What happened
The accident occurred during an instructional flight focused on aviation safety procedures. The primary objective of the sortie was to practice emergency landing techniques. The pilot and student were conducting maneuvers over a sod field, a common environment for such training exercises due to its relatively flat terrain.
While attempting to execute one of these simulated emergency landings, the aircraft encountered overhead powerlines. The impact with the cables resulted in significant structural damage, specifically shearing off part of the right wing. Following this collision, the aircraft lost control and impacted the ground approximately 300 feet east of the point where the powerline cables had been frayed.
After the initial impact, the aircraft continued to move across the terrain, rolling another 75 feet to the east before coming to a final rest. The location was subsequently identified as the accident site. Prior to this sequence of events, the student pilot reported that both the aircraft systems and the engine had been operating normally throughout the entire flight.
The investigation
Post-accident examination focused on the mechanical state of the aircraft and the circumstances surrounding the impact. Investigators noted the specific nature of the damage to the right wing, consistent with contact with a taut cable or wire. The position of the wreckage relative to the frayed powerline cables provided critical evidence regarding the point of initial contact.
Findings
The primary factor contributing to the accident was the collision with powerlines during an emergency landing maneuver. The structural failure of the right wing was a direct result of this impact. The normal operation of the aircraft and engine prior to the event suggests that mechanical failure was not a contributing factor to the loss of control.
Safety message
Pilots practicing emergency landings must ensure that the chosen area is free from overhead obstructions such as powerlines, trees, or other hazards. Situational awareness regarding surrounding infrastructure is critical during low-altitude maneuvers.