What happened
The incident occurred when a student pilot was conducting a landing maneuver. The pilot did not adequately compensate for adverse wind conditions while navigating the landing pattern. As the aircraft turned onto the final approach leg, it overshot the designated runway threshold. This deviation made it difficult for the pilot to properly align the aircraft with the runway centerline.
During the flare phase of the landing, the airplane ballooned upward instead of settling smoothly. Consequently, the airspeed decreased rapidly to 45 knots. The loss of airspeed caused the airplane to stall and strike the runway surface forcefully.
The investigation
The investigation focused on the pilot's handling of the aircraft during the final approach and flare. Evidence indicated that the primary issue was the failure to adjust for wind effects in the landing pattern. The specific aerodynamic consequence was a stall due to insufficient airspeed during the critical touchdown phase.
Findings
The contributing factor to this accident was the student pilot's inability to properly compensate for adverse winds. This error led directly to the overshoot, alignment difficulties, and subsequent stall. fuel exhaustion is not cited; the cause is aerodynamic stall from speed loss. The event highlights the critical importance of wind correction in landing patterns.
Safety message
Pilots must continuously monitor and adjust for wind conditions during the landing pattern. Failure to compensate for adverse winds can lead to alignment issues, ballooning, and stalls. Proper energy management is essential to maintain airspeed above stall speed during the flare.