How do you handle an in-flight engine failure after takeoff in a single-engine aircraft?

• A. Immediately push the nose down and accelerate to continue the flight.
• B. Turn off all electrical systems to reduce load and restart.
• C. Continue the takeoff and diagnose after reaching a safe altitude.
• D. Maintain aircraft control, identify the problem, pitch for best glide, select a suitable landing area, and follow engine restart or forced landing procedures.

Answer: (D)

When an engine fails after takeoff in a single‑engine airplane, the immediate priority is staying in control and following a disciplined sequence that keeps options open for a safe outcome. Keep the wings level and maintain a stable pitch to hold the best glide speed, which minimizes altitude loss and gives you the greatest chance to reach a suitable landing area.

Quickly diagnose and attempt restart: confirm it’s a real power loss, then run through the restart checks as you glide. Check fuel supply and selector, fuel pump, ignition/magnetos, and, if applicable, carburetor heat and mixture. Apply the restart steps while maintaining your best glide attitude so you don’t waste altitude during the process.

At the same time, look for a suitable landing site with the least obstructions and a possible approach path. Configure the aircraft for landing as appropriate (flaps if used, gear if applicable, and securing the cabin as needed) and coordinate a safe approach for the chosen site.

If the engine can be restarted, you may continue; if not, follow the forced‑landing procedures for your airplane. This approach protects you by prioritizing control, optimal glide performance, and a clear plan for either a restart or a controlled landing. Avoid actions like pushing the nose down aggressively to accelerate or turning off all electrical systems, as those reduce control authority or remove essential tools for restart and communication, and delaying action to diagnose after takeoff can leave you with insufficient altitude to land safely.