Approach Speed
In the context of aerospace engineering, Approach Speed refers to the recommended speed an aircraft should maintain when it is preparing to land, typically when it is within the final stages of the approach phase. This speed is crucial for maintaining control of the aircraft during landing, ensuring that the aircraft can safely descend and touch down on the runway. The approach speed is usually determined by the aircraft's stall speed, which is the minimum speed at which the aircraft can maintain level flight without stalling, plus a certain margin for safety. This margin is typically around 30% above the stall speed. The approach speed is also influenced by factors such as the aircraft's weight, the wind speed and direction, the runway length and condition, and the aircraft's landing configuration, including the setting of the flaps and landing gear. It is important for pilots to accurately calculate and maintain the correct approach speed to ensure a safe and smooth landing.
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