What happened
On May 28, 2017, a student skydiver was performing a series of seven controlled descents (SL-1 training jumps) using a Drakkar 290 parachute. The flight proceeded without incident until the final phase of the landing sequence. As the skydiver approached the ground at an altitude of approximately 5 meters, they began making dynamic corrections to their flight path. Despite receiving instructions via radio from an instructor to avoid such maneuvers, the skydiver continued to adjust their direction. During this process, the parachute canopy drifted approximately 40 degrees away from the intended windward heading. Simultaneously, the skydiver landed with their legs spread apart, resulting in a collision with the ground.
The investigation
The investigation focused on the final moments of the descent and the actions taken by the student during the landing flare. The inquiry established that the skydiver failed to follow instructor guidance provided via radio communication and performed uncoordinated maneuvers at a critical low altitude.
Findings
- The primary cause of the incident was the dynamic change in flight direction performed at a very low altitude.
- The landing configuration, specifically landing with legs spread apart, contributed to the impact and subsequent injury.