What does increased drag during takeoff help an aircraft do?

Increased drag during takeoff plays a significant role in controlling the descent rate of an aircraft, particularly during phases like the approach or during maneuvers that require a deliberate descent. When drag is increased, it creates a greater resistance against the forward motion of the aircraft, which can lead to a controlled and more gradual descent. This can be crucial for maintaining optimal approach angles or for managing airspeed as the aircraft prepares to land.

While there are other contexts where drag can play a role, such as affecting takeoff performance or climb capabilities, during the takeoff phase itself, the concept of increased drag is generally utilized more strategically during descent management rather than enhancing takeoff speed or altitude gain. Thus, the ability to manage descent rates effectively is what increased drag primarily contributes to, especially in other phases of flight rather than directly aiding in the takeoff itself.