Takeoff Engine Failure

Thursday, December 22, 2022 at 01:49 PM ET

Verified

Key Takeaways:

The author experienced a sudden engine failure at 300 feet during initial climb (V_X), highlighting the extreme danger of low-altitude power loss leading to immediate airspeed decay and potential unrecoverable stall-spin.
Survival was attributed to prior self-briefing and instinctive action, emphasizing the critical importance of anticipating and preparing for such low-altitude emergencies.
The article critiques current pilot training standards (ACS, syllabi) for inadequately preparing pilots for engine-out scenarios on initial climb, as they focus on less critical altitude failures.
It advocates for amending the ACS to include mandatory training and testing for engine-out emergencies during initial climb at all certification levels, urging pilots to insist on this vital preparation.

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I was a “young” pilot, with barely 200 hours, practicing solo closed patterns in our Mooney M20J. After a solid landing on the first, I powered off the runway for the second. Then it happened. At 300 feet, climbing at V_X, my engine faltered with no warning; I had lost all power at the worst time!

Without quick action by the pilot, a sudden, low-altitude power loss means instantaneous loss of airspeed, maybe to below stall speed. With heavy right rudder and additional drag from the windmilling propeller, landing gear and flaps, the pilot is in an aerodynamic maelstrom. Any attempt to continue climbing or hold altitude causes an immediate stall-spin, which, at such low altitude, is unrecoverable and likely fatal.