What happened
The student pilot was conducting a local solo flight with the specific objective of practicing touch-and-go landings. During the approach to runway 26, the aircraft made contact with the pavement in an uncontrolled manner. The main landing gear absorbed the initial impact, but the aircraft bounced back into the air. This sequence repeated, resulting in three distinct bounces. Upon the third bounce, the structural integrity of the nose gear failed, causing it to collapse under the stress. The collapse likely ruptured fuel lines or tanks, leading to an immediate and intense fire that engulfed the cabin and fuselage.
The investigation
Examination of the wreckage revealed that the primary mechanical failure was the collapse of the nose landing gear. This failure occurred after a series of hard landings characterized by excessive vertical loads. The post-crash fire was identified as fuel-fed, indicating that the aircraft's fuel system was compromised during the impact sequence. The severity of the fire resulted in the total destruction of the airframe.
Findings
The pilot successfully exited the aircraft without difficulty, avoiding physical injury despite the violent nature of the event. The primary causal factor was the hard landing and subsequent bouncing, which exceeded the structural limits of the nose gear. The resulting fuel-fed fire accelerated the loss of the aircraft. fuel exhaustion is not cited as a cause; rather, the mechanical failure and fire were direct results of the impact forces.
Safety message
Touch-and-go landings require precise control of descent rate and pitch attitude to ensure a smooth touchdown. Excessive bounce can lead to structural failure, particularly in the nose gear, which is often more fragile than the main landing gear. Pilots must be vigilant about maintaining proper airspeed and flare technique to prevent multiple bounces that can compromise aircraft integrity.