The $13 billion carrier with a plumbing problem is home. Now come the costly repairs
Aircraft carrier USS Gerald R. Ford arrives at Naval Station Norfolk on May 16 in Norfolk, Va. The USS Gerald R. Ford returned home to Virginia after an 11-month deployment, the longest since the Vie…
Aircraft carrier USS Gerald R. Ford arrives at Naval Station Norfolk on May 16 in Norfolk, Va. The USS Gerald R. Ford returned home to Virginia after
Read Full Story at NPR News →Why This Matters
The USS Gerald R. Ford’s return marks a pivotal moment in the U.S. Navy’s modernization push, but its prolonged deployment exposes deeper challenges in sustaining advanced warships. The carrier’s early struggles with mechanical issues—dubbed its "plumbing problem" in naval parlance—highlight how cutting-edge technology can still falter under real-world conditions, raising questions about the balance between innovation and reliability in defense procurement.
Background Context
The Ford-class carriers were designed to replace the Nimitz-class fleet, promising greater efficiency through electromagnetic catapults, advanced radar systems, and reduced crew requirements. However, the program has faced scrutiny over cost overruns and technical setbacks, with the Pentagon’s director of operational test and evaluation warning in 2022 that the ship’s reliability remained "unproven." The carrier’s deployment, initially planned as a shorter trial run, was extended to 11 months amid global tensions, testing both the vessel and its crew.
What Happens Next
The Navy will now conduct a thorough post-deployment review to identify the root causes of the Ford’s persistent mechanical issues, with repairs likely to stretch into a multi-year overhaul. Congress may revisit the carrier’s budget, particularly as lawmakers debate whether to slow procurement of Ford-class ships until reliability improves. Meanwhile, the ship’s operational status will remain under scrutiny, influencing future deployment schedules and fleet readiness assessments.
Bigger Picture
The Ford’s struggles underscore a broader tension in defense innovation: the push for next-generation capabilities often collides with the realities of maintenance and training. As the U.S. pivots toward great-power competition with China and Russia, the Navy’s ability to field reliable, high-end assets will be critical—yet the Ford’s experience suggests that technological leaps may come at a steep operational cost.
