Definition
A structured area of flight training in which a pilot learns to recognize the conditions that lead to an aerodynamic stall, take action to prevent the stall from developing, and, if a stall does occur, apply the correct recovery procedure to return the airplane to normal flight. It covers the aerodynamic causes of stalls, the warning signs (such as buffet, decay of control effectiveness, and stall warning indications), prevention through proper angle-of-attack and energy management, and recovery techniques that prioritize reducing angle of attack before adding power.
Plain English
Training that teaches a pilot how to spot when the wing is about to stop flying, avoid letting it happen, and, if it does happen, fly the airplane back out of it safely.
Context Anchor
You encounter this term in flight training, maneuver practice, checkride preparation, and discussions about loss-of-control accident prevention.
Derivation
Stall comes from the older idea of something stopping or losing effective motion. In aviation, it does not mean the engine has stopped; it means the wing has stopped producing normal lift because the airflow over it has broken down.
Why Pilots Care
Loss-of-control accidents from stalls remain a leading cause of fatalities; systematic prevention and recovery training measurably reduces those risks.
Grounding Statement
Picture the airplane getting too nose-high or too slow for the wing to keep flying normally; the training teaches you to lower the nose enough to get the wing flying again, add power as appropriate, and return to safe flight.
Intuition Check
Do not read “stall” here as an engine problem. In this term, a stall is about the wing losing normal lift, and recovery starts by getting the wing flying properly again.
Example Sentence 1
During stall prevention and recovery training, the instructor had the student identify the first signs of buffet and reduce angle of attack before the airplane fully stalled.
Example Sentence 2
Stall prevention and recovery training is practiced in the traffic pattern so the pilot can respond correctly to an unexpected high angle-of-attack situation on final approach.