What happened
The accident sequence began during the landing phase of flight when the pilot failed to maintain adequate airspeed. As the aircraft approached the runway threshold, the pilot initiated the flare maneuver at an excessive altitude. This improper technique resulted in a hard touchdown that caused the airplane to bounce upon initial contact with the pavement.
During the subsequent second bounce, the nose landing gear collapsed under the impact forces. The structural failure of the nose gear led to an immediate loss of directional control by the pilot. Unable to maintain runway alignment, the aircraft veered off the left side of the paved surface. It continued sliding across the ground before coming to a final rest in a grassy area adjacent to the runway.
The investigation
The examination focused on the mechanics of the landing impact and the resulting structural failures. Investigators noted that the primary damage originated from the nose gear collapse, which was directly triggered by the hard bounce. No other mechanical anomalies were cited as contributing factors beyond the pilot's control inputs during the final approach.
Findings
The critical factor in this accident was the pilot's management of airspeed and flare height. Allowing the airspeed to decay too low prior to touchdown necessitated a high flare, which increased the vertical descent rate at impact. This combination resulted in forces that exceeded the structural limits of the nose landing gear.
loss of directional control followed the collapse, leading to the runway excursion. The pilot's decision-making during the final moments of the approach directly contributed to the severity of the damage and the off-runway stop.