What should a pilot do in the event of an engine failure during climb?

In the event of an engine failure during climb, establishing the best glide attitude and airspeed is crucial for a pilot to manage the situation effectively. The best glide speed allows the aircraft to maximize its distance over the ground while descending safely. This technique is especially important because, during the climb phase, the aircraft may lose significant altitude and airspeed quickly, and the pilot needs to maintain control and optimize the aircraft's performance to find a suitable landing area.

By entering the best glide attitude, the pilot can maximize the aircraft's lift-to-drag ratio, allowing it to cover more ground and potentially reach a safe landing site. This action helps avoid stalling and ensures that the pilot has the best chance of controlling the descent and maintaining as much lift as possible during this critical phase. Additionally, using the proper glide speed aids in keeping the aircraft stable, providing an opportunity to assess the situation and prepare for an emergency landing if necessary.