What happened
The pilot operated the aircraft from the airport, completing a landing on Runway 35 before backtaxiing to the departure end. After initiating the takeoff roll and becoming airborne, the flight proceeded normally until the aircraft reached approximately 200 feet above mean sea level (MSL). At this altitude during the climbout phase, the engine suddenly lost power without prior warning.
Faced with an immediate emergency, the pilot attempted to execute a forced landing in an open field located near the airport. However, the aircraft was unable to maintain sufficient airspeed and stalled just before impact. The airplane struck the ground approximately 300 feet beyond the end of the runway, resulting in substantial damage to the airframe.
The investigation
Following the accident, investigators conducted a thorough examination of the aircraft to determine the root cause of the power loss. The inspection focused on critical engine components and systems that could have contributed to an in-flight shutdown. Despite the severity of the impact, the post-accident analysis did not disclose evidence of a mechanical malfunction or pre-existing defect within the propulsion system.
Findings
The investigation highlighted several key factors contributing to the accident sequence:
- Sudden engine power loss occurred at a low altitude during the critical climbout phase, leaving minimal time for pilot recovery options.
- The aircraft stalled while attempting to force land in a confined area, leading to ground impact short of the intended runway threshold.
- No mechanical failure was identified during the post-crash examination, suggesting the power loss may have been related to fuel supply, ignition, or other non-mechanical factors not evident from physical inspection alone.
Safety message
Pilots should be aware that sudden engine failures can occur without warning signs. Maintaining adequate altitude during climbout and identifying suitable emergency landing sites in advance are critical for survival in such scenarios.