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The absence of a stall strip on an airplane wing can cause issues like asymmetrical control and reduced lift, affecting the aircraft's stability and performance.
When a significant part of a stall strip is missing on an airplane wing, a likely result will be asymmetrical lateral control at or near stall angles of attack. This occurs because stall strips are crucial for maintaining airflow over the wing surface to prevent stalls. Without them, the wing may lose stability and control.
Moreover, this condition can lead to decreased lift in the area of installation at high angles of attack. Lift is essential for keeping the aircraft aloft, and the missing stall strip can disrupt the airflow, reducing lift in that specific area.
As a consequence, the aircraft might experience asymmetrical lateral control at low angles of attack. This can further impact the stability and maneuverability of the airplane during flight, posing hazards.
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