What is the role of airspeed in maintaining control during landing?

Airspeed plays a crucial role in maintaining control during landing, and the option indicating that higher airspeed ensures more stability is correct. During landing, maintaining an appropriate speed is essential for several reasons. Higher airspeed increases the aerodynamic stability of the aircraft. This stability is vital as it reduces the likelihood of the aircraft being affected by sudden changes in wind conditions, such as wind shear or gusts. Additionally, flying at a higher airspeed provides better control authority over the aircraft's controls, allowing pilots to make timely and precise adjustments as required.

When approaching for a landing, it's important to be within the aircraft's desired speed range to ensure that lift is adequately maintained, thus preventing any risk of stalling. A stable approach speed allows the pilot to maintain a controlled descent, manage the landing flare effectively, and reach the runway at a suitable touch down speed for the aircraft type. Hence, achieving and maintaining a higher than appropriate airspeed during landing can make a significant difference in the handling characteristics of the aircraft.