Trump Pulls Plug On Navy’s Troubled Tech

President Trump ordered the Navy to scrap electromagnetic launch gear on future Ford-class carriers and return to steam catapults, triggering a massive redesign fight built on years of reliability shortfalls.

Story Highlights

President Trump directed steam catapults on upcoming Ford-class carriers, starting with CVN-81.
Pentagon testers say the electromagnetic system missed reliability goals by large margins.
Analysts warn a steam retrofit could be costly and complex on an all-electric Ford design.
The decision could shape how future F/A-XX fighters operate from carriers for decades.

Trump’s Order Reverses Course On Ford-Class Launch Systems

President Trump ordered the United States Navy to revert to steam-powered catapults on future Gerald R. Ford-class aircraft carriers, beginning with the future USS Doris Miller (CVN-81). The directive ends the Navy’s plan to field electromagnetic launch gear across the Ford class. The order follows years of frustration with reliability on the lead ship, USS Gerald R. Ford. The move shifts carrier design choices back toward proven, simpler mechanics that many deck crews know well.

The White House decision arrives after persistent issues with electromagnetic systems. The change aims to protect flight operations and sortie rates at sea. Supporters of the switch argue that steam catapults are field-tested, durable, and easier to fix under combat stress. Critics caution that the Ford class was built around electric power, not steam plumbing, and warn of engineering and schedule impacts if the Navy rewires ships midstream.

Testing Data Shows EMALS Missed Reliability Targets

Pentagon testers documented that the electromagnetic aircraft launch system on USS Gerald R. Ford fell far short of its reliability goal. In fiscal year 2022 testing, the system averaged 614 mean cycles between operational mission failures, against a requirement of 4,166 cycles. In fiscal year 2021, the figure was even lower at 272 cycles. A fiscal year 2023 assessment said reliability had not appreciably changed and still relied on off-ship support, underscoring slow progress.

These numbers matter because low reliability forces long pauses on deck and reduces the number of jets the ship can launch per day. Carrier air wings need steady launch pace to project power and deter adversaries. Repeated failures increase maintenance time, drain crews, and can cut training. The data gave ammunition to leaders who favor a return to mechanical systems that may be heavier and less efficient, but more predictable at sea when it counts.

Redesign Risks And Costs On An All-Electric Hull

Analysts warn that putting steam catapults into Ford-class ships is not a simple swap. The Ford design centered on electric power generation and distribution, not on massive steam piping and water treatment gear. Swapping to steam catapults and hydraulic elevators could force major changes to internal spaces, weight balance, and maintenance routines across the ship. One industry analysis called the change “incredibly complex,” not a plug-and-play fix.

😐 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

Those redesigns could add cost and push schedules, especially for carriers mid-build. Back-fit work risks touching many systems, from power to corrosion control. Supporters respond that combat availability is worth the price if flight deck gear works every time. They argue that sunk costs should not trap the fleet in a system that has not met needs at sea. The administration’s call puts reliability and readiness ahead of elegant engineering on paper.

What It Means For Future F/A-XX Carrier Fighters

The launch system choice will shape how the Navy fields its next-generation F/A-XX fighter. Steam catapults have lower energy ceilings than advanced electric launchers, which can matter for heavier jets or future drones. Electromagnetic systems promise gentler acceleration and broader aircraft envelopes, but only if they reach required reliability at sea. The current test record made leaders doubt that payoff would arrive in time for the fleet’s needs.

The administration’s decision signals a bet on near-term combat power over long-term potential. The fleet needs carriers that can surge sorties now, with parts, skills, and doctrine already in hand. Lawmakers and taxpayers have seen too many programs chase perfection and deliver delays. By steering back to steam on new hulls, leaders aim to anchor readiness, while the Navy can still improve electric systems for future classes when they are truly proven.