Trump orders return of steam catapults on Ford-class carriers

The president has ordered the US Navy to restore steam catapults on the newest Ford-class aircraft carriers. The directive reverses the service’s plan to equip future carriers with electromagnetic launch systems and marks a shift back to older, mechanically simpler technology. It applies to the lead ship of the class and any future vessels of the same design. The move reflects the president’s longstanding preference for steam over digital systems, which he has described as overly complex and costly. The decision comes as the Navy finalizes the Ford-class carrier program, the most expensive warship project in US history. Restoring steam catapults could add hundreds of millions — or, according to some estimates, billions — in retrofit costs. It also raises questions about interoperability, maintenance, and the timeline for implementation across the fleet. The order matters now because it alters the trajectory of a key defense program at a time of rising strategic competition. By prioritizing proven but outdated technology, the administration signals a departure from next-generation naval automation. The implications extend beyond engineering, touching on budget priorities, industrial policy, and the credibility of military modernization efforts.

Presidential directive mandates steam catapults on Ford-class carriers

The president has ordered the US Navy to revert to steam catapults on the newest Ford-class carriers, abandoning the advanced electromagnetic launch systems installed on these vessels. The directive reflects the president’s longstanding preference for simpler, proven technology over digital systems, which he has repeatedly described as overly complex. The change applies specifically to the newest, future Ford-class ships. The Navy will begin removing electromagnetic launch equipment and restoring steam catapult mechanisms on the lead vessel of the class. The redesign could cost hundreds of millions of dollars, with broader implications for future carrier construction. The president’s vaccine executive order has created confusion about US vaccine recommendations, potentially affecting public health messaging.

Cost implications of restoring steam launch technology

The redesign of Ford-class carriers to restore steam catapults could cost hundreds of millions of dollars, with broader estimates suggesting the shift might ultimately require billions in spending. While precise figures have not been finalised, the financial burden of retrofitting existing carriers and future builds is expected to be significant. The move comes as the Navy faces pressure to modernise its fleet while managing defence budgets. Retrofitting older technology into newer hulls adds complexity and expense, and the order applies to future Ford-class ships, potentially reshaping long-term naval planning and procurement strategies.

Political context and broader implications

The decision follows years of public criticism from the president toward electromagnetic launch systems, which he has called too complicated and unreliable. The move also coincides with a separate executive order on vaccines that has sparked confusion, though the two actions appear unrelated in scope. Critics warn that reverting to older technology may delay progress on naval innovation and affect national security competitiveness. The redesign applies to the newest Ford-class carrier and reflects the president’s longstanding preference for proven, simpler systems. Implementation will target future ships in the class, though specific rollout details remain unclear. The shift underscores a broader pattern of prioritising legacy solutions over cutting-edge technology in defence planning.

Operational and strategic considerations for future carriers

The Navy must modify the Ford-class hull and internal systems to accommodate steam catapults, a change that will require extensive retraining of crews and revisions to maintenance schedules. Compatibility with existing aircraft and launch decks must be verified before full deployment. The administration has not outlined a detailed rollout plan or criteria for selecting which carriers receive the upgrade, and the transition period could temporarily affect readiness. Cost estimates remain uncertain, though the shift is projected to involve significant expenditure. The move reflects the President’s preference for proven steam technology over newer electromagnetic systems, despite ongoing debates about performance and long‑term costs.

Reactions and next steps in the redesign process

Defence officials and industry analysts say the directive will force a re‑evaluation of carrier performance metrics and may shift future shipbuilding priorities. Restoring steam catapults on the newest Ford‑class vessels could become a benchmark for technology choices in upcoming naval projects, though exact timelines and cost breakdowns remain under development. Officials warn that retrofitting older launch systems will require significant investment and could affect readiness during the transition, while the broader strategic impact on the fleet’s operational edge is still being assessed.

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