The Boeing F-47: Everything We Know About America's Sixth-Generation Fighter

On March 21, 2025, President Trump announced that Boeing had won the contract to build the United States Air Force's Next Generation Air Dominance fighter, designated the F-47. It was the first time a new American air superiority fighter had been awarded since the F-22 Raptor over three decades earlier. The announcement ended a competition that had been running since at least 2015, survived a near-cancellation, and produced classified experimental aircraft that flew for years before the public ever heard about them.

This article covers what is publicly known about the F-47 as of early 2026, drawn from official Air Force statements, congressional budget documents, and credible defense reporting. Much about the aircraft remains classified, and where information is uncertain, that uncertainty is noted.

How NGAD Got to the F-47

The program traces back to a 2014 Defense Advanced Research Projects Agency study called the Air Dominance Initiative. According to Aviation Week, that study concluded a single aircraft would not be enough for future air superiority. The future required a "family of systems" centered on a crewed fighter but supported by networked drones, advanced sensors, and new weapons.

In 2015, DARPA began funding full-scale X-plane demonstrators under a classified program worth roughly one billion dollars. Boeing and Lockheed Martin each built and flew experimental aircraft. Boeing's demonstrator first flew in 2019; Lockheed's followed in 2022, as confirmed by Air Force Chief of Staff General David Allvin after the contract award.

The public first learned about these demonstrators in September 2020, when Air Force acquisition executive Will Roper told reporters that a full-scale NGAD flight demonstrator had "broken records." He provided almost no details, but the disclosure signaled the program was far more mature than anyone outside the Pentagon had realized.

The Budget Crisis and Redesign

By 2024, NGAD was in trouble. Then-Secretary of the Air Force Frank Kendall paused the program, telling Defense News that the Air Force "just didn't have enough money" to afford both the sixth-generation fighter and its other modernization priorities. Estimates at the time placed the per-unit cost near $300 million, roughly three times the cost of an F-35.

Kendall ordered a cost reduction study. Options reportedly included a smaller airframe, fewer engines, reduced range, and offloading some capabilities to unmanned platforms. The study concluded that NGAD remained necessary but needed to be redesigned for affordability. That redesign shaped the final competition.

Why Boeing Won

The selection surprised much of the defense world. Lockheed Martin had built every Western stealth fighter in production: the F-22 and the F-35. Boeing had not built a new fighter since the F/A-18E/F Super Hornet entered service in 1999.

According to Air & Space Forces Magazine, the Air Force selected Boeing based on "best overall value." Several factors appear to have contributed.

Digital maturity: Boeing reportedly built a comprehensive digital twin of the F-47 before the prototype existed, allowing engineers to analyze radar signature, maintainability, and manufacturing processes entirely in software.

X-plane heritage: Boeing's DARPA-funded demonstrator had been flying since 2019, giving the company years of real flight data to refine its design before the formal competition began.

Industrial base diversification: As the Washington Post noted at the time, awarding the F-47 to Boeing "diversifies the production of U.S. military jets," reducing the Pentagon's dependence on a single stealth fighter manufacturer.

The contract is worth at least $20 billion for engineering and manufacturing development, according to Breaking Defense, with potential lifetime production orders valued in the hundreds of billions. Northrop Grumman, the only other company that might have competed, dropped out in 2023.

What We Know About the Aircraft

The F-47 is classified. The Air Force released a single artist rendering alongside the March 2025 announcement, but no photographs of the actual aircraft have been made public. The Air Force has, however, disclosed a handful of specific performance parameters through official statements and budget documents.

Range and Speed

In May 2025, General Allvin confirmed that the F-47 will have a combat radius exceeding 1,000 nautical miles and a top speed above Mach 2, as reported by The War Zone. The combat radius is nearly double the F-22's estimated 590-nautical-mile range and substantially greater than the F-35A's roughly 600 nautical miles.

That range reflects the geography of a potential Pacific conflict. A fighter with 1,000-plus nautical miles of combat radius can reach contested areas around Taiwan or the South China Sea from bases in Guam or Japan without tanker support, or at least with tankers positioned much farther from threat zones. The F-22, by contrast, requires extensive tanker support for Pacific operations, and those tankers are themselves vulnerable to long-range Chinese missiles.

Stealth

The Air Force has described the F-47 as featuring "all-aspect, broadband low-observability," meaning reduced radar and infrared signatures from every angle and across multiple radar frequency bands. Some defense analysts have described the F-47's stealth shaping as "bomber-like," according to the National Security Journal, suggesting a design that prioritizes signature reduction over traditional fighter agility.

Propulsion

The F-47 is expected to use a next-generation adaptive cycle engine from the NGAP program. Both General Electric (XA102) and Pratt & Whitney (XA103) are building prototypes, according to congressional budget documents. These "three-stream" engines can switch between high-thrust combat mode and high-efficiency cruise mode, promising roughly 30 percent more range and double the cooling capacity compared to current engines.

The cooling capacity is not a minor detail. Sixth-generation fighters generate enormous heat from their sensors, computers, and electronic warfare systems. Managing that heat without degrading performance or creating a detectable infrared signature is a defining engineering challenge of this generation. Budget documents released in July 2025 revealed the NGAP program has slipped more than two years due to supply chain challenges, per Breaking Defense.

Sensors, AI, and Weapons

Specific sensor details are classified, but the F-47 is expected to carry a significantly more capable suite than any existing fighter. It will fuse electro-optical, infrared, synthetic aperture radar, and signals intelligence data into a single tactical picture, an evolution of the sensor fusion architecture pioneered on the F-35.

