Which statement is correct about the wing-low method during crosswind landing?

• A. Aileron into the wind as necessary to keep the aircraft from drifting
• B. Rudder deflection into the wind to correct drift
• C. Decrease in power to counteract drag
• D. Neutralize controls at the runway threshold

Answer: (A)

The wing-low method during crosswind landings involves using aileron input to create a banked attitude into the wind, which helps to manage the aircraft's drift as it approaches the runway. With aileron deflection applied into the wind, the lift vector is tilted toward the direction of the wind, countering the lateral forces caused by crosswinds. This ensures that the aircraft stays aligned with the centerline of the runway and minimizes the potential for drifting off course during the landing phase. By maintaining this bank, the pilot effectively uses the ailerons to keep the aircraft stable and on path, making this method effective for safely executing landings in windy conditions.

In contrast, using rudder deflection into the wind alone would primarily affect the yaw of the aircraft but wouldn't sufficiently control lateral drift without the necessary aileron input. Reducing power would not address the drift issue and could lead to other flight control issues, particularly in terms of speed management. Neutralizing controls at the runway threshold might risk loss of control, as adjustments are often needed until the aircraft is safely on the runway. Thus, the best and most effective method for crosswind landings involves using the ailerons to manage drift.