What happened
During a personal flight, the pilot was operating the aircraft at an altitude of 7,500 feet mean sea level. While descending toward 6,000 feet, the engine experienced a sudden loss of power. The pilot attempted to execute standard emergency procedures to restore engine function, but these efforts were unsuccessful. Consequently, the pilot initiated an emergency landing in a nearby field characterized by soft stubble. During the landing roll, the aircraft's nose gear failed structurally. Subsequent inspection revealed that the propeller and wings sustained damage due to contact with the ground.
The investigation
The examination of the event focused on the sequence of events leading to the forced landing. Investigators noted the failure of emergency procedures to regain engine power. The structural integrity of the nose gear was compromised during the rollout phase, resulting in additional damage to the propeller and wing structures from ground contact.
Findings
The primary factors contributing to the accident included the initial power loss at altitude and the subsequent inability to restart the engine. The choice of landing surface, specifically the soft stubble field, played a role in the nose gear failure during the rollout. The resulting ground contact caused significant damage to the propeller and wings.
Safety message
Pilots should be prepared for sudden power loss at various altitudes. Effective execution of emergency procedures is critical. Additionally, selecting appropriate landing sites that can support the aircraft's weight without causing structural failure is essential for minimizing damage.