U.S. Navy Shipbuilding in 2026: Aircraft Carriers - Submarines and New Warships Shape Fleet Renewal.

The U.S. Navy’s main shipbuilding programs in 2026 are renewing carrier aviation, strategic nuclear deterrence, undersea strike and fleet air defense. Established production programs, including Gerald R. Ford-class aircraft carriers and Virginia-class submarines, are advancing alongside a restructuring of frigate procurement and development of the proposed Trump-class nuclear-powered battleship.

The Gerald R. Ford-class nuclear-powered aircraft carrier represents the centerpiece of U.S. Navy carrier aviation renewal, combining electromagnetic aircraft launch systems, advanced arresting gear and redesigned weapons handling to support sustained air operations at sea. (Picture source: U.S. Department of War/Defense)

The operational challenge is to introduce replacement ships before retirements reduce available combat forces. Construction status, funded procurement, and future ambitions differ considerably across these programs. Delivery marks the transfer of a ship to the Navy; subsequent testing, training, and maintenance preparation determine when it becomes available for deployment.

Gerald R. Ford-Class Aircraft Carriers: Kennedy Approaches Final Delivery

Gerald R. Ford-class nuclear-powered aircraft carriers remain central to American sea-based air power. Built by HII’s Newport News Shipbuilding in Virginia, the approximately 100,000-long-ton ships combine electromagnetic aircraft launch systems, advanced arresting gear and redesigned weapons-handling arrangements. These features support sustained flight operations, while nuclear propulsion provides endurance and freedom of movement. Aviation fuel, weapons and other supplies still require replenishment.

USS Gerald R. Ford, CVN 78, is operational. The second carrier, John F. Kennedy, CVN 79, achieved preliminary acceptance on September 29, 2026, according to HII, and departed Newport News for transition to Naval Station Norfolk. The Navy’s published schedule identifies spring 2027 as the next major milestone for final delivery, following further underway evaluation and completion of remaining construction, including advanced weapons elevators.

Enterprise, CVN 80, and Doris Miller, CVN 81, extend the construction sequence at Newport News. HII has modified its dry-dock arrangements to support simultaneous assembly of the two carriers. Their importance extends beyond individual hulls: maintaining carrier availability requires construction to align with retirement schedules, lengthy maintenance periods and air-wing readiness.

America-Class Amphibious Assault Ships: Restoring Landing-Craft Capacity

America-class amphibious assault ships combine aviation facilities, embarked Marines and command capabilities for expeditionary operations. Navy specifications list a full-load displacement of about 44,449 metric tons for Flight 0 and 44,030 metric tons for Flight 1. America and Tripoli emphasize aviation capacity, including support for F-35B fighters and MV-22 tiltrotors. Bougainville, LHA 8, introduces Flight 1 and restores a well deck, adding landing-craft employment to the ship’s aviation mission.

HII confirmed in 2026 that Bougainville and Fallujah, LHA 9, were under construction at Ingalls Shipbuilding in Pascagoula, Mississippi. The builder also identified Helmand Province, LHA 10, as covered by a construction contract modification. For Bougainville, the next significant steps are completion of outfitting, integrated testing, and sea trials before acceptance and delivery. The shipbuilder statements reviewed do not establish a precise trials date.

Operationally, restoring the well deck gives commanders more options for moving vehicles, equipment and supplies ashore while retaining substantial aviation capability. This matters where suitable ports are unavailable, or access is contested. Effective employment nevertheless depends on escorts, logistics, and coordination between aircraft and landing craft.

Artist’s rendering of a Columbia-class nuclear-powered ballistic missile submarine, designed to replace the Ohio class and sustain U.S. sea-based nuclear deterrence with sixteen Trident II D5 missile tubes.

Columbia-Class Ballistic Missile Submarines: Protecting Deterrent Continuity

The Columbia-class program is intended to replace fourteen Ohio-class ballistic missile submarines with twelve nuclear-powered boats. General Dynamics Electric Boat is the lead designer and builder, with Newport News participating in construction. Navy specifications identify displacement of 20,800 long tons, approximately 21,134 metric tons, electric-drive propulsion and sixteen missile tubes for Trident II D5 Life Extension ballistic missiles.

District of Columbia, SSBN 826, is under construction. The Navy’s published budget schedule lists delivery in March 2029, followed by Wisconsin, SSBN 827, in April 2030. These are planning dates rather than guaranteed outcomes. Separately, a July 2026 Navy announcement reported seven Columbia-class submarines under contract, demonstrating procurement expansion without implying that all seven had reached the same construction stage.

The immediate milestones concern assembly completion, integrated testing and sea trials for the lead submarine. Their strategic importance is maintaining continuous deterrent patrols during the Ohio-to-Columbia transition. Delays compress the available margin and could increase dependence on service-life extensions for selected Ohio-class boats, subject to material condition and maintenance requirements.

Virginia-Class Attack Submarines: Increasing Payload and Production

Virginia-class nuclear-powered attack submarines conduct anti-submarine warfare, anti-surface warfare, intelligence collection, special operations and land attack. Electric Boat and Newport News share construction. The baseline design displaces approximately 7,925 metric tons submerged; boats incorporating the Virginia Payload Module increase to approximately 10,364 metric tons and 140.5 meters in length. Four additional large-diameter payload tubes can carry twenty-eight additional Tomahawk cruise missiles.

The expanded payload helps address the loss of undersea strike capacity associated with retirement of converted Ohio-class guided-missile submarines. However, missile capacity and submarine availability remain separate requirements. A larger weapons load improves striking power, while sufficient numbers of deployable boats are necessary to maintain coverage across geographically separated operating areas.

