Navy’s High-Tech Carrier Gamble Just Hit Reverse

President Trump ordered the Navy to scrap electromagnetic catapults on future Ford-class carriers and return to steam, igniting a high-stakes redesign with big costs and risks for next-generation fighters.

Story Highlights

President Trump directed steam catapults for upcoming Ford-class carriers, starting with USS Doris Miller.
Pentagon testers found the electromagnetic launch system fell far short of reliability targets.
Reverting to steam could delay ships and add major costs due to redesign needs.
The decision shapes how future sixth-generation fighters will launch at sea.

White House Order Reverses Course on Carrier Launch Tech

President Trump directed the United States Navy to stop using the electromagnetic aircraft launch system on future Gerald R. Ford-class carriers and return to steam catapults, beginning with USS Doris Miller (CVN-81) now under construction. The order responds to years of reliability problems on the lead ship, USS Gerald R. Ford. The decision sets a new path for how American carriers will launch aircraft for decades. The Navy will now draft plans to execute this change across the class.

The Office of the Director, Operational Test and Evaluation reported the electromagnetic launch system achieved only 614 mean cycles between operational mission failures in 2022, far below the 4,166 cycles required by design. Earlier operational testing measured just 272 cycles between failures, showing persistent shortfalls in reliability during the ship’s early period at sea. Follow-on reports indicated the basic trend had not improved much and still leaned on off-ship support to keep the system running. These findings gave momentum to calls for a rollback.

What Reverting to Steam Means for the Ford-Class Design

Moving from an electric launch architecture back to steam is not a simple swap. The Ford hull and power system were built around an all-electric approach, including launch and arresting gear. Analysts and industry observers warned that installing large steam plants, piping, and hydraulics will require major redesign and added weight and space changes throughout the ship. Reporting indicated the change could drive costs higher and extend construction schedules as engineers rework core systems and flight deck interfaces. Those adjustments could ripple through the build plan for years.

Supporters of the shift argue that steam is proven and rugged. They say it reduces the risk of mission-ending failures at sea. Critics counter that the electromagnetic system was designed to cut manpower needs, reduce maintenance load, and provide finer control on launches. They also note the Ford architecture sought long-term savings and smoother acceleration to reduce aircraft wear. The new order places near-term reliability over those longer-run benefits. The Navy must now balance ship impacts against the demand for dependable flight operations.

Impact on Future F/A-XX Sixth-Generation Fighters

Future carrier air wings will center on the planned sixth-generation F/A-XX fighter. Launch energy, stroke control, and sortie tempo matter for larger, stealthier jets loaded with fuel, sensors, and weapons. Steam catapults have known limits and fixed force profiles, while electromagnetic systems can tailor the push to aircraft weight and fragility. Pentagon test data showing poor reliability drove this policy turn, but it also raises a new question: can steam meet the performance envelope that future aircraft may require without trade-offs in payload or fatigue life?

Navy program documentation and expert commentary have said reverting a Ford-class hull to legacy steam creates engineering penalties that stack up over time, from efficiency to deck cycle time. If launch profiles grow tighter for next-generation platforms, the service may need further ship changes or aircraft compromises. The decision meets today’s readiness concern but could box in tomorrow’s design space. The Navy will have to prove that steam can support heavy, advanced airframes at the pace combat demands.

Costs, Schedules, and Fleet Readiness Pressures

News reports describe potential schedule delays and higher costs tied to the redesign and installation of steam catapults and associated systems on the Doris Miller and follow-on ships. Integrating steam may require reworking electrical distribution, cooling, and deck machinery plans already in motion at the yard. Those shifts could stall delivery timelines and impact the Navy’s carrier availability. Fleet commanders want consistent sortie generation and predictable maintenance. The redesign must not create a different kind of readiness gap while trying to fix another.

😐 Trump wants to redesign U.S. aircraft carriers because… he doesn’t like the way they look

According to U.S. media reports, the president criticized the placement of the island superstructure on Gerald R. Ford-class aircraft carriers and wants future ships to look more like… pic.twitter.com/05lc9b6T98

— NEXTA (@nexta_tv) August 18, 2026

Operational test findings give the order a firm rationale, but execution will decide whether this move delivers more flights, fewer breakdowns, and lower risk at sea. The conservative yardstick is simple: can the ship launch more jets, more often, with less downtime? If yes, the fleet gets stronger. If no, taxpayers foot the bill for a step back that slows the F/A-XX era before it begins. The Navy now owes clear milestones, transparent test data, and tight cost control to earn trust.