The US Navy's Most Expensive Mistake May Become Its Deadliest Ship

Hinzugefügt: 2026-05-27

[00:00:00]Three warships, $8 billion each, a failed gun program, a stripped turret.

[00:00:06]And then quietly, a weapon nobody saw coming.

[00:00:10]The Zumwalt story is not a redemption arc. It is something more unsettling, a system that was built for one war, repurposed for another, and pointed at a conflict that has not yet begun.

[00:00:22]The Zumwalt class destroyer was meant to be a revolution. A warship so advanced, it would define American naval power for the next 30 years. Instead, the program was gutted before it ever reached full production.

[00:00:36]Three ships were built, 32 were planned.

[00:00:39]The flagship weapon system was eventually stripped from the hull entirely, leaving [music] a ship full of empty space, enormous power reserves, and critics who called it a $2 billion engineering exercise with nowhere to go.

[00:00:51]But the Pentagon had other plans, quiet ones. Because that empty space, those unused power reserves, that unconventional hull, they were not failures waiting to be discarded. They were specifications waiting for the right weapon to arrive.

[00:01:04]>> [music] >> That weapon has now arrived. And the ship the Navy once called a liability may be about to become the most lethal surface combatant [music] ever deployed in the Pacific.

[00:01:15]To understand why this matters, you need to go back to the doctrine that created the Zumwalt in the first place.

[00:01:21]The late 1990s.

[00:01:24]American naval planners were watching a different kind of war take shape. The conflicts in the Balkans, the Gulf, they pointed toward a future where ground forces would need precision fire support close to coastlines. Urban, contested, [music] fast-moving. Carriers were powerful, but distant. Cruisers were aging.

[00:01:42]What the Navy wanted was a ship that could move silently through shallow coastal waters, absorb radar detection, and deliver precision strikes directly onto defended land targets. That concept became the DD-21, later redesigned and renamed the DDG-1000, the Zumwalt class.

[00:02:02]The ship that emerged was genuinely extraordinary in design. A tumblehome hull, >> [music] >> meaning the sides angle inward above the waterline rather than flaring out, which reduces radar return so dramatically that a ship displacing 15,000 tons appears on enemy screens roughly the size of a fishing vessel.

[00:02:20]A composite superstructure with no exposed masts, no protruding antennas, no hard angles to scatter radar energy.

[00:02:28]An integrated power system capable of generating 78 megawatts of electricity, more than enough to run an entire small city, [music] and far more than any destroyer had ever carried.

[00:02:38]And at the center of its offensive capability, the advanced gun system.

[00:02:43]Two of them, forward mounted, designed [music] to fire GPS-guided shells over 60 miles with precision previously reserved for aircraft.

[00:02:52]On paper, it was the future. The problem was not the ship, the problem was the shell.

[00:02:58]The long-range land attack projectile began the program at roughly $35,000 per round.

[00:03:05]By the time the Zumwalt program was cut to three hulls, down from the original 32, the per unit cost had exploded.

[00:03:13]With such a small production run, the industrial math collapsed. The price per round eventually climbed past $800,000 for a shell that explodes once.

[00:03:25]The Navy quietly canceled the ammunition program in 2016. The guns stayed on the ships for years afterward, physically present but effectively inert. A pair of naval cannons with nothing to fire.

[00:03:38]By 2021, the decision was made official.

[00:03:41]The advanced gun systems were removed from all three ships.

[00:03:45]The forward turrets were sealed. The most expensive destroyer ever built had just been disarmed.

[00:03:51]This is the moment most people stopped paying attention.

[00:03:54]This is also the moment the real story began.

[00:03:58]Strip away the failed mission.

[00:04:00]Strip away the canceled ammunition.

[00:04:02]Strip away the political embarrassment of a 32-ship program that produced three.

[00:04:07]What remained was structurally remarkable.

[00:04:10]The space vacated by the advanced gun systems was not insignificant. The turret wells run deep into the forward hull. Large, reinforced, structurally integrated cavities originally engineered to absorb the mechanical stress of continuous high-caliber fire.

[00:04:26]They are not simply empty rooms.

[00:04:28]They are hardened, load-bearing voids designed to carry significant weight and withstand serious operational stress.

[00:04:35]In other words, they were purpose-built for something large, powerful, and energetically demanding.

