Another Fatal Vmca Check-Ride Demo 13 April 2026
Why It Matters
The crash highlights systemic safety gaps in twin‑engine check‑ride training, prompting regulatory and procedural reforms that could save lives and reduce aircraft losses.
Key Takeaways
- •Repeated VMCA demo accidents highlight unsafe training practices
- •Accident occurred below mandated 5,000‑ft altitude for VMCA maneuvers
- •Proper recovery requires immediate engine idle, full opposite rudder, nose‑down
- •Instructors should block rudder or use simulators for VMCA training
- •FAA check‑ride requirements may need revision to prevent further loss
Summary
A Beachcraft Baron crashed during a VMCA demonstration on April 13, 2026, while a Designated Pilot Examiner was conducting an FAA check‑ride in Knoxville, Tennessee. The accident, which claimed the lives of the applicant and the examiner, underscores a recurring pattern of loss‑of‑control incidents during this high‑risk maneuver.
Investigation data shows the aircraft was only 4,000 ft MSL, below the FAA‑recommended minimum of 5,000 ft for VMCA exercises. The report also notes that VMCA decreases with altitude, and the crew failed to recover after reaching the rudder limit, violating standard recovery procedures that call for immediate engine idle, full opposite rudder, and nose‑down pitch.
Juan Brown of Sun‑Fun emphasized key safety points: “bring the good engine all the way back to idle,” and questioned why instructors allow the rudder to reach its limit without blocking it. He argued that the maneuver could be performed safely in a simulator, as is common in airline training, rather than in the actual aircraft.
The incident reignites calls for the FAA to revisit check‑ride requirements and for flight schools to adopt simulator‑only VMCA training. Implementing rudder‑blocking devices and stricter altitude compliance could prevent further fatalities and preserve costly aircraft.
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