Navy Reviews Ford-Class Tower Move That Could Add Billions and Delays
The U.S. Navy is reviewing whether to move the command tower on future Ford-class aircraft carriers toward the middle of the flight deck. The decision is not merely architectural: the tower’s aft location was selected as part of a deck layout intended to improve aircraft handling and sortie generation. Moving it could reportedly add billions of dollars in redesign costs and delay future carriers.
The internal assessment began after President Donald Trump instructed the Navy to implement design changes to our future aircraft carriers, an unnamed Navy official said. The service has begun moving out on options to meet the President’s intent, and the review is expected to conclude within weeks. The reported review has not produced an approved relocation plan.
The island is part of the flight-deck system
On an aircraft carrier, the multistory structure known as the island contains command functions and supports management of flight-deck operations. Its position determines how much contiguous deck space is available for parking, staging and moving aircraft while launches and recoveries are underway.
The Ford-class island sits farther aft than the corresponding structure on the older Nimitz class. That placement was not chosen in isolation. The Ford design combines a smaller island, a revised elevator arrangement and a larger flight deck intended to give crews more flexibility during cyclic flight operations. The class provides five acres of flight-deck space, compared with 4.5 acres on a Nimitz-class carrier.
Retired Navy Capt. Tal Manvel, a former future-carrier program manager, previously described an early design process that examined 75 conceptual configurations between 1996 and 2000. Those concepts included different hulls, deck arrangements and island locations. The eventual Ford layout placed the island about 140 feet farther aft than on the Nimitz class.
Hunter Stires, a former strategist to the Navy secretary, said the selected location supports the Ford class’s purpose of maximizing aircraft sortie generation. The practical reasoning is straightforward: keeping more aircraft parking space near launch positions can reduce deck movement and avoid interruptions between launch-and-recovery cycles. Officials familiar with the design have also said the aft location reduces the likelihood of island-generated turbulence affecting landing aircraft.
That does not establish that the current configuration is beyond review. It does mean a relocation would have to be judged as a system-level change, not a cosmetic rearrangement. A meaningful assessment would need to show how the revised deck handles aircraft parking, elevator access, launch staging, recovery flow and landing airflow and whether any operational benefit offsets the disruption.
A tower move would reach below the deck
The island carries radars and other ship systems, while its mass and position factor into the carrier’s weight distribution, buoyancy and balance. Moving it would therefore involve structural, electrical and systems-integration work, followed by testing to demonstrate that the revised configuration functions as intended.
Those requirements explain why cost and schedule concerns extend beyond the price of rebuilding the visible superstructure. Engineering work would have to account for the relocated equipment, altered deck geometry and broader ship-level effects. The later in a production program such a change enters, the greater the possibility of disrupting established drawings, construction sequences, supplier work and testing plans.
The most consequential figures remain attributed rather than official. A person familiar with a previous study said moving the island could add billions of dollars in redesign costs and significantly delay the program. An unnamed former official described the projected cost and time as “extraordinary.” The Navy has not publicly released that study, its assumptions or a ship-by-ship estimate.
That distinction matters for taxpayers and the shipbuilding workforce. Three Ford-class carriers are under development, while USS Gerald R. Ford is already operational. A redesign applied only to later ships could limit direct disruption to completed work, but it could also split the class into materially different configurations. That may create additional engineering, training and long-term support demands, depending on the scope of any approved change.
The island review must also be kept separate from the national security memorandum directing the Navy to develop a shift from electromagnetic aircraft-launch equipment to steam-powered systems. That memorandum does not order the island’s relocation, and the two issues should not be treated as one approved redesign package.
The Navy’s pending assessment needs to answer the central procurement question: what documented operational requirement would justify reopening a flight-deck arrangement developed around sortie generation? Until the service publishes a decision, technical basis and credible cost-and-schedule boundaries, the billions in projected expense remain reported estimates and moving the island remains a proposal, not a Ford-class design change.
By David Whitaker — Associate editor for AMI’s aerospace and drone systems desk, translating flight systems, aircraft programs, spaceflight, and UAV developments into accessible technical stories.
