A young pilot and his passenger were killed when a light aircraft crashed into a field in North Yorkshire after entering an unrecovered spin during an aerobatic flight, an official investigation has found.
The aircraft, a two-seat Cessna FRA150L, departed Breighton Airfield at around 8:15am in fine weather. The 21-year-old pilot, who held a Private Pilot’s Licence and had recently qualified for aerobatic flying, had informed air traffic control of his intention to carry out manoeuvres between 3,000 and 6,000 feet.
Video footage recovered from the cockpit showed the pilot performing a series of aerobatic manoeuvres at altitude. At approximately 8:44am, the aircraft entered a spin following a power-off stall at around 5,000 feet.
Moments later, as the aircraft descended rapidly, the pilot issued a MAYDAY call, reporting that he was in an “uncontrolled spin”. Despite a response from air traffic control, no further communication was received.
Radar data indicated the aircraft was descending at an average rate of around 5,700 feet per minute. It disappeared from radar below 600 feet before striking the ground at approximately 8:45am. Both occupants were fatally injured.
Investigation findings
An investigation determined that while the pilot initiated recovery actions, he did not push the control column sufficiently forward to un-stall the wings—an essential step in recovering from a spin. As a result, the aircraft remained in a fully developed spin until impact.
Cockpit footage showed the pilot applying right rudder, which was correct for countering the left-hand spin. However, the forward movement of the control column was incomplete and not maintained, preventing recovery. The aircraft’s airspeed remained below stall speed throughout the descent, confirming the wings never regained lift.
There was no evidence of mechanical failure. The engine was running at the time of impact, and all flight controls were found to be functioning normally prior to the दुर्घcation.
Experience and training
The pilot had accumulated 153 flying hours, including 131 on the accident aircraft type. He had completed his aerobatic rating just weeks before the crash, following the minimum required training of just over five hours.
Investigators believe that although the pilot had been trained in spin recovery, the technique had not yet become instinctive. When the aircraft failed to recover as expected, he appeared to become startled, which may have affected his control inputs.
The report highlights that recovering from multi-turn spins can be significantly more challenging than expected, even for competent pilots.
Safety concerns
The investigation also noted that neither occupant was wearing a parachute, despite guidance in the aircraft’s manual recommending their use during aerobatic flight. However, parachutes are not legally required, and their use is not standard practice in many training environments.
In response to the accident, aviation authorities are considering changes to training guidance, including a greater emphasis on human factors such as startle response and decision-making under pressure. There are also plans to promote additional safety materials on spin awareness and recovery techniques.
Conclusion
The crash was caused by a failure to fully execute the spin recovery procedure, leaving the aircraft stalled and in a continuous spin until ground impact. Investigators concluded that the pilot’s limited experience in aerobatic flight and spin recovery likely contributed to the outcome.
The accident serves as a stark reminder of the risks associated with aerobatic flying and the importance of deeply ingrained recovery skills when handling extreme flight conditions.