Maryland, United States: A FedEx Express cargo aircraft experienced a mechanical failure on Wednesday when its nose landing gear collapsed while the plane was parked outside a maintenance hangar at Baltimore-Washington International Thurgood Marshall Airport (BWI).
The incident occurred on Feb. 4, 2026, involving an Airbus A300-600F freighter, registered N682FE, which was undergoing scheduled maintenance at the time. The aircraft, operated by FedEx Express, settled forward as the nose gear gave way, coming to rest on the airport ramp. There were no injuries to FedEx personnel or emergency responders at the scene.
Airport fire and rescue crews were dispatched promptly after the collapse was reported. A spokesperson for BWI-Marshall confirmed that emergency units responded and secured the area. Commercial passenger operations were unaffected, as the aircraft was in a designated cargo and maintenance zone well clear of active passenger facilities.
In a statement to WBAL-TV 11 News, FedEx said it was aware of the incident and thanked its teams and first responders for their quick action. The company reiterated that no injuries resulted from the gear collapse.
The Airbus A300-600F involved is part of FedEx’s older freighter fleet and has been in service for more than two decades. According to aircraft registry data, N682FE was delivered in 1999 and has been a long-serving cargo workhorse for the carrier.
The Federal Aviation Administration (FAA) is expected to inspect the aircraft and investigate the cause of the landing gear failure. Officials have not yet released details regarding preliminary findings, and it remains unclear whether the collapse stemmed from a mechanical defect, maintenance error, or another factor.
Airport authorities and FedEx investigators are coordinating with federal regulators to determine contributing causes and to prevent similar events in the future. As of this writing, there has been no indication of broader fleet groundings or operational impacts beyond the immediate response and inspection activities.
