A Vietnam Airlines Boeing 787-9 aircraft returned to Munich Airport on Saturday, Aug. 15, after a technical problem during takeoff [1].
The incident highlights potential safety risks during the critical takeoff phase of flight, where runway overruns and structural strikes can lead to significant aircraft damage.
Flight VN34 was bound for Hanoi when the aircraft reportedly overran the runway [1]. Reports indicate the incident involved a technical issue that caused the plane to exceed the runway boundaries, with some accounts specifying that the tail struck the runway during the maneuver [2].
Following the event, the aircraft did not land immediately. The plane spent more than two hours circling to burn off fuel [3] before it could safely return to the airport. This fuel-dumping process is a standard safety procedure to reduce the aircraft's weight for landing.
Damage was reported to the tires and landing gear [4]. Despite the technical failure and the subsequent runway excursion, all passengers and crew members remained unharmed [5].
German authorities are now probing the incident to determine the exact cause of the technical failure [2]. Investigators will examine whether the runway overrun was a result of mechanical malfunction or operational error, specifically focusing on the suspected tail-strike that occurred as the plane attempted to lift off [1, 2].
“The aircraft spent more than two hours circling to burn off fuel.”
This incident triggers a formal safety investigation into the Boeing 787-9's takeoff performance at Munich Airport. A tail-strike combined with a runway overrun suggests a critical failure in rotation or braking, which may lead to revised safety protocols or maintenance checks for similar aircraft in the Vietnam Airlines fleet.
