Is the Navy’s next carrier fighter concealing its secrets in plain view?
At the August 2025 Tailhook Symposium, Boeing rolled out a new conceptual image of its F/A-XX sixth-generation carrier fighter a tailless, stealthy design that will eventually replace the F/A‑18E/F Super Hornet and EA‑18G Growler. The photograph, subsequently published by Aviation Week, depicts the aircraft partially shrouded by cloud cover, a calculated action to hide essential shaping information. As another retired American aircraft design engineer explained, “One of the important aspects of aircraft of the type that are typical of 5th and 6th-generation designs and are supposed to be stealthy is that there be no platform misalignments, particularly in the horizontal control surfaces.”
The visible parts suggest robust ancestry from Boeing’s F‑47, the Air Force’s own sixth-generation NGAD fighter. The canopy looks almost identical, although the radome is narrower perhaps a compromise on carrier landing visibility. The artwork conceals the tail completely, consistent with previous Boeing naval concepts that did away with vertical stabilizers to minimize radar cross-section. The canard possibility, hinted at by wing root shape, would be rare in a stealth platform but might enhance low-speed carrier approach handling.
Boeing’s principal competitor, Northrop Grumman, has published its own drawing, showing more of the frontal hemisphere. Its design includes a high-gain radar aperture nose, a single-pilot bubble canopy, a top intake to radar-block engine fan line-of-sight, and a twin-wheel nose gear designed for the abusive sink rates of carrier approaches. Its smooth, chine-blended fuselage is reminiscent of the YF‑23, focusing on smooth, continuous surfaces to diffuse radar return.
The F/A‑XX will need to balance stealth shaping with carrier operations’ special stresses catapult-launching and arrested recovery reinforced structures, corrosion allowance for naval exposures, and folding wings for storage in the decks. These requirements affect inlet location, weight distribution, and internal volume for fuel and ordinance. Navy needs a 25 percent range increase over current strike fighters, which would extend combat radius even further than 1,500 miles, to counter threats such as China’s DF‑21D anti-ship ballistic missile with an estimated 1,000‑mile range.
Propulsion options respond to conflicting service priorities. The Air Force’s F‑47 will employ an all-new adaptive-cycle engine for efficiency throughout regimes of flight, while the Navy favors derivative turbofans to minimize development risk and withstand the rigors of carrier deck environments. Both planes are projected to incorporate manned-unmanned teaming, serving as command nodes for Collaborative Combat Aircraft like the MQ‑25 Stingray tanker drone. By releasing up to 30 percent of Super Hornet missions from aerial refueling, the MQ‑25 will increase strike range and permit the F/A‑XX to dedicate itself to combat missions.
The future of the program, nonetheless, is caught up in budget politics. The Pentagon’s FY2026 budget request earmarked just $74 million to maintain design flexibility, favoring the Air Force’s $3.5 billion F‑47 program. Congress has resisted, with the Senate authorizing $1.4 billion and the House authorizing $972 million to put F/A‑XX back on schedule. Boeing has spent about $2 billion on new “air dominance facilities” in St. Louis to demonstrate it can build both fighters in parallel. “Pursuing both the Air Force and Navy contracts was part of a deliberate plan,” Boeing Defense and Space CEO Steve Parker said, rebutting industrial base objections.
One unanswered question is crew configuration. The Navy has a history of two-seat fighters to divide workload between a pilot and a Radar Intercept Officer or Weapons System Officer. Northrop’s idea seems single-seat, and Boeing’s drawing indicates the same. But historical analysis, including Center for Naval Analysis simulations of F/A‑18 variants, concluded dual-seat crews were nearly twice as survivable in high-threat environments, especially in night strike and bad weather missions, based on lower pilot workload and better sensor management.
Both Boeing and Northrop Grumman currently are developing designs in secret. Official paintings are as much about concealment as disclosure, with cloud masses and cut-off angles hiding planform secrets. But the stakes are obvious: the Navy’s capacity to project power from the sea in the 2030s and later could depend on which of these stealthy shapes appears out of the fog.