The Navy reported twenty-six operational Virginia-class submarines in July 2026, with twenty-three more slated to be built. Near-term construction priorities include completing remaining Block IV boats and advancing Block V submarines through assembly, outfitting and testing. The central industrial challenge is increasing attack-submarine output while the same supplier network supports Columbia production.

USS Ted Stevens (DDG 128), a Flight III Arleigh Burke-class guided-missile destroyer, arrives in Whittier, Alaska, on September 27, 2026. (Picture source: U.S. Department of War/Defense)

Arleigh Burke-Class Flight III Destroyers: Advancing Air and Missile Defense

Arleigh Burke-class guided-missile destroyers remain in production at General Dynamics Bath Iron Works and HII’s Ingalls Shipbuilding. They combine air defense, anti-submarine warfare, surface warfare, and land attack. Propulsion remains mechanical, using four LM2500 gas turbines driving two shafts. Flight III’s expanded electrical generation and cooling capacity support its more demanding radar and combat equipment.

USS Jack H. Lucas, DDG 125, introduced the AN/SPY-6(V)1 air-and-missile defense radar and Aegis Baseline 10 in the Flight III configuration. Ted Stevens, DDG 128, became the second Flight III destroyer delivered when HII transferred the ship on December 29, 2025. An August 2026 Navy account identified two Flight III ships delivered and twenty-three additional ships under contract or in construction.

The next milestones extend beyond follow-on hull deliveries. In August 2026, the Navy said Jack H. Lucas was conducting Initial Operational Test and Evaluation, with an intensive underway schedule planned over the next 13 months. This testing is intended to validate the integrated ship and combat systems before the destroyer assumes its intended air and missile defense command responsibilities within a carrier strike group.

Constellation-Class Frigates: Two Remaining Ships Under Review

The Constellation-class frigate was designed as a smaller multi-mission escort derived from the Italian FREMM. Navy specifications call for Aegis Baseline 10, an Enterprise Air Surveillance Radar, and a Mk 41 Vertical Launch System, with a displacement of about 7,408 metric tons. It is intended to combine air, surface, and anti-submarine warfare capabilities in a ship smaller than an Arleigh Burke-class destroyer.

The acquisition changed substantially in November 2025, when the Navy reduced the planned program from twenty ships to two and terminated work on four subsequent contracted vessels. The Government Accountability Office reported that, as of March 2026, the Navy had paused material ordering for the remaining pair while the ships underwent strategic review. That dated finding does not establish their subsequent disposition; a confirmed acquisition decision is needed before dependable completion milestones can be assigned.

The program illustrates the risks of extensive design changes after construction begins. For future frigates, stable requirements and sufficiently mature design work will be essential to turning an existing parent design into predictable American production.

FF(X) Frigates: Moving From Design Into Production Preparation

FF(X) is a new frigate initiative based on the Coast Guard’s Legend-class National Security Cutter. Announced by the U.S. Navy on December 19, 2025, it emphasizes surface warfare, modular payloads, and control of unmanned systems. The U.S. Navy set a goal of launching the first hull in 2028, with a lead-yard approach followed by competition for construction at additional shipyards.

On April 28, 2026, HII announced a $283 million lead-yard support contract covering design, long-lead materials, and preconstruction activities at Ingalls. The builder identified cutting and shaping raw material for structural foundations and construction sequencing among the planned activities. These are concrete production preparations, while completing the design and progressing toward the first-hull launch remain the next major program objectives.

Future variants may gain vertical launch systems and additional anti-submarine warfare equipment, but these remain development options. Operationally, the initial frigate’s contribution will depend on its confirmed weapons, sensors, and aviation arrangements. More numerous smaller combatants can relieve larger ships of selected presence and surface warfare tasks, provided their assigned missions match their capabilities.

Artist’s rendering of the proposed Trump-class nuclear-powered guided-missile battleship, envisioned to provide long-range strike and fleet command capabilities. The design remains under development.

Trump-Class Battleships: A Nuclear-Powered Design in Development

The Trump-class battleship remains a development program, distinct from ships already under construction. The U.S. Navy’s May 2026 shipbuilding plan specifies nuclear propulsion and describes missions centered on high-volume, long-range offensive fires and forward command and control. It presents the battleship as an addition to the fleet’s most capable combatants rather than a replacement for Arleigh Burke-class destroyers.

The U.S. Congressional Budget Office’s August 2026 assessment describes plans to purchase fifteen nuclear-powered guided-missile battleships between 2028 and 2056. Using an approximately 35,000-long-ton full-load displacement, CBO estimates $23.4 billion for the lead ship and approximately $275 billion for fifteen ships, in 2026 dollars. These are uncertain independent estimates, not contracted expenditure. The planned 2028 procurement date should also be distinguished from a confirmed start of physical construction.

The next substantive milestones are design maturation, nuclear-propulsion integration, weapons-development decisions, and funded construction arrangements. Greater hull volume and electrical power could support larger missile inventories and advanced weapons, but the Navy must demonstrate their integration. The program would also place substantial demands on an industrial base already responsible for carriers, submarines, destroyers, and amphibious ships.

Across these programs, the U.S. Navy balances replacing indispensable assets with ambitions for greater combat capability. The operational outcome will depend on construction throughput, reliable equipment, trained crews and sustainable maintenance. Maintaining sufficient deployable ships during that transition will determine how effectively the fleet can preserve deterrence, defend maritime forces, and sustain combat operations.

Explore More Defense News

• Land Defense News
• Naval Defense News
• Defense Aerospace News

Written by Alain Servaes – Chief Editor, Army Recognition Group
Alain Servaes is a former infantry non-commissioned officer and the founder of Army Recognition. With over 20 years in defense journalism, he provides expert analysis on military equipment, NATO operations, and the global defense industry.