When lifting off, what happens to the elevator control in relation to angle of attack?

During the lift-off phase of flight, the angle of attack increases as the aircraft's nose is raised to achieve the necessary lift for takeoff. As the angle of attack rises, pilots typically adjust the elevator control to maintain or enhance the lift generated by the wings. By pulling back on the control yoke or stick, the pilot raises the elevator, which increases the pitch angle of the aircraft. This action effectively raises the angle of attack further, allowing for a climb and ensuring that the aircraft gains altitude after becoming airborne. Therefore, manipulating the elevator to create a climb during lift-off is crucial for successful takeoff and transition into the climb phase.

Understanding this concept is essential for operating an aircraft safely and effectively, especially during critical phases such as takeoff.