The US Navy is stuck in a $13 billion traffic jam, and it's not because of a lack of firepower. It's the magnets. For years, the Ford-class aircraft carrier was marketed as the ultimate symbol of American maritime dominance. It was supposed to be faster, leaner, and more lethal than anything that came before it. Instead, it became a punchline for reliability issues and cost overruns that have top brass quietly—and some not-so-quietly—rethinking the entire future of the fleet.
Donald Trump spent much of his first term railing against the "digital" catapults on the USS Gerald R. Ford. He famously told Time magazine you'd have to be "Albert Einstein" to figure them out. At the time, military analysts rolled their eyes at the "steam vs. magnets" debate. But fast forward to 2026, and the Navy’s tone has shifted from defensive to desperate. With the Ford setting records for deployment lengths not because of mission success, but because of a frantic need to justify its existence, the service is facing a hard truth. Maybe the critics weren't just shouting at clouds.
The Electromagnetic Nightmare
The core of the controversy is the Electromagnetic Aircraft Launch System, or EMALS. On paper, it's brilliant. It replaces the massive, heavy steam pistons used on older Nimitz-class carriers with a linear induction motor. It's supposed to be gentler on airframes, allowing the Navy to launch everything from heavy strike fighters to light drones with the flip of a switch.
The reality has been a logistical disaster. For a carrier to be effective, its catapults have to work. Period. The Navy’s own requirements stated that EMALS should go 4,166 cycles between operational failures. In actual testing, it was lucky to hit 181. Imagine your car breaking down every 100 miles, but your car costs more than some small countries' GDPs. When one catapult fails on a Ford-class ship, you can't just fix it while the others keep running. The way the system is wired, a major fault can take down the whole deck.
Why Steam Still Has Fans
It's easy to mock the idea of going back to 19th-century technology like steam, but there’s a reason it stuck around so long. Steam is predictable. It's mechanical. If a valve leaks, you patch it. If a pipe bursts, you weld it. You don't need a Ph.D. in software engineering to troubleshoot a pressure gauge.
Trump’s obsession with "goddamn steam" wasn't just about nostalgia. It was about the "mean time between failure." The Nimitz-class carriers are workhorses. They aren't always pretty, and they require a small army of sailors to maintain, but they launch planes. The Ford was designed to reduce manning by 20%, but when the tech fails, that smaller crew is left staring at a digital screen they can't bypass.
The Battleship Pivot
In a shocking twist for 2026, the Navy isn't just looking at smaller carriers; they’re looking back at the battleship. The newly proposed "Trump-class" Guided Missile Battleship (BBG(X)) is a direct response to the Ford’s vulnerabilities. While the Ford-class tries to do everything with complex sensors and magnets, the BBG(X) concept focuses on "Golden Fleet" dominance—high-powered lasers, rail guns, and hypersonic missiles.
It’s a pivot toward survivability. A 100,000-ton aircraft carrier is a massive, expensive target in an era of "carrier killer" missiles from China and Russia. If the catapults don't work, you're just floating a $13 billion target. By diversifying the fleet with ships like the USS Defiant, the Navy is admitting that putting all their eggs in the Ford-class basket was a mistake.
The Problem With Modernizing Late
One of the biggest blunders with the Ford-class was "concurrency." This is a fancy way of saying they started building the ship before they’d actually finished designing the technology inside it. They put eleven new, unproven systems on one hull.
- Advanced Arresting Gear (AAG): The "brakes" for the planes. Like EMALS, it suffered from massive reliability gaps.
- Advanced Weapons Elevators (AWE): These use magnets instead of cables. They were so broken that the ship was delivered without working elevators to move bombs to the deck.
- Dual Band Radar: Too complex for its own good, eventually replaced on later ships in the class by the SPY-6 system.
The Cost of Staying the Course
The Navy is currently committed to at least four Ford-class ships. The USS John F. Kennedy (CVN-79) is finally hitting sea trials, but it's already years behind schedule. The USS Enterprise and USS Doris Miller are next in line. Canceling them now would be a contractual nightmare, but the appetite for a fifth or sixth ship is non-existent.
Instead, you're going to see a "high-low" mix. The Navy is being forced to look at "Light Carriers" (CVIL)—smaller, non-nuclear ships that can carry F-35Bs. They’re cheaper, they’re easier to fix, and if one gets sunk, it doesn't bankrupt the national defense budget.
What This Means for the Fleet
If you're following this because you care about naval strategy, watch the maintenance cycles. The Ford just broke records for deployment length, but it returned to port with a laundry list of "casualty" reports, including fires and plumbing issues. A ship that stays at sea because it has to prove a point isn't a ship that's ready for war.
The Navy is finally listening to the catapult critics because they don't have a choice. The "magnets" aren't just a technical glitch; they're a symbol of an era where we prioritized "cool" over "capable."
Next Steps for Navy Watchers:
- Monitor the BBG(X) Budget: Watch how much money gets moved from the fifth Ford-class carrier into the new battleship program. That's your "tell" for the Navy's real priorities.
- Track the JFK Delivery: See if the USS John F. Kennedy actually meets its 2027 delivery date with a 100% functional EMALS. If it doesn't, expect the "Light Carrier" debate to go mainstream.
- Watch the F-35 Integration: The Ford wasn't even built to handle the F-35 out of the box. The modifications happening in 2025 and 2026 will determine if these ships are actually useful in a modern fight.
The era of the untouchable supercarrier is over. The era of the "smart" fleet—one that actually works when you press the button—is hopefully beginning.
