U.S. Navy Moves Second Ford-Class Aircraft Carrier USS John F. Kennedy Closer to Service.

The U.S. Navy has moved the future USS John F. Kennedy (CVN 79) into the final phase before formal delivery, giving the service access to its second Gerald R. Ford-class nuclear-powered aircraft carrier for underway testing, system evaluation, and expanded crew training. HII announced on September 29, 2026, that the carrier achieved preliminary acceptance and departed Newport News Shipbuilding for Naval Station Norfolk. The milestone brings the U.S. Navy closer to fielding a second carrier equipped with the class’s new aircraft launch, recovery, and weapons-handling systems.

The development is especially important after the intensive operational use of USS Gerald R. Ford (CVN 78), which completed a 326-day deployment involving operations in the Mediterranean, Caribbean and Red Seas before entering its first Planned Incremental Availability in July 2026. Bringing Kennedy closer to service will eventually give the U.S. Navy greater flexibility to alternate Ford-class capability between deployment, training, and maintenance, rather than depending on a single ship of the class.

Related Topic: New Ford-class USS John F. Kennedy CVN 79 Validates Flight Deck with First MH-60S Helicopter Landing

Future USS John F. Kennedy (CVN 79) following preliminary acceptance, a milestone that allows the U.S. Navy to begin testing, evaluation, and crew training underway ahead of formal delivery planned for spring 2027. HII announced the preliminary acceptance on September 29, 2026. (Picture source: HII)

Preliminary acceptance of the new USS John F. Kennedy (CVN 79) aircraft carrier allows the U.S. Navy to begin testing and evaluation of Kennedy’s unique systems underway while the crew develops operational proficiency aboard the approximately 100,000-ton, 1,092-foot carrier. Formal delivery remains planned for spring 2027, meaning CVN 79 is not yet an operational aircraft carrier and still requires additional construction, testing, certification, and crew qualification before entering fleet service.

The milestone followed Kennedy’s completion of acceptance trials on August 15, 2026, after a four-day underway period off the Atlantic coast. The U.S. Navy said the carrier was about 98% complete at that stage, with the trials showing the ship met contract requirements and its crew could safely conduct operations at sea. Preliminary acceptance therefore shifts Kennedy from predominantly shipyard-centered construction toward a phase in which the U.S. Navy can increasingly evaluate the carrier as an integrated warship.

The Gerald R. Ford class is the U.S. Navy’s newest generation of nuclear-powered aircraft carrier and the successor to the Nimitz class. Rather than deriving its main advantage from simply embarking more aircraft, the design is intended to generate more aircraft sorties, provide substantially greater electrical capacity, reduce manpower requirements, and improve the movement of aircraft and weapons across the ship. The U.S. Navy identifies the reconfigured flight deck, Electromagnetic Aircraft Launch System, Advanced Arresting Gear, and all-electric architecture as central elements of that improvement.

A Ford-class carrier air wing can operate a combination of F/A-18E/F Super Hornet strike fighters, EA-18G Growler electronic-attack aircraft, E-2D Advanced Hawkeye airborne early-warning aircraft, and MH-60R/S Seahawk helicopters, with F-35C Lightning II fighters becoming an increasingly important part of U.S. carrier aviation. Future integration of the MQ-25A Stingray unmanned tanker is also intended to extend the effective combat radius of carrier-based fighters by transferring part of the aerial-refueling mission from Super Hornets to an unmanned aircraft.

Kennedy incorporates the Electromagnetic Aircraft Launch System, or EMALS, which replaces the steam catapults used aboard Nimitz-class carriers. EMALS provides more precise control over launch forces and is designed to accommodate a broader range of aircraft weights and configurations than traditional steam catapults. The Advanced Arresting Gear handles aircraft recovery, replacing the older Mk 7 arresting system and intended to expand recovery flexibility while reducing maintenance demands.

These systems form part of a broader redesign intended to increase the rate at which the embarked air wing can generate combat sorties. The reconfigured flight deck, electromagnetic catapults, new arresting gear and improved weapons-handling architecture are designed to reduce bottlenecks between aircraft movement, arming, launch, recovery and preparation for another mission. Operationally, the Ford class's value therefore depends on how these systems work together to sustain aircraft operations at higher tempo.

The weapons-handling system remains particularly relevant to Kennedy’s current status. According to the U.S. Navy, Newport News Shipbuilding still has to complete four Advanced Weapons Elevators while the U.S. Navy begins testing and crew training. These electrically driven elevators move ordnance between the carrier’s magazines and flight deck and are integral to the redesigned process for preparing aircraft for combat sorties.

The unfinished elevators also explain why preliminary acceptance should not be confused with formal delivery or operational service. The arrangement lets U.S. Navy testing and crew training progress while HII completes the remaining construction work. Final delivery is expected in spring 2027.

Kennedy’s increased electrical-generation capacity is another major difference from earlier U.S. aircraft carriers. The Ford class was designed with more available electrical power to support EMALS and other electrically intensive equipment while retaining growth margin for future sensors, electronic warfare systems, and technologies such as directed-energy weapons. This reserve is significant for a nuclear-powered carrier expected to remain in service for approximately 50 years and therefore adapt to technologies that may not yet be operational today.

CVN 78's operational experience reinforces the case for adding a second Ford-class carrier. Gerald R. Ford departed Norfolk on June 24, 2025, and returned on May 16, 2026, after an 11-month deployment, with the U.S. Navy later describing the deployment as lasting 326 days. The carrier operated across the U.S. 4th, 5th and 6th Fleet areas before moving into scheduled maintenance at Norfolk Naval Shipyard in July, illustrating the basic challenge of sustaining carrier presence while rotating ships through deployment, training, maintenance and modernization.

Kennedy will not immediately solve that challenge, nor does a second carrier automatically mean two Ford-class ships will always be available simultaneously. It does, however, give the U.S. Navy another ship around which those cycles can be organized, reducing dependence on a single Ford-class carrier for frontline operations and for the continued development of tactics, maintenance practices and aviation workflows based on the new design.

The first Ford-class aircraft carrier has already given the U.S. Navy years of technical and operational experience with technologies that did not exist aboard earlier carriers. Kennedy will expand that experience beyond a single ship, allowing sailors, aviation personnel, and maintenance teams to develop procedures across two carriers while also supporting the broader transition from the Nimitz class to the Ford class. Experience accumulated on CVN 78 and CVN 79 also feeds into the subsequent Enterprise (CVN 80) and Doris Miller (CVN 81), progressively expanding the number of carriers equipped with the new aviation and electrical architecture.

The immediate focus, however, remains on completing Kennedy and demonstrating that its systems can operate reliably together at sea. Outstanding construction, U.S. Navy testing, certification, crew qualification, and aviation integration must still be completed before CVN 79 can deploy as the centerpiece of a carrier strike group.

Preliminary acceptance of the new U.S. Navy USS John F. Kennedy (CVN 79) aircraft carrier therefore marks an important step toward turning the Ford class from a single-carrier capability into a sustainable fleet capability. Kennedy has not yet been delivered or made combat-ready, but its transition to U.S. Navy-led testing brings the United States closer to operating two Ford-class nuclear-powered carriers, increasing long-term flexibility for deployment, training, and maintenance after the unusually intensive operational use of USS Gerald R. Ford.

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.