USS Gerald R. Ford’s Strike Group Spotted Doing Something Incredibly Rare: Existing Without Breaking Anything
The United States Navy’s most expensive and technologically over-engineered floating city, the USS Gerald R. Ford (CVN-78), has reportedly accomplished what military analysts are calling “the bare minimum” by successfully completing a full deployment with its entire Carrier Strike Group (CSG) without spontaneously combusting, running aground, or having a toilet system that requires a 12-step manual to flush.
I know, I know. Pinch me. I must be dreaming.
For those of you who haven’t been paying attention to the Pentagon’s $13 billion dollar boondoggle that takes up more ocean than your ex’s emotional baggage, the Gerald R. Ford class was supposed to be the Navy’s crown jewel. It’s got electromagnetic catapults that are basically giant, angry slingshots for fighter jets. It’s got a new nuclear reactor that doesn’t need refueling for 50 years. It’s got advanced arresting gear that can catch a 50,000-pound F/A-18 like it’s a baseball glove snagging a whiffle ball. It’s supposed to be the peak of American naval dominance.
Instead, since it was commissioned in 2017, the Ford has spent more time in dry dock than a cruise ship full of norovirus patients. The ship has been a walking (sailing?) disaster of engineering hubris. The catapults broke down every time a seagull farted too close to the flight deck. The arresting gear that catches the planes? Yeah, that also had a habit of just… not working. Imagine trying to parallel park a Ferrari while blindfolded, and the parking brake is a suggestion. That was the Ford’s flight operations.
But now? Now, the Navy is popping champagne corks because the Gerald R. Ford CSG—which includes the carrier, a few destroyers, a cruiser, and a submarine that didn’t get lost in the Bermuda Triangle—just finished a deployment to the Mediterranean and back without a single catastrophic failure that made the evening news.
Let’s be real here. In any other industry, “we didn’t embarrass ourselves” is not a headline. If Delta Airlines boasted that a plane landed without the landing gear falling off, you’d be like, “Uh, that’s the bare minimum, Brad.” But in the world of the Ford, this is an achievement on par with curing polio.
The Navy’s announcement was, predictably, a masterclass in understatement. They said the deployment “validated the ship’s ability to generate combat power” and “proved the reliability of the new systems.” Translation: “We didn’t have to call for a tow truck from the Italian Navy, and our toilets only backed up twice.”
Let’s break down the shenanigans that made this deployment a miracle.
First, the Electromagnetic Aircraft Launch System (EMALS). This is the thing that replaced the old steam catapults. Steam catapults were like that reliable, slightly grumpy uncle who might smell like whiskey but always gets the job done. EMALS is like a Tesla that catches fire if you look at it wrong. It was supposed to be smoother and more efficient. Instead, it spent years being about as useful as a chocolate teapot. During the Ford’s shakedown cruises, EMALS had a failure rate that would get a software developer fired from a crypto startup. But on this deployment? It launched like 8,000 sorties without a major hiccup. The Navy is probably holding a press conference to thank the ghosts of Thomas Edison and Nikola Tesla for not haunting the ship.
Then there’s the Advanced Arresting Gear (AAG). This is the system that stops the planes when they land. On the Ford, it was famously so unreliable that pilots started mentally preparing their wills before every landing. There were reports of the system just deciding it was done for the day, leaving pilots to do a “touch-and-go” (which is code for “almost dying”). But now? They caught every bird that came back. No planes ended up in the ocean. No pilots had to use their overpriced ejection seats. It’s a Christmas miracle, people.
And let’s not forget the ship itself. The Gerald R. Ford is so complex that it has a “self-optimizing” network that is supposed to manage everything from power distribution to the lights in the head. In the past, this system had the processing power of a Commodore 64 and the reliability of a Windows Vista update. Crew members reported that the ship’s network would crash so often that they resorted to using carrier pigeons for critical messages. (I made that up, but honestly, would you be surprised?) This deployment? The network stayed up. The ship didn’t have to revert to using semaphore flags.
So, what changed? Did the Navy send a team of exorcists to cleanse the ship of bad vibes? Did they sacrifice a goat to the ghost of Admiral Chester W. Nimitz? Probably not. More likely, they just spent another billion dollars on software patches and spare parts. Or, more cynically, they finally broke in the damn thing. It’s like a new car: it’s a pile of flashing warning lights for the first 10,000 miles, but eventually, the check engine light just becomes part of the dashboard decoration.
But here’s the kicker: this is still a massive red flag for the future. The Ford is the lead ship of a class that is supposed to have ten sisters. If it takes a decade and an extra $20 billion to get the first one to work for six months without a major incident, imagine the nightmare of building the next one, the USS John F. Kennedy (CVN-79). That ship is already behind schedule and over budget, and it hasn’t even left the dock. I fully expect the JFK to be launched in 2030 and immediately discover that it can only sail in reverse.
The Navy is now patting itself on the back, saying that the Ford is “combat-ready.” Sure, Jan. Combat-ready for what? Fighting a peer
Final Thoughts
After decades of covering naval power, it’s clear the carrier strike group is less a weapon and more a political statement—a floating piece of sovereign territory that telegraphs intent without firing a shot. But the age of the supercarrier is quietly closing; a single $13 billion asset is a tempting target for hypersonic missiles, and its vulnerability now outweighs its prestige. The real conclusion is that navies must finally accept the carrier’s transition from unstoppable hammer to expensive, vulnerable chess piece in a game where the board itself has changed.