Introduction

The F-47 fighter jet is one of the most ambitious military aviation projects in development in the United States. Designed for the US Air Force, this next-generation aircraft is expected to introduce advanced stealth, longer range and f-47 fighter closer coordination between crewed fighters and autonomous drones.

For readers following Airlinesnews and F-47 fighter jet news, the aircraft represents a major development in the future of military aviation. Boeing received the contract to develop the F-47 in March 2025 under the Next Generation Air Dominance (NGAD) programme. As of October 2026, the programme remains in development, with the first flight targeted for 2028. <Cite refs={[“turn416024search1″,”turn416024search4″,”turn416024search9”]}/>

Although many technical details remain classified, the F-47 is intended to help the United States maintain air superiority in increasingly complex combat environments.

What Is the F-47 Fighter Jet?

The F-47 is a planned sixth-generation crewed combat aircraft being developed by Boeing for the US Air Force. It is the central crewed component of the NGAD programme, which aims to create an integrated network of aircraft, sensors and uncrewed systems.

Unlike conventional fighter development programmes that focus primarily on the aircraft itself, NGAD takes a broader approach. The F-47 is expected to operate alongside Collaborative Combat Aircraft (CCA), which are uncrewed platforms designed to support crewed aircraft during missions.

The US Air Force selected Boeing to lead the aircraft’s engineering and manufacturing development in March 2025. The programme builds on years of research into advanced aircraft designs and technologies. <Cite refs={[“turn416024search1″,”turn416024search5”]}/>

F-47 Fighter Jet Latest News in 2026

First Flight Targeted for 2028

One of the most significant F-47 developments is the planned first flight in 2028. In September 2026, reporting from Aviation Week indicated that the Air Force and Boeing were progressing with the aircraft’s design and continuing to work toward the target. <Cite refs={[“turn416024search4”]}/>

The programme has entered its engineering and manufacturing development phase, which involves refining the design, integrating systems and preparing aircraft for testing. The timeline remains a target rather than a guarantee, as complex military aircraft projects can face technical and scheduling challenges.

Boeing Advances Aircraft Development

Boeing is responsible for developing the F-47 following its selection by the US Air Force. The company is working with military officials and industry partners to bring together the aircraft’s airframe, propulsion, software and mission systems.

The programme benefits from experimental aircraft research carried out before the official contract award. According to the Defense Advanced Research Projects Agency (DARPA), experimental X-planes associated with this research first flew in 2019 and 2022, helping demonstrate technologies relevant to the NGAD effort. <Cite refs={[“turn416024search5”]}/>

Planned Replacement for the F-22 Raptor

The F-47 is intended to replace the F-22 Raptor as the US Air Force’s future air-superiority fighter. The F-22 remains a highly capable fifth-generation aircraft, but the Air Force is preparing for future threats involving increasingly sophisticated radar systems, air defences and long-range weapons.

The F-47 is being designed with adaptability and long-term modernisation in mind. Its development reflects the military’s view that future air combat will depend on coordinated networks of crewed aircraft, autonomous platforms and advanced information systems. <Cite refs={[“turn416024search0″,”turn416024search7”]}/>

F-47 Fighter Jet Specifications and Expected Performance

Because the F-47 remains under development, a complete set of verified specifications has not been released publicly. Some performance figures have been discussed by US Air Force officials, but they should be understood as programme targets rather than independently verified operational results.

Speed and Range

Air Force statements and specialist reporting indicate that the F-47 is expected to exceed Mach 2 and achieve a combat radius of more than 1,000 nautical miles. These projected capabilities would support missions over greater distances than many existing fighters can cover without additional support. <Cite refs={[“turn416024search3”]}/>

Longer range is particularly important in the Pacific region, where military aircraft may need to operate far from established bases. The aircraft’s final performance will depend on its production configuration, mission profile and operational conditions.

Stealth Technology

Advanced stealth is expected to be a defining feature of the F-47. Its design aims to reduce its detectability by opposing radar systems and improve its ability to operate in heavily defended airspace.

Stealth is not the same as complete invisibility. Detection depends on factors such as radar frequency, sensor placement, aircraft configuration and operating conditions. The F-47’s exact radar signature and other sensitive technical details have not been publicly confirmed.

Advanced Sensors and Computing

The F-47 is expected to use sophisticated sensors and digital systems to collect, process and share information. Such technologies can help pilots develop a clearer understanding of the operational environment and coordinate with other aircraft.

The effectiveness of these systems will depend on reliable software, secure communications and successful integration with other platforms.

How the F-47 Will Work With Autonomous Drones

A major feature of the NGAD concept is human-machine teaming. Instead of relying entirely on a single fighter, the US Air Force plans to combine crewed aircraft with Collaborative Combat Aircraft and other connected systems.

These uncrewed aircraft could perform supporting roles such as surveillance, carrying additional sensors or providing other mission capabilities. The exact roles, levels of autonomy and operational arrangements will depend on the systems developed and approved for service.

The F-47’s pilot is expected to coordinate with these supporting platforms through integrated mission systems. This approach could expand the amount of information and operational flexibility available to a crewed fighter without requiring every task to be performed by the pilot.

F-47 vs F-22 Raptor and F-35 Lightning II

The F-47, F-22 and F-35 serve different roles in the US military’s broader airpower strategy.

The F-22 is designed primarily to establish control of the air, while the F-35 combines stealth with multirole capabilities, including strike and intelligence functions. The F-47 is intended to build on lessons from both aircraft while addressing future operational requirements.

Direct performance comparisons remain difficult because the F-47 has not completed flight testing and many of its capabilities are classified.

How Much Will the F-47 Fighter Jet Cost?

The cost of the F-47 depends on several factors, including development spending, production quantities, engines, mission systems and long-term maintenance.

In March 2025, the development contract was widely reported as being worth approximately $20 billion. That figure relates to the development effort, not the final cost of purchasing and operating an entire fleet.

The programme will also require investment in testing, infrastructure, training and future upgrades. The eventual price per aircraft and total lifecycle cost will become clearer as the programme progresses and more procurement information is released.

When Will the F-47 Enter Service?

The F-47’s first flight is targeted for 2028, while operational service is expected in the early 2030s if development and testing proceed according to current plans. These milestones are subject to change as the programme moves through testing, evaluation and production preparation. f-47 fighter Before entering operational service, the aircraft will need to demonstrate that its flight characteristics, mission systems, propulsion and safety features meet military requirements. It must also be integrated with the wider NGAD network.