[00:04:42]The Navy just needed to find the right candidate. Then there is the power generation issue, or [music] rather, the power generation advantage. The Zumwalt's integrated power system was designed to be forward-looking.

[00:04:53]The Navy understood, even in the early design phase, that directed energy weapons, railguns, and other emerging technologies would require electrical power far beyond what traditional destroyer plants could provide. So, they overbuilt the system intentionally.

[00:05:08]>> [music] >> 78 MW total generation capacity.

[00:05:12]Standard destroyers generate a fraction of that.

[00:05:15]Most of this power, in the original configuration, went unused. The ship was simply waiting for weapons technology to catch up with its electrical capacity.

[00:05:23]Add to this the stealth characteristics, a radar cross-section comparable to a small patrol boat despite a full destroyer displacement, and the Zumwalt's profile becomes something quietly significant. A large-hold, deep-powered, low-observable warship with substantial open internal volume >> [music] >> and no primary weapon system.

[00:05:43]That is not a failed destroyer. That is a conversion platform.

[00:05:47]And the weapon being installed is not a gun.

[00:05:51]The Conventional Prompt Strike Missile is a hypersonic glide vehicle system.

[00:05:56]Launched from the ship, it climbs to altitude, releases a glide body, and that body then maneuvers at speeds exceeding Mach 5 toward its target.

[00:06:05]Unlike ballistic missiles, which follow predictable arcs, hypersonic glide vehicles shift trajectory mid-flight.

[00:06:12]They are extremely difficult to intercept with current systems. The coverage radius extends beyond 1,700 miles. Time to impact on certain strike profiles falls under 1 hour.

[00:06:24]The Zumwalt's former gun spaces will accommodate large-diameter launch tubes.

[00:06:28]The power generation system supports the launch sequencing without significant modification.

[00:06:34]The stealth hull allows the ship to approach contested coastal regions without triggering early warning radar at the ranges that would normally force it to stand off.

[00:06:42]The pieces do not merely fit together.

[00:06:45]They fit together as though they were always meant to.

[00:06:48]This conversion does not happen in a vacuum.

[00:06:51]It happens inside a specific strategic context, one that has been accelerating for the better part of a decade.

[00:06:57]China's People's Liberation Army has spent years constructing what military planners call an anti-access area denial network.

[00:07:05]The logic is straightforward. [music] If a conflict begins in the Western Pacific, the goal is to prevent American naval forces from operating close enough to the theater of war [music] to be effective.

[00:07:15]Missile batteries positioned across the island chain, the DF-21D, specifically designated as a carrier killer, the longer-range DF-26, capable of reaching Guam, create threat envelopes that force American platforms to stand hundreds or even thousands of miles back from where they would need to operate.

[00:07:36]The carrier strike group, the cornerstone of American naval power projection for 80 years, is inside those threat envelopes at risk, not theoretically, calculably.

[00:07:47]This has produced an extended internal debate within the US Navy and the broader defense establishment. How do you project power into a denied space when your primary power projection tool is the thing being denied? Do you accept the risk? Do you find workarounds? Do you develop new doctrine entirely?

[00:08:04]The Zumwalt, armed with conventional prompt strike, is one answer to that question.

[00:08:09]A ship with a radar profile the size of a fishing vessel can approach threat envelopes at ranges that would trigger engagement thresholds for a conventionally sized warship.

[00:08:19]Its stealth is not perfect, but it buys time, distance, operational ambiguity.

[00:08:25]And from further out, from beyond the effective reach of many Chinese anti-ship missiles, its own missiles can still reach targets deep inside contested waters, along island chains or beyond.

[00:08:37]This changes the calculus of deterrence in a measurable way.

[00:08:41]The carrier no longer has to move forward. The Zumwalt moves forward instead. And when it strikes, the strike arrives within the hour from a direction and at a speed that current defense systems were not designed to handle simultaneously.

[00:08:55]What the Zumwalt program represents is not simply a ship conversion. It is a signal, deliberate, calculated, and directed. Russia demonstrated hypersonic glide capability operationally.

[00:09:07]China has been testing and fielding the DF-17 hypersonic missile for years, a system designed specifically to defeat American carrier defenses.

[00:09:16]Both nations have invested heavily in technologies intended to make American power projection prohibitively costly.

