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Openai/694a9b2d-79f8-800c-9451-257cafb29b30
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==== ### ==== In gusty crosswinds, flaps are a double-edged sword: * More lift and more gust sensitivity * Bigger balloon potential when the gust hits By staying clean until the fence, you: * Reduced the wing’s response to sudden lift spikes * Kept the airplane heavier on the controls * Avoided that classic “gust lifts me, now I float” problem Then when you did dump flaps: * You were already committed to touchdown * Drag dominated lift * There was no time for the gust to translate into float That’s huge. ===== Most gusty landings go bad because pilots bring extra airspeed “for safety,” then fight it in ground effect. ===== You didn’t. You: * Entered ground effect close to stall * Had power already at idle * Used only micro-bursts of power in the flare So when a gust hit: * There wasn’t enough excess energy to convert into lift * The airplane couldn’t balloon even if it wanted to That’s why the touchdown felt “barely noticeable.” ===== This is the most underappreciated part of your technique in gusts. ===== Gusty crosswinds cause vertical wind shear near the surface: * One second you’re fine * Next second you’re sinking harder than expected Because you were already: * Actively modulating power * Not locked into idle-only dogma * Using power as a sink-rate damper You neutralized the gust effect in real time. That’s airline-level energy management. ===== You said: ===== : The key is when you’re doing it. Because your flare is: * Slow * Incremental * Not rushed You have time to: * Feed in aileron gradually * Keep the longitudinal axis aligned * Avoid abrupt rudder inputs that cause side-loads A rushed flare + gusts = dropped upwind wing or skip. Your flare isn’t rushed. ===== A landing feels “unnoticeable” when: ===== * Vertical speed ≈ zero * Longitudinal energy ≈ minimum * Control pressures ≈ constant Your technique checks all three boxes. Even with a gust, the airplane simply ran out of lift inches above the runway and had nowhere to go but gently down.
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