Fatal Cirrus Accident Shows That Some Knowledge Doesn’t Translate

Helicopter pilot’s fixed-wing inexperience proved costly in a desert mountainside crash that killed four.

Peter Garrison

Monday, April 15, 2024 at 09:22 AM ET

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An aerial view of a sunny day on Bryce Canyon in the Utah desert. [iStock]

Key Takeaways:

A Cirrus SR20 crashed in mountainous terrain due to an aerodynamic stall, resulting from critical errors including overloading, high-density altitude, flying too slow, and under-powering the engine during a climb.
The pilot, highly experienced in helicopters but with limited fixed-wing time, exhibited operational failures such as ignoring continuous stall warnings, not using full available engine power, and flying below the best climb speed.
This incident highlights the dangers of misapplying ingrained operational habits from one aircraft type (helicopters) to another (fixed-wing), leading to fatal mismanagement in challenging conditions.

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On a warm day in late spring, four professional helicopter pilots rented a Cirrus SR20 in North Las Vegas, Nevada, for a fishing trip to Bryce Canyon, Utah. Of the four, only one had an airplane rating.

After taking off from North Las Vegas Airport (KVGT) and flying 60 miles, they landed at Mesquite, Nevada (67L), where they added 10 gallons of fuel. The pilot with the airplane rating, who had flown the first leg, now ceded the left front seat to one of his companions, evidently with the idea of giving him some flight instruction. He moved to the right seat, and they performed several touch-and-gos before continuing toward Bryce Canyon, 105 miles distant.