A British Airways Boeing 777 suffered a runway fire at Gatwick Airport in 2013 due to pilot error, a newly released report reveals. The incident, which caused significant damage to the aircraft and disruption to airport operations, was triggered by the flight crew mistakenly selecting the wrong takeoff configuration. This resulted in a rejected takeoff at high speed, leading to extreme heat in the braking system and ultimately igniting a fire.
The investigation highlighted that the pilots failed to properly verify the aircraft’s configuration before initiating the takeoff roll. Instead of the flaps being correctly set for takeoff, they were retracted, a critical error that severely compromised the aircraft’s performance. As the pilots realized the error and attempted to abort the takeoff at a speed close to the V1 decision speed, the aircraft’s brakes were applied with maximum force.
The intense braking generated immense heat, exceeding the brakes’ design limits. While the aircraft managed to come to a stop on the runway, the heat quickly spread to the tires and surrounding components, leading to a significant fire that engulfed the landing gear. Emergency services were immediately deployed to extinguish the blaze and evacuate the passengers.
Fortunately, there were no serious injuries reported among the passengers and crew, a testament to the rapid response of the emergency teams and the aircraft’s safety features. However, the aircraft sustained substantial damage, requiring extensive repairs before it could be returned to service. The incident served as a stark reminder of the critical importance of adherence to standard operating procedures and thorough pre-flight checks.
The report emphasizes the need for airlines to reinforce crew training on configuration management and decision-making during high-speed rejected takeoffs. It also suggests further investigation into the design and performance of aircraft braking systems under extreme conditions. The findings aim to prevent similar incidents in the future by improving flight crew awareness and enhancing safety protocols within the aviation industry. The incident underscores the human element in aviation safety and highlights the potentially severe consequences of even seemingly minor errors in cockpit procedures.
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