Beyond The Burble

Were going to do what?" Okay; I dont usually get quite that reaction when I discuss full aerodynamic stalls during a preflight brief with my students receiving checkouts, or flight reviews in high-performance aircraft. But you can see it in their eyes. Many pilots havent practiced full stalls since their private pilot checkride, and a large number of my students in 300-horsepower retractable singles-and especially light twins-have never stalled the airplane they currently fly. No wonder theres trepidation about a maneuver some have not flown in many years. No wonder stalls continue to take lift, and life, away. To reduce the chance a stall might go unrecognized or uncorrected, lets go back to what we learned in our early training, and build upon that knowledge to deal comfortably with what occurs beyond the first stall burble.

Key Takeaways:

• Many pilots, especially in high-performance aircraft, lack current stall recovery practice and often misunderstand that stalls are caused by exceeding the critical Angle of Attack (AOA), not solely by low airspeed.
• Effective stall recovery involves primarily reducing AOA through pitch and power, and using rudder to level the wings, as aileron input can worsen a stalled condition.
• Stall accidents commonly occur in challenging real-world scenarios such as departure/go-around with aft center of gravity, high density altitude, incorrect trim, engine failures, or airframe contamination, which may not be adequately simulated in basic training.
• Continuous and realistic training, focusing on recognizing stall symptoms and applying appropriate recovery techniques across various flight conditions and aircraft types, is essential for pilot proficiency and safety.

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