Defense

Hydraulic Failure Behind 2022 B-2 Bomber Crash, US Air Force Concludes

Malfunction in landing gear coupling led to fire and total loss of aircraft at Whiteman Air Force Base
Ricardo Meier

The U.S. Air Force (USAF) has concluded its investigation into the crash of a B-2 Spirit stealth bomber that took place in December 2022. The findings identified a failure in a hydraulic coupling in the aircraft’s right main landing gear as the root cause of the incident.

The failure led to a loss of hydraulic pressure, disabling critical flight control systems and landing gear mechanisms. As a result, the crew was forced to perform an emergency landing at Whiteman Air Force Base in Missouri.

Upon landing, the bomber (90-0041) veered off the runway and caught fire, causing extensive structural damage. Although both crew members exited safely, the aircraft was deemed a total loss.

B-2 Spirit stealhh bomber (Christopher Ebdon)

The report emphasized that the failure stemmed from wear and deterioration of the hydraulic component, a vulnerability heightened by the aircraft’s complex systems and limited production. The incident underscores the logistical and technical challenges of operating a small, high-tech bomber fleet.

As a result of the findings, the Air Force recommended enhanced maintenance procedures and preventive inspections of similar hydraulic systems across the remaining fleet.

Landing gear doors collapsed (USAF)

Given that only 21 B-2s were ever built, and the fleet already operates with tight availability constraints, the crash significantly impacted operational readiness. The Air Force temporarily grounded all B-2s for technical inspections and implemented a corrective maintenance program.

The 2022 loss followed the 2008 crash that destroyed a B-2 on the Pacific island of Guam. The USAF currently operates 18 bombers while maintaining an aerostructure on the ground for testing.

About the Author

Ricardo Meier

Ricardo Meier

Creator of the website that started in 1996 as a magazine. He also writes on Brazilian websites AUTOO, MOTOO and MetrôCPTM.

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