What should a pilot do when experiencing an engine failure during takeoff?

When experiencing an engine failure during takeoff, the most critical action a pilot can take is to maintain control of the aircraft and execute the best glide speed. This response is essential because best glide speed optimizes the aircraft's lift-to-drag ratio, allowing the pilot to maximize the distance they can glide while keeping the aircraft under control.

In the scenario of an engine failure shortly after takeoff, pilots need to be aware of their altitude and airspeed. Maintaining control is paramount to ensure they have the ability to navigate and select a suitable landing area as needed. By achieving and maintaining the best glide speed, pilots enhance their ability to manage the emergency situation effectively, allowing for potential options for landing while avoiding stall conditions.

While considering immediate actions, attempting to land on an adjacent runway might not be feasible due to aircraft height and orientation. Aborting the takeoff could also present challenges if the aircraft has already reached a critical speed or altitude. Pushing the throttle forward to regain power is generally not viable during an engine failure unless the engine is experiencing a temporary loss of power that can be recovered. Therefore, managing the glide effectively is the safest and most logical choice in this critical situation.