The 100,000-ton aircraft carrier USS John F. Kennedy has left the pier and is now in open water for the first full test of its systems and crew. The second ship in the Ford class is moving through builder sea trials that will determine whether the Navy’s newest flattop is ready to join the fleet on schedule in 2027. The trials mark a pivotal moment in a decade of construction and design choices that will shape American carrier aviation for decades.
As the ship steams into the Atlantic, the focus is shifting from steel and contracts to performance and reliability. Every evolution at sea, from propulsion runs to flight deck checks, will feed into the decision on when the carrier can be delivered and how quickly it can assume front-line duties. For the Navy, the outcome will be read as a verdict on its most ambitious capital ship program in a generation.
The Navy’s newest giant heads for open water
The future USS John F. Kennedy, designated CVN-79, departed from Huntington Ingalls Industries’ Newport News complex earlier this week and headed into the Atlantic under its own power. Reporting on the departure notes that the ship, described as a roughly 100,000-ton carrier, is now in the critical phase where its main systems are exercised at sea for the first time. The move follows years of work at Newport News Shipbuilding, where Huntington Ingalls Industries, or HII, has assembled the second Ford-class hull. Earlier coverage by Mallory Shelbourne highlighted that the ship’s first departure from the yard marked the start of builder trials, a milestone that has now expanded into broader sea testing.
At sea, the carrier is conducting a series of scripted events that will stress propulsion, navigation, combat systems, and aviation support equipment. One account explains that in the initial phase, the ship’s main systems and components are evaluated in real sea operations to gauge technical readiness. Another report notes that the vessel is now sailing into the Atlantic Ocean for sea trials that are a key test before its planned commissioning in 2027, with a displacement of around 100,000 tons underscoring the scale of the platform.
A decade of construction and a reshaped delivery plan
The path to this moment has been long. One account notes that the ship was laid down in 2015, beginning a decade of construction that has unfolded alongside debates over cost, capability, and schedule. Reporting on the program explains that in 2020, the Navy shifted to a single-phase delivery strategy, a decision that, according to a Fiscal Year 2024 document, added two years of work to the detailed design and construction contract. That adjustment pushed delivery to 2027 but allowed more systems to be installed and tested before the ship formally joins the fleet, reducing the amount of post-delivery modernization that would otherwise have been required.
Financially, the carrier represents a major investment. One analysis describes a $13B price tag for the ship as it enters trials, reflecting both the base hull and the integration of advanced technologies that were not fully available when the lead ship of the class was built. Another report characterizes the vessel as a 100,000 Ton New class supercarrier, emphasizing both the scale and the ambition of the program. The same analysis notes that the schedule has been pushed back from earlier plans, underscoring how technical complexity and budget realities have shaped the timeline.
Design, crew, and the Ford-class learning curve
Beyond its size, the ship is defined by a suite of new technologies that aim to increase sortie rates and reduce long-term operating costs. One assessment describes it as a Ton New Navy class supercarrier that will benefit from lessons learned on the first of the class, USS Gerald R. Ford. Another analysis calls the ship one of 100,000 tons and highlights its role in the Navy’s power projection strategy. The hull number, CVN-79, links it directly to the Ford-class lineage that is intended to replace the aging Nimitz-class carriers over time.
Crew size and automation are central to the design. Reporting notes that the roughly 100,000-ton ship is built to operate with a reduced crew of about 2,600 sailors, a significant reduction compared with earlier classes, made possible by more efficient systems and improved layout. Another piece notes that the ship incorporates features that the first Ford-class carrier still lacks, with Kennedy Hits Sea class carrier still lacks, underscoring how the program is evolving from hull to hull. Analysts such as Kris Osborn have framed these changes as part of a broader effort to refine the Ford-class concept as more ships enter service.
Strategic role, future homeport, and what trials will decide
The strategic stakes of these trials extend far beyond the Virginia coast. One report describes how the US Navy views the ship as its newest aircraft carrier and the second Ford-class hull, intended to carry forward innovations in power generation, flight deck operations, and survivability. Another account notes that the Navy expects delivery to the fleet in 2027, after which the ship will begin workups with its air wing. Local reporting from Kitsap Sun journalist Peiyu Lin notes that the carrier will likely come to Bremerton to replace an older flattop, with the piece updated Jan. A companion video report notes that the aircraft carrier that will likely come to Bremerton by 2029 has already begun testing at sea, according to its shipbuilder on the East Coast.