Northrop Grumman has introduced a new uncrewed combat aircraft called Project Talon, presenting the aircraft as an autonomous combat drone designed from the outset to be built far faster and at a much lower cost than previous concepts.
Developed with subsidiary Scaled Composites, Talon reflects a deliberate shift in Northrop’s strategy for the US Air Force’s Collaborative Combat Aircraft initiative, emphasizing manufacturability and affordability as much as performance. Northrop revealed the prototype during a December 3, 2025 event at Mojave Air and Space Port in California.
The Air Force set an affordability target on equal footing with performance in the opening round of the CCA program. Northrop’s original Increment 1 design offered strong technical capability, but it was more complex and costly than competing proposals. As a result, initial awards went to General Atomics and Anduril. Project Talon signals a full reset in Northrop’s approach.
The aircraft moved from program start to “weight on wheels” in 15 months, an unusually short timeline for a jet-powered, low-observable airframe. Northrop and Scaled Composites designed Talon to show that they can field an advanced aircraft on timelines closer to commercial prototyping cycles than to traditional military development programs. The companies expect the first flight to take place in roughly nine months, keeping the program within a two-year development window.
Several engineering decisions point to that goal. Talon uses a fully composite structure, a major factor in reducing weight by about 1,000 pounds compared to Northrop’s previous CCA design. The team also focused on manufacturability, reducing the total number of parts by roughly half and cutting construction time by about 30%. These changes highlight the Air Force’s expectation that future autonomous aircraft must be produced in meaningful quantities and replaced quickly as needed.
The aircraft’s external configuration suggests an emphasis on survivability and flexibility. Talon features a long, narrow fuselage, a shovel-shaped nose, a dorsal trapezoidal inlet feeding a single turbofan engine, and sharply canted V-tails. The lambda-shaped wing and sawtooth panel edges indicate a focus on reducing radar observability, especially from the front. A large panel on the underside may accommodate an internal payload bay, though Northrop has not confirmed specific mission configurations.
FAA registry data lists the aircraft as Model 444 under registration N444LX, consistent with Scaled Composites’ naming conventions for prototypes. Northrop has not disclosed performance specifications, engine details, or projected unit cost, and officials emphasized that Talon is not formally tied to any ongoing procurement program. Even so, the aircraft has drawn interest from multiple US services and from international partners who are evaluating options for autonomous teaming systems.
The unveiling of Project Talon comes amid heightened activity across the CCA landscape. Lockheed Martin, Boeing, General Atomics, Anduril, and others are advancing designs aimed at the Air Force’s next phase of the program, expected to begin in fiscal year 2026. Talon puts Northrop back in the mix while also showing that the company can move faster and build advanced aircraft at a cost that keeps it competitive.
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