What are typical steps in an engine failure during takeoff (simulated) procedure?

• A. Immediately shut down the other engine.
• B. Continue takeoff without changing speed.
• C. Maintain control, confirm engine failure, maintain V2 or higher, execute go-around if necessary, and follow engine-out checklist.
• D. Land immediately with the failed engine.

Answer: (C)

When an engine failure occurs during takeoff, the priority is to keep the airplane under control while following a disciplined procedure. The best sequence is to first maintain control of the aircraft, using coordinated rudder and control inputs to counter the asymmetric thrust and keep a stable flight path. Then you confirm which engine has failed by cross-checking instruments and indications, so you know which side needs handling and which engine remains providing thrust.

Next, you aim to stay at V2 or higher. This speed is chosen specifically because, with one engine inoperative, you still have enough climb performance to meet the required gradient and keep the aircraft safely airborne. If you’re not at or above V2, you don’t have the guaranteed climb capability needed to manage the situation, which is why maintaining that speed is emphasized.

If the aircraft cannot maintain a safe climb on the remaining engine, you execute a go-around to a safer altitude. This gives you more altitude and room to properly configure and troubleshoot without rushing toward the ground.

Throughout this sequence you follow the engine-out checklist. That checklist guides actions such as securing the failed engine, ensuring the operative engine is delivering appropriate takeoff/go-around thrust, configuring systems for one-engine operation, and coordinating with air traffic control as needed. The emphasis is on a controlled, methodical response rather than continuing on a normal takeoff, landing immediately, or shutting down the good engine.