landings requires:

  • Properly recognize and establish the appropriate crosswind correction
  • Touch down at approximately stall speed with the upwind main wheel first, or simultaneously
  • Maintain directional control throughout the rollout
  • Touch down within 400 feet of the designated touchdown point
  • Avoid side-loading on the landing gear

There is no published crosswind component limit in the ACS — but your POH has one, and you're expected to know it.

The Most Common Errors

  • Touching down with a crab still in — the crab must be removed before touchdown or you side-load the gear
  • Drifting downwind at touchdown — not enough aileron into the wind, landing on the downwind wheel
  • Balloon followed by drop — flare too high in gusty conditions leads to a hard landing
  • Losing directional control on rollout — wind correction must continue after touchdown
  • Under-correcting into the flare — students reduce aileron input as they slow down; it should increase

How to Execute It Correctly

The sideslip (wing-low) method — the checkride standard:

  1. On final, identify wind direction and strength
  2. Bank into the wind with aileron — the amount of bank should track you straight down the extended centerline
  3. Apply opposite rudder to prevent the nose from turning with the bank
  4. You'll be slightly banked with the nose pointed down the centerline — this is correct
  5. Maintain this sideslip all the way to touchdown
  6. Touch down on the upwind main wheel first
  7. Hold aileron into the wind throughout the rollout — increase input as speed decreases

Why Students Fail This on Checkride Day

Students practice crosswind landings in light crosswinds and feel confident. Then the checkride has a 12-knot crosswind component and everything falls apart. The technique doesn't change — only the amount of control input does.

Checkride Ready tracks your approach and landing accuracy across conditions so you understand exactly where your crosswind technique is costing you.

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