The REAL Reason Stall Accidents Keep Happening to Experienced Ag Pilots

On July 2, 2022, an Air Tractor AT-602 crashed during a routine agricultural flight near Lind, Washington. The weather was clear. The airplane was operating normally. The pilot was experienced. And yet, the flight ended in a fatal loss of control. The National Transportation Safety Board report explains the event as an aerodynamic stall during a steep turn at low altitude. That conclusion is accurate — but it doesn’t fully explain why this kind of accident continues to happen to experienced agricultural pilots flying capable airplanes. In this video, we look beyond the final seconds and examine what the report doesn’t clearly spell out: how performance, habit, and shrinking margins interact in agricultural aviation — especially in high-power aircraft like those built by Air Tractor. We discuss: Why high power can mask how close an airplane is to the edge How stall margin disappears rapidly in low-altitude turns Why losses of control in ag flying often feel sudden and unrecoverable And what working agricultural pilots can realistically take away from this accident This analysis is not about blame. It’s about understanding how a normal workday can quietly turn unrecoverable — and why experience alone doesn’t protect against the physics involved. If you fly agricultural aircraft, or operate at low altitude in high-performance airplanes, this is a case worth understanding. Thanks for watching, and feel free to share your thoughts or experiences in the comments.