All articles tagged with #ford class
The Navy is weighing a major Ford-class carrier redesign to move the island forward and switch back to steam-powered catapults to match President Trump’s preferred look; officials say such changes would be costly, time-consuming, and could delay construction, even as three carriers are already under development.
President Trump signed a National Security Presidential Memorandum directing Ford-class aircraft carriers to reintroduce steam-powered catapults and hydraulics for the elevators, reversing the EMALS approach; the memo also calls for establishing a fifth public shipyard to handle submarine repairs and a new component repair center to reduce maintenance delays, aiming to boost carrier readiness and domestic industrial capability, though experts warn of redesign challenges and production lead times.
The U.S. Navy will test powering a land base from the USS Gerald R. Ford, using its two A1B reactors to export electricity ashore at Naval Station Norfolk as part of a broader energy-resilience effort, potentially enabling disaster relief and new operational concepts, while acknowledging challenges like vulnerability, carrier availability, and feasibility; the test draws on a history of floating power plants and SMR developments shaping future naval power strategies.
Designed for a 50-year life, the Nimitz-class carriers have operated for over five decades with ten hulls and no ship lost to enemy action, proving incredibly durable; Ford-class replacements face cost overruns and reliability issues, prompting a Navy review and a temporary extension of USS Nimitz’s service to avoid a 'Nimitz Gap' until JFK enters the fleet.
The U.S. Navy is reviewing its future carrier strategy focused on the Ford-class, weighing whether the program’s high cost, delays and technical issues justify continued production. Ford-class ships offer advanced systems and higher sortie rates, but cost overruns and reliability concerns have spurred questions about design tweaks, slower or altered procurement, or a shift to alternative carrier concepts. The decision, expected in 2026, could influence plans for upcoming Ford ships while reaffirming that large-deck carriers remain central to U.S. strategy.
With the USS Nimitz nearing the end of its planned life, the U.S. Navy must choose between a costly, full life-extension that requires significant shipyard work (including reactor/refueling and structural repairs) or a lighter modernization that buys time but cannot replicate Ford-class capabilities. The decision hinges on industrial capacity, carrier availability, and the ongoing ramp-up of Ford-class production; some argue for a bridging extension to maintain presence, while others warn of the high cost and opportunity losses from tying up shipyards and delaying other readiness priorities.
A new video from shipbuilder Huntington Ingalls Industries shows catapult testing on the US Navy's next supercarrier, the USS John F. Kennedy, involving launching heavy car-like structures to simulate the weight of actual aircraft. This testing is a significant step in the carrier's progress and is part of evaluating the onboard catapults to ensure readiness for launching fixed-wing aircraft. The Kennedy is the second Ford-class supercarrier and features the new electromagnetic aircraft launch system, aiming for more efficient aircraft launching. Despite some delays and inflated costs with new technologies, the US Navy is learning from past mistakes and has two more Ford-class carriers under construction.