F-35C Makes First Ford-Class Carrier Landing, but More Tests Remain

An F-35C has caught an arresting wire aboard a Ford-class aircraft carrier for the first time, proving that the Navy’s carrier-based stealth fighter can perform a critical recovery operation on the service’s newest carrier design. The October 13 landing aboard the future USS John F. Kennedy was a long-awaited milestone, but it did not by itself qualify the ship for routine F-35C operations.

The landing occurred in the Western Atlantic during Aircraft Compatibility Testing, a campaign designed to evaluate how individual Navy aircraft interact with a carrier’s launch and recovery equipment. Two test pilots from Air Test and Evaluation Squadron 23 flew F-35Cs to the ship, while a detached F-35 Integrated Test Force used specially instrumented aircraft to gather data during flight-deck operations.

That distinction between a successful landing and completed qualification matters. An arrested recovery validates a demanding interaction among the aircraft, its tail hook, the deck crew and the carrier’s Advanced Arresting Gear. It does not establish that every required aircraft configuration, operating condition, support process or shipboard system has passed its respective test.

What the first landing actually proves

The F-35C is purpose-built for carrier duty. Compared with the Air Force’s F-35A, it has larger wings, reinforced landing gear and a stronger tail hook. Those changes allow it to approach a carrier at low speed, absorb a hard deck landing and transfer its remaining momentum into an arresting cable and the machinery below deck.

John F. Kennedy adds another new variable. Ford-class carriers replace the Nimitz class’s steam catapults and conventional arresting equipment with the Electromagnetic Aircraft Launch System and Advanced Arresting Gear. Compatibility testing is therefore not simply a check that the fighter can land on a flat deck. It measures how a particular aircraft’s loads and behavior interact with a substantially redesigned recovery system.

For F-35 supporters, the arrested landing is a visible sign of progress after years of challenges surrounding the integration of advanced aviation equipment into the Ford class. The lead ship, USS Gerald R. Ford, completed its own compatibility campaign in January 2020 after 16 days at sea and 211 launches and recoveries involving five airframes, but the F-35C was not among them.

John F. Kennedy was planned with F-35C support in mind. Its changes include upgraded jet blast deflectors as well as modifications to maintenance spaces and information systems. Supporting the fighter also requires provisions for mission systems, classified data, logistics interfaces, low-observable materials and protection from engine exhaust. The aircraft’s presence on deck consequently tests more than the arresting machinery alone.

A launch followed, but broader work remains

Initial coverage of the October 13 recovery noted that an electromagnetic-catapult launch still had to be demonstrated. Subsequent reporting documented an F-35C launch from John F. Kennedy on October 14. Together, the first recovery and launch establish that the fighter has interacted successfully with both of the Ford class’s signature flight-deck systems.

Even those two events do not amount to full operational qualification. Test teams still have to collect and assess instrumented data, evaluate deck handling and support functions, and complete the wider compatibility campaign. The Navy has not established through these milestones alone that John F. Kennedy is ready to embark and sustain an operational F-35C squadron under routine fleet conditions.

That unfinished work explains why some observers will question how much progress one landing represents, particularly so close to the carrier’s planned delivery. The Navy took preliminary acceptance of John F. Kennedy on September 29, allowing its crew to conduct at-sea testing while Newport News Shipbuilding completes final ship-system work. Formal delivery was planned for spring 2027.

Preliminary acceptance is therefore not the end of construction and qualification but a mechanism for advancing both at sea. The first F-35C arrestment demonstrates that a central recovery interaction works under test conditions; the subsequent launch extends that progress to the electromagnetic catapult. The more consequential milestone will be completion of the remaining evaluations needed to turn those individual successes into a repeatable, supportable carrier capability.

By David Whitaker — Associate editor for AMI’s aerospace and drone systems desk, translating flight systems, aircraft programs, spaceflight, and UAV developments into accessible technical stories.