Passengers on WestJet flight 1571 [1] were evacuated from a runway at Denver International Airport on Thursday afternoon [5].
The incident highlights the critical safety protocols required when mechanical failures occur during the high-stress takeoff phase. Any failure of the landing gear during acceleration can lead to catastrophic loss of aircraft control if not managed immediately.
The aircraft was bound for Calgary, Canada [3], and had been cleared for takeoff at 12:25 p.m. on Wednesday [4]. However, a tire failure occurred that shredded two landing-gear tires [6] just before the plane could depart. The failure forced the crew to abort the takeoff and initiate emergency procedures to ensure passenger safety [2].
Airport officials and emergency crews responded to the aircraft on runway 8 [5]. Passengers were removed from the plane via stairs, and later transported by bus to the terminal [2]. The evacuation was a precautionary measure to move travelers away from the disabled aircraft and the active runway environment [2].
Denver International Airport officials coordinated the response to ensure the runway was cleared for other traffic. While the failure resulted in significant shredding of the tires [6], there were no immediate reports of injuries among the passengers or crew during the evacuation process [2].
WestJet has not released a detailed technical report on the cause of the tire failure. Standard aviation procedure involves an inspection of the remaining gear, and a review of maintenance logs to determine if the shredding was caused by wear, debris, or a systemic mechanical fault [2].
“Passengers were removed from the plane via stairs and later transported by bus to the terminal.”
This incident underscores the risks associated with landing gear integrity during takeoff. When tires shred under the pressure of acceleration, the risk of debris damaging the fuselage or wing structures increases, necessitating a full evacuation rather than a simple taxi back to the gate. The use of stairs and buses indicates a controlled emergency response designed to minimize risk to passengers in a vulnerable runway position.
