How does crosswind affect engine-out approach and landing?

• A. Crosswinds improve yaw stability.
• B. Crosswinds have no effect on OEI handling.
• C. Crosswinds increase yaw and drift; OEI control requires more precise rudder and bank management to maintain a stabilized approach.
• D. Crosswinds only affect takeoff.

Answer: (C)

Crosswinds on an engine-out approach introduce a lateral wind component that pushes the airplane sideways while you’re already dealing with asymmetric thrust. With one engine inoperative, there's a natural yaw tendency toward the failed engine due to unequal thrust and drag, and the crosswind adds an additional sideways push. To keep the aircraft on a stabilized path and aligned with the runway, you must apply coordinated rudder to control yaw and use bank (you may need to crab into the wind or fly a sideslip) to counter drift. This demands more precise rudder input and careful bank management than in a symmetric, two-engine approach, ensuring you maintain the correct flight path, airspeed, and glide towards a safe landing.

In contrast, the other concepts are incorrect because crosswinds do not improve yaw stability; they worsen it by adding lateral forces. Crosswinds do affect OEI handling, not negligible at all. And crosswinds influence more than just takeoff; they impact several phases, including the approach and landing.