What happened
The accident occurred during the landing phase of flight. The pilot was attempting to land the aircraft on a paved surface under reportedly calm wind conditions. As the airplane touched down, it experienced a bounce upon impact with the runway.
Following the bounce, the aircraft departed the side of the runway and entered a snow-covered area. The momentum caused the nose gear to collapse, resulting in a nose-over attitude for the aircraft. The pilot reported having approximately 200 hours of experience specifically with conventional taildragger landing gear.
The investigation
Investigation of the mechanical aspects focused on the landing gear configuration and the immediate aftermath of the ground contact. The airplane was confirmed to be equipped with STC-approved conventional taildragger landing gear, which requires specific handling techniques during the flare and touchdown phases.
The physical evidence indicated that the initial bounce disrupted the normal rollout sequence. Without sufficient control authority or speed management, the aircraft drifted laterally off the paved surface. The subsequent impact with the snow contributed to the final resting position of the nose-over configuration.
Findings
Several factors contributed to the outcome of this event. The primary mechanical factor was the use of conventional taildragger gear, which is inherently less stable on the ground than tricycle gear and requires precise rudder and elevator control to maintain directional stability during landing rollouts.
The environmental conditions were noted as calm winds, which typically aids in landing stability but does not mitigate the risks associated with bounced landings. The pilot's experience level, while present at 200 hours, may not have been sufficient to correct the bounce effectively in this specific instance. The bounced landing directly led to the loss of directional control and the subsequent departure from the runway environment.
Safety message
Pilots operating conventional taildragger aircraft must be vigilant during the landing flare to ensure a firm, controlled touchdown. A bounced landing can quickly lead to a loss of control, especially when transitioning from pavement to soft surfaces like snow. Adequate practice and proficiency in high-performance landings are essential for maintaining safety margins with this gear configuration.