What happened
The aircraft departed for a local flight and returned to land at an airport with a single 2,500-foot runway. During the final approach, the solo student pilot maintained an airspeed and altitude that were higher than optimal for the available landing distance. The resulting touchdown occurred well past the ideal point on the pavement.
Because the runway was too short to accommodate the excessive ground roll, the aircraft continued past the end of the paved surface. It then collided with a perimeter fence located at the threshold area. The wind conditions were calm at the time of the incident, eliminating crosswind or gusting as contributing factors to the overrun.
The investigation
Post-acc examination revealed that the pilot acknowledged an error in configuration management during the approach phase. Specifically, the pilot admitted to using only 20 degrees of flap extension rather than full flaps. This reduced drag and lift coefficient likely contributed to the higher approach speed and subsequent long touchdown.
Findings
The primary factors leading to the accident were the student pilot's failure to maintain proper airspeed and altitude during the final approach segment. The decision to use insufficient flap settings further degraded the aircraft's ability to slow down effectively before touchdown. These actions resulted in a landing distance exceeding the available runway length.
Safety message
Pilots must ensure they are fully stabilized on approach well before reaching the runway threshold. Proper configuration, including full flaps when appropriate for the aircraft type and conditions, is critical for short-field operations. Students should practice energy management to avoid long landings on restricted runways.