[00:09:23]The United States has been behind in the hypersonic development timeline, not because of technological inability, but because Cold War era conventional prompt strike deployed on Zumwalt class hulls represents a specific kind of capability gap closure.

[00:09:38]It is not a nuclear weapon. It does not carry the escalatory burden of a ballistic missile launch, which adversary early warning systems may initially misread as nuclear.

[00:09:48]It is a conventional strike asset that reaches intercontinental distances in the time it currently takes to scramble an air wing.

[00:09:55]The geopolitical implication is not subtle.

[00:09:58]The message being sent to Beijing and Moscow [music] is that American surface combatants can now strike deep, fast, and from positions that challenge the effectiveness of area denial doctrine.

[00:10:11]Whether that message lands as deterrence or as provocation depends entirely on the strategic moment in which it is received. That distinction matters enormously.

[00:10:20]There is a pattern in this story that extends beyond any single ship class.

[00:10:25]The American military has a recurring tendency to design for one war and find itself fighting another.

[00:10:31]Platforms optimized for coastal fire support become obsolete before production ends.

[00:10:36]Doctrine built around land attack missions evolves into something entirely different under strategic pressure.

[00:10:43]And the systems left behind, the overbuilt power plants, the underutilized hull spaces, the stealth profiles that outlasted their original mission, sometimes turn out to be exactly what the next era required. The Zumwalt is an acute version of this pattern, but the pattern itself is structural.

[00:11:02]The Navy is currently reassessing how it fights across every dimension. Carrier vulnerability is no longer a theoretical footnote. It is a central operational problem that shapes every future procurement decision.

[00:11:14]Submarines remain the most survivable conventional strike platform, but they are slow to produce, expensive, and not infinite in number.

[00:11:23]The surface fleet needs to be able to operate in contested waters without depending on carriers for protection or strike reach.

[00:11:30]The Zumwalt, rebuilt for conventional prompt strike, is a direct response to that need.

[00:11:36]But three ships are not a fleet. They are a proof of concept, a signal, a first iteration of whatever this new doctrine becomes.

[00:11:45]The question the Pentagon has not answered publicly [music] is this: If three Zumwalts armed with hypersonic missiles demonstrate what the Navy now believes they will demonstrate if the conversion works, what comes next?

[00:11:58]The Arleigh Burke-class destroyer, the ships the Navy builds in numbers, the backbone of the surface fleet.

[00:12:05]If hypersonic strike integration migrates from three experimental hulls to 30, 50, 60 Arleigh Burkes, the balance of power in the Pacific does not shift slightly. It shifts structurally.

[00:12:18]There is something quietly instructive about the Zumwalt story. Not comfortable.

[00:12:23]Instructive.

[00:12:25]The most expensive failure in American destroyer history did not succeed at what it was designed to do.

[00:12:31]Its ammunition program collapsed. Its production run was gutted. For years it sat in port, fully crewed, mechanically capable, and operationally pointless, a trophy of misaligned doctrine and industrial miscalculation.

[00:12:45]And yet here [music] it is, rebuilt, rearmed, pointed at a different kind of war than the one it was born to fight.

[00:12:53]That is not a redemption arc.

[00:12:55]Not exactly.

[00:12:57]A redemption arc implies the story ends cleanly.

[00:13:00]This one does not end at all. It only shifts terrain.

[00:13:04]The Zumwalt was never truly a failure.

[00:13:07]It was a capability searching for the right conflict. The guns were wrong. The mission was wrong. The strategic moment was wrong.

[00:13:15]The ship was not.

[00:13:18]And the ship, the stealth hull, the buried power plant, the unconventional architecture, was simply waiting.

[00:13:25]This is what modern military competition actually looks like beneath the surface, not the visible hardware, not the declared programs, not the press releases.

[00:13:35]It looks like a three-ship class of destroyers sitting in San Diego with their gun turrets removed and their power plants running, waiting for a weapon that did not yet exist while thousands of miles away in the South China Sea, the argument over who controls the next century of Pacific power was quietly, methodically being made in missile ranges and radar frequencies and island runway extensions.

[00:13:58]The Zumwalt is now part of that argument. Whether it changes the answer, that part has not been written yet, but the platform is ready. The weapon is coming.

[00:14:08]And somewhere in Beijing, in the war gaming rooms of the People's Liberation Army, someone is looking at a ship they dismissed years ago.

[00:14:16]They are looking at it differently now.