The Navy is putting real money and a timeline behind a highly unusual new warship program
The U.S. Navy says it expects to spend roughly $46 billion over the next five years to design and develop the Trump-class battleship, with construction on the first ship planned for fiscal 2028. The program, first announced by President Donald Trump in December 2025, now has its clearest budget outline and schedule yet.
According to the source report from Breaking Defense, the service is requesting about $1 billion in advance procurement funding for fiscal 2027, plus $837 million in research and development for the same year. Navy Secretary John Phelan said the service is already in talks with two vendors on the design as it pushes for a rapid production timeline and aims to lay the keel in 2028.
Even by naval standards, the proposal is extraordinary. Battleships have long been absent from modern U.S. fleet planning, displaced by carriers, submarines, destroyers, and other platforms optimized for current operational realities. The decision to revive the category under a new class name signals not just a procurement choice but a major doctrinal and industrial gamble.
What the Navy says the ship will do
At the ship’s announcement in December, Trump said the class would feature hypersonic weapons, electronic rail guns, and high-powered laser-based weaponry. The source report also says Navy leaders view the larger battleship hull as a way to carry capabilities that proved difficult to fit into the service’s next-generation destroyer plans.
Rear Adm. Ben Reynolds, deputy secretary of the Navy for budget, told reporters that the battleship would be able to do many things existing guided-missile destroyers cannot. The argument, in essence, is that design constraints on the next-generation destroyer pushed the service toward a larger hull that can support more power, more payload, and more future growth.
That rationale aligns with a broader naval challenge. Advanced weapons such as directed energy systems and hypersonic capabilities place heavy demands on ship size, power generation, cooling, and integration. A larger platform can, in theory, absorb those burdens more easily than a smaller combatant.







