Trump Scraps Tech, Revives Steam

President Trump ordered the Navy to rip out high-tech launch gear on future Ford-class carriers and go back to steam catapults, a reversal that could lock in older systems for decades.

Story Snapshot

Trump directed the Navy to revert from electromagnetic launchers to steam catapults on future Ford-class carriers.
Testing data show the current electromagnetic launch system has fallen far short of reliability goals.
Reversion could trigger major redesigns, cost growth, and schedule delays for ships now in build.
The choice shapes how the next fighter, the F/A-XX, will operate from carriers for years.

What The Order Does And When It Hits The Fleet

The White House directed the Navy to halt use of electromagnetic aircraft launch systems on upcoming Ford-class carriers and to install steam catapults instead. Reports identify the future USS Doris Miller as the first ship that would change course under this policy. The Ford-class was designed around an all-electric architecture, so the decision affects more than just the launch rails. The memo also points to swapping other electromagnetic and hydraulic systems tied to aircraft handling.

Navy planners now face a tight clock to rewrite designs while hull construction proceeds. Shipyards sequence thousands of parts and miles of piping long before delivery. Redirecting to steam adds bulky machinery and high-pressure plumbing that the Ford design removed to save space and weight. Analysts warn this is not a simple part swap but a deep engineering change that touches power, cooling, and deck layouts. Those changes carry cost and time risks as ships move through key build stages.

Why EMALS Drew Fire: The Reliability Record

Critics point to the test record of the Electromagnetic Aircraft Launch System as proof the technology has not matured. The Pentagon’s testing office reported 272 mean cycles between operational mission failures across more than 8,000 launches through 2021, far below the 4,166-cycle goal. In 2022 testing, the figure improved to 614 cycles but still missed the threshold by a wide margin. The 2023 and 2024 reports said reliability had not appreciably changed and still leaned on off-ship technical support.

Those numbers affect the core mission of a carrier: launching and recovering aircraft at tempo. The testing office said reliability shortfalls in catapults, arresting gear, and related deck systems hurt sortie rates and flight deck efficiency, which are the heartbeat of combat power at sea. Supporters of the reversal argue that steam catapults, while older, have decades of known performance and a deep maintenance bench. They say steam offers predictable operations in the near term while the Navy readies the next carrier-based fighter and new uncrewed aircraft.

The Engineering Catch: Steam Is Not A Drop-In Fix

Returning to steam catapults means putting back heavy, voluminous machinery that the Ford design intentionally removed. Steam plants demand large accumulators, separators, and piping routed below the flight deck. The Ford electrical system, by contrast, was built to power electromagnetic launchers and other advanced systems from integrated power sources. Reintroducing steam undercuts those gains and could force trade-offs in space, weight, and maintenance man-hours across the ship.

Cost and schedule are the near-term risks. Media and defense analysts report the change could add billions and push delivery of at least one carrier into the late 2030s if redesign ripples through construction sequences. Every month of delay ties up shipyard labor and materials and can push other Navy programs to the right. The Department of the Navy will have to rebalance budgets already strained by inflation, depot backlogs, and global operations, raising the chance that taxpayers fund both the old and new paths at once.

What It Means For F/A-XX And Carrier Air Wings

The next-generation carrier fighter, often called F/A-XX, aims for greater range, heavier payloads, and integration with uncrewed systems. Electromagnetic launchers can tailor force to each aircraft, reducing stress on airframes and enabling a wider launch envelope. Industry and Navy materials have long touted that benefit and the promise of lower crew needs on deck. A move back to steam may constrain some of that flexibility and could shape design choices for aircraft now in concept work.

😐 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

Both right and left worry when Washington spends more to get less. This decision reflects a larger pattern in military buying: new tech struggles in early years, calls rise to revert to proven gear, and the force risks locking in older systems for a generation. The testing office’s data explain the impulse to change course, but the redesign burden is real. Voters paying the bill deserve clear cost, schedule, and performance trade sheets before the Navy commits steel and dollars to the steam path.