AI is central to the design. The aircraft will use edge computing for predictive threat modeling, processing sensor data and recommending tactical decisions faster than a human pilot could manage alone. This capability becomes essential when the F-47 operates as a command node for multiple autonomous wingmen.

No weapons loadout has been officially confirmed. Based on current Air Force procurement programs, analysts expect the F-47 to carry the AIM-260 Joint Advanced Tactical Missile (replacing the AIM-120 AMRAAM), the AIM-174B for long-range engagements, and potentially the AGM-158D JASSM-XR cruise missile for strike missions. All weapons would be carried internally to preserve stealth.

Collaborative Combat Aircraft: The Drone Wingmen

The F-47 is not designed to fight alone. It will operate with Collaborative Combat Aircraft, autonomous drones that fly alongside the crewed fighter as "loyal wingmen." The Air Force envisions each F-47 controlling two or more CCAs that handle sensor coverage, weapons delivery, electronic warfare, or decoy missions.

Two CCA designs are in development. According to Air & Space Forces Magazine, the General Atomics YFQ-42A completed its first flight in August 2025, and the Anduril YFQ-44A (called "Fury") followed on October 31, 2025, flying semi-autonomously. Both are fighter-sized unmanned combat aircraft with internal weapons bays.

The Department of Defense has allocated $8.9 billion between 2025 and 2029 for CCA development, according to budget documents. The Air Force plans to buy more than 1,000 CCAs, roughly two for each F-47 and each F-35A in the fleet.

A flight of four F-47s with eight CCAs creates a twelve-platform formation sharing sensor data and distributing weapons. The CCAs can be sent into the most dangerous threat environments first, absorbing risk that would otherwise fall on crewed aircraft. If a CCA is lost, the cost is measured in dollars, not in pilots. The concept also builds on the broader shift toward autonomous systems that has accelerated from drone warfare lessons in Ukraine and other recent conflicts.

The Cost Problem

Estimated unit costs near $300 million make the F-47 one of the most expensive fighters ever built, roughly three times the cost of an F-35, according to multiple congressional analyses. The Air Force plans to buy approximately 185 aircraft, a fleet size that invites comparison to the F-22, which was capped at 187.

The pattern is familiar. The F-22 was originally planned for 750 aircraft before being cut to 187. The B-2 Spirit was designed for 132 bombers before being cut to 21. Some analysts have warned of a "math death spiral," per 19FortyFive, where rising costs lead to reduced orders, which further increase per-unit costs.

Congressional reaction has been mixed. The FY2025 NDAA cut $30.9 million from the NGAD budget, and the Senate Appropriations Committee recommended redirecting $557.1 million toward the CCA program, as reported by The Aviationist. But the One Big Beautiful Bill Act passed in July 2025 provided $400 million specifically to accelerate F-47 production.

The Air Force's counterargument: if each F-47 operates with two affordable CCAs, the cost per combat-relevant platform drops considerably. One F-47 with two CCAs might cost the same as two or three F-35s while providing more capability. Whether that math holds will determine the program's long-term viability.

The Name: P-47 Thunderbolt and the 47th President

Air Force officials said the "47" honors the P-47 Thunderbolt, one of the most produced American fighters of World War II. The P-47 was a massive, rugged aircraft that excelled at both air combat and ground attack across every theater. After the Air Force became an independent service in 1947, the Thunderbolt was redesignated the F-47, making the modern designation a direct echo of that lineage.

The number also coincides with the founding year of the Air Force as an independent service in 1947, and with the number of the sitting president. Some defense outlets have reported that internal Air Force emails obtained through FOIA requests suggest the historical justification may have been developed after the designation was selected rather than before it, though the Air Force has not commented on this claim.

The Global Sixth-Generation Race

The F-47 does not exist in isolation. At least four other sixth-generation programs are underway, and the competitive dynamics between them are shaping force structure decisions across multiple continents.

Timeline and What Comes Next

The program is moving faster than most expected. According to Air & Space Forces Magazine, the Air Force confirmed within months of the March 2025 award that the first F-47 was already in production and on track for first flight in 2028. Operational capability is targeted for 2029, with initial fielding in the early 2030s.

That timeline is aggressive by historical standards. The F-22 took 14 years from contract award to initial operational capability. The F-35 took even longer. The F-47 aims to compress that schedule through years of X-plane testing, digital engineering, and a deliberate decision to begin manufacturing before all design work is complete.

The War Zone has reported that the Air Force is considering building the program in increments, with multiple versions of the F-47 produced over time, each incorporating new technologies as they mature. This approach, inspired by the "Century Series" fighters of the 1950s and 1960s, would avoid locking the fleet into a single design for decades.

The Real Question

The F-47 is arguably the most ambitious fighter program the Air Force has undertaken since the F-22. It combines stealth, range, speed, AI, and unmanned teaming in a package designed to maintain American air superiority through the 2060s and beyond.

But ambition and execution are not the same thing. The program faces escalating costs, potential schedule delays, congressional scrutiny, and the tension between building the best possible weapon and building enough of them to matter. The F-22's production was cut short not because the aircraft failed but because it was too expensive to buy in the numbers the Air Force needed. The F-47 could face the same fate.

What is clear is that the United States, China, and several allied nations have all concluded that sixth-generation air power is necessary. The investments are too large to be hedged. The F-47 is America's answer. Whether it becomes another F-22, a brilliant aircraft built in insufficient numbers, or something genuinely transformational will depend on decisions that have not yet been made, in a threat environment that is still evolving.

Key Takeaways