What happened
The flight was proceeding during the initial climb phase when the pilot reported a sudden reduction in engine power. This event occurred at an altitude of approximately 200 feet above ground level. Unable to maintain altitude, the pilot initiated an emergency procedure and executed a forced landing in an adjacent agricultural field.
Upon impact with the ground, the aircraft sustained significant structural damage. The nose wheel fork failed during the touchdown sequence. Additionally, the propeller blades were damaged, and the engine cowling was compromised due to the force of the landing.
The investigation
A thorough examination of the aircraft was conducted to determine the root cause of the power loss. Investigators inspected the engine and associated systems for any signs of mechanical failure or malfunction prior to the accident. Despite the pilot's suspicion that a stuck valve might have been responsible, no pre-impact malfunctions or failures were identified during the inspection.
Findings
The investigation revealed that while the pilot suspected a mechanical issue such as a stuck valve, there was no physical evidence to support this theory. The engine systems appeared functional prior to the event. The primary outcome of the incident was the forced landing and subsequent damage to the nose gear and propulsion components.