President Donald Trump has signed a national security memorandum directing the United States Navy to strip the Electromagnetic Aircraft Launch System out of future Ford-class aircraft carriers, starting with the fourth ship in the class, the future USS Doris Miller. This directive halts a quarter-century engineering trajectory that replaced traditional steam pistons with linear induction motors. The order targets the fourth hull specifically because its construction phase allows for a forced redesign, though contractor General Atomics warns that reversing course midstream introduces severe cost, schedule, and integration hazards.
The primary query answered by this mandate is simple: the White House wants older technology back because leadership believes digital and electric systems are overly complicated, expensive, and fragile compared to mechanical alternatives. Yet, the implications stretch far beyond a preference for analog hardware. This decision forces a collision between executive skepticism and naval engineering data, raising urgent questions about fleet modernization, long-term operational costs, and how the United States intends to keep pace with rival naval powers deploying identical electromagnetic tech. For a more detailed analysis into this area, we suggest: this related article.
The Anatomy of a Decades-Long Grievance
To understand the current directive, one must look past standard defense procurement logic and examine a long-standing personal conviction. Since his first term in office, Trump has voiced deep distrust of the Navy's pivot toward electric flight decks. His skepticism was fueled by anecdotal conversations with fleet sailors who famously quipped that older steam gear could be fixed with basic tools, whereas electronic failures required external specialists.
What began as casual critique during ship tours and campaign rallies has now crystallized into binding national security policy. The directive does not impact the first three hulls of the class—the USS Gerald R. Ford, the USS John F. Kennedy, and the USS Enterprise—which remain committed to their original electromagnetic blueprints. Instead, it hits the USS Doris Miller directly, demanding that defense leadership submit comprehensive plans within sixty days to replace both the launch system and the ship's electromagnetic weapons elevators with steam and hydraulic equivalents. For additional information on this issue, detailed reporting can be read on USA Today.
For naval architects, this pivot is an administrative earthquake. Reintroducing steam infrastructure into a ship class explicitly designed around electrical generation changes internal architecture fundamentally. The Ford-class layout was optimized to eliminate massive steam piping routes that previously ran through sensitive compartments, freeing up space and reducing overall ship weight. Tearing that architecture out or retrofitting it on the drawing board creates an engineering hurdle that could delay the delivery schedule well past its targeted 2034 horizon.
Weighing Efficiency Against Simplicity
The technical defense of the electromagnetic system rests on data collected over years of active deployment. The USS Gerald R. Ford completed an extensive eleven-month operational deployment where its electromagnetic catapults and advanced arresting gear demonstrated higher launch and recovery rates than legacy Nimitz-class carriers.
Unlike steam pistons, which rely on brute force and require precise pressure management for varying aircraft weights, the linear induction motor regulates kinetic energy digitally. It can launch everything from heavy strike fighters down to lightweight uncrewed aerial systems smoothly, placing less mechanical stress on the airframe. Furthermore, the transition to electrical architecture reduced manpower needs significantly. Operating the legacy steam catapult system required a dozen sailors per station; the electromagnetic alternative cuts that requirement down to just two. In a Navy constantly grappling with tens of thousands of unfilled billets across the fleet, saving hundreds of crew members per hull is a major operational advantage.
Proponents of the White House order, however, point to a different set of vulnerabilities. Complex solid-state power conversion systems and intricate software diagnostics introduce distinct maintenance failure points at sea. When digital components fail, the troubleshooting process often demands specialized contractor support or technicians with advanced training, rather than routine fleet maintenance. The administrative argument assumes that simplicity, ruggedness, and ease of mass industrial scaling outweigh the raw performance metrics of cutting-edge technology.
Strategic Fallout and Industrial Realities
This executive intervention arrives during a period of acute strain for American shipbuilding. The broader national security directive also addresses the acute shortage of public shipyards, calling for the creation of a new fifth public facility dedicated to submarine repair and maintenance. While bolstering the maritime industrial base is a bipartisan priority, forcing a major redesign on an active carrier program risks compounding existing delays.
Global competition complicates the picture further. While the United States considers scaling back its electromagnetic infrastructure, strategic rivals are moving in the opposite direction. China's newest aircraft carriers utilize electromagnetic catapult systems to maximize sortie rates and launch heavier payloads, and European allies like France have incorporated identical technology into their next-generation carrier programs. Abandoning the technology domestically creates a unique paradox where the pioneer of the system steps backward while competitors refine and field it.
The next sixty days will test how the Pentagon intends to bridge the gap between executive command and engineering reality. Defense contractors must evaluate whether a partial redesign of the Doris Miller can satisfy the mandate without destroying the program's budget. As the Navy prepares its formal response to the White House, the service faces an uncomfortable truth: reversing decades of technological evolution requires more than a signature, demanding a complete reevaluation of how American power projects across the oceans
