What happens to the indicated stalling speed of an aircraft as more weight is added?

The indicated stalling speed of an aircraft increases as more weight is added. This is because stalling speed is influenced by the weight of the aircraft; as the weight increases, the aircraft requires a higher angle of attack to maintain level flight. The stalling speed is defined as the minimum speed at which an aircraft can fly before it loses lift and enters a stall condition.

When the weight of the aircraft increases, the wing must generate more lift to counteract the additional weight. To achieve this increased lift, the aircraft must fly at a higher speed, resulting in an increase in the stalling speed. This relationship is critical for pilots to understand, as it affects takeoff and landing procedures, as well as overall flight performance. Thus, understanding the impact of weight on stalling speed is essential for safe and effective flight operation.