Stall Recognition and Recovery Practice – Watch Aerocadet Video

Stall recovery video in Extra 330 - Aerocadet YouTube Channel

Watch this exciting stall recovery video recorded by Aerocadet using Extra 330XL aircraft – a required training segment for CPL pilots pursuing flight instructor ratings, and recommended training segment for bi-annual flight review (BFR):

Stall recovery video in Extra 330 - Aerocadet YouTube Channel
Stall recovery video in Extra 330 – Aerocadet YouTube Channel

For commercial and general aviation pilots, the Flight Review required under FAR 61.56 every 24 calendar months is often viewed as a regulatory hurdle—a routine check-box to maintain currency. However, viewing the Flight Review purely as a legal requirement misses its primary intent: a targeted, risk-mitigating intervention against skill decay and complacency.

According to National Transportation Safety Board (NTSB) data, Loss of Control In-Flight (LOC-I) remains a leading cause of fatal general aviation accidents. The overwhelming majority of LOC-I accidents stem from undetected or mismanaged aerodynamic stalls, often at low altitudes during takeoff, departure, or landing patterns. A thorough Flight Review provides a controlled environment to re-sharpen aerodynamic awareness and hone emergency reflexes.

Unlike commercial air transport pilots who undergo rigorous recurrent simulator training every six to twelve months, general aviation pilots often fly infrequently or stick exclusively to benign conditions—local cross-countries in fair weather. Over time, subtle habits creep in:

  • Elevated landing entry speeds to mask poor energy management.

  • Over-reliance on visual cues without active cross-checking of airspeed and pitch attitude.

  • Hesitation or incorrect muscle memory during unexpected flight regime changes.

The Flight Review bridges this gap by introducing structured ground and flight instruction tailored to a pilot’s typical operations while pushing them beyond their comfortable routine.

Understanding Angle of Attack and the Stall

A stall is purely an aerodynamic phenomenon: an aircraft stalls when the wing exceeds its critical Angle of Attack (AoA), causing airflow separation over the upper surface and a sudden loss of lift. It can happen at any airspeed, any altitude, and any power setting.

The anatomy of an aerodynamic stall - Aerocadet

During a Flight Review, instructors emphasize four distinct sensory cues:

Cue Type Recognition Sign
Auditory Decreasing engine noise as power decreases; wind noise quietens dramatically; intermittent or continuous stall warning horn.
Kinesthetic (Control Feel) Flight controls become soft, mushy, and less responsive due to lower dynamic pressure over control surfaces.
Physical (Buffet) Light to moderate airframe vibration caused by turbulent airflow breaking off the wing root and hitting the tail section.
Visual / Instrument High pitch attitude relative to airspeed, rapid decay in indicated airspeed, high sink rate on the vertical speed indicator (VSI), or AoA indicator reading near the red arc.

Incipient Stall Recovery

An incipient stall occurs when the aircraft shows initial signs of stalling (warning horn, light buffet) but the wing has not fully exceeded its critical AoA. Prompt, correct recovery at the incipient stage loses minimal altitude—critical during departure turns or base-to-final alignment.

Step-by-Step Incipient Recovery Sequence

  1. Reduce Angle of Attack Immediately: Smoothly push forward on the control yoke or stick. Reducing pitch lowers the AoA below critical, restoring smooth laminar airflow over the wing. This is the single most important action; power alone will not un-stall a wing.

  2. Apply Full Maximum Allowable Power: Advance the throttle smoothly to add thrust, arresting the sink rate and increasing airflow over the rudder and elevator. Adjust rudder to control engine torque effects (left-turning tendencies).

  3. Level the Wings: Use coordinated aileron and rudder inputs to level the wings. In an accelerated stall or banked turn, rolling wings level reduces load factor and lowers the stall speed.

  4. Return to Safe Flight Attitude and Trim: Once positive airspeed and climb performance are restored, smoothly pitch for a safe climb speed ($V_y$ or $V_x$) and re-trim the aircraft.

Making Your Next Flight Review Count

To maximize safety benefits, pilots should approach their biennial review proactively:

  • Pre-Brief Specific Maneuvers: Request dedicated work on power-off, power-on, cross-controlled, and accelerated stall entries and recoveries.

  • Train for Unfamiliar Scenarios: Practice stall recognition in simulated base-to-final skidding turns or go-around configurations.

  • Integrate AoA Technology: If the aircraft features an Angle of Attack indicator, practice using visual AoA cues alongside traditional airspeed readings.

Treating the Flight Review as an investment in airmanship rather than a legal requirement ensures that when unexpected situations arise in the cockpit, immediate, correct instinct takes over.

Wishing your safe flying,

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