Project NYX is aimed at addressing a capability gap linked to the British Army’s AH-64E Apache fleet. According to Anduril, modern battlefield conditions require additional systems that can deliver effects over a wider area while increasing the survivability of crewed aircraft.
The Ministry of Defence asked industry to develop a platform that could multiply Apache capabilities while operating under a “command rather than control” concept. Anduril said the aircraft are expected to augment British Army attack helicopters and support new concepts of operation intended to improve lethality and survivability.
Anduril said it is applying experience gained from the YFQ-44A semi-autonomous fighter aircraft program, which the company is developing for the U.S. Air Force. The company stated that the aircraft moved from clean-sheet design to first flight in 556 days.
According to Anduril, it has invested tens of millions of pounds of its own funding in the development of a capability intended for Project NYX. The company said it has already completed test flights of a full-scale surrogate vehicle and has continued to expand the aircraft’s flight envelope.
The company stated that its proposed system is being designed for collaborative mission autonomy, modularity and high performance. Anduril said the capability is intended to support the British Army’s goal of tripling lethality by 2030 and could form part of a future force mix of crewed, reusable and consumable platforms.
Autonomy is central to the proposed system, according to the company. Anduril said collaborative mission autonomy software would allow the aircraft to team with crewed platforms and manage swarms of launched effects while reducing the exposure of crewed aircraft to threats.
The platform will also draw on hybrid-electric propulsion and other technologies from the commercial vertical take-off and landing market. Anduril said the system is being designed to provide speed, range and payload capacity for missions ranging from long-distance self-deployment to operations in contested areas.
The company said the aircraft is intended to be open, modular and interoperable from the start. According to Anduril, this would allow integration of sovereign and third-party sensors and effectors as mission requirements evolve.
Anduril described the program as a sovereign capability built around British engineering, testing and industrial participation. Since its launch in 2019, Anduril UK has grown to more than 100 engineers, designers and specialists, with testing activity taking place at its facility in north Wales.
The company said its UK supply chain supports more than 50,000 British jobs across engineering, development and manufacturing. Anduril stated that its industrial team includes GKN Aerospace, Isembard, Atom Performance Technologies, Flarebright, ISS Aerospace and Rowden Technologies.
GKN Aerospace is expected to contribute manufacturing experience through its team on the Isle of Wight, while Isembard will support distributed production. Anduril said it will continue seeking additional UK partners as the program progresses from prototype development toward production.
Archer Aviation is also involved in the effort, contributing vertical take-off and landing aircraft design experience and hybrid powertrain technology. Anduril said Archer’s decision to establish a UK engineering hub in Bristol reflects additional investment and job creation linked to the program.
According to Anduril, Project NYX is intended to build a stronger British industrial base while supporting future Army aviation requirements. The company said the down-selection represents an important step in its effort to develop the autonomous capabilities, partnerships and production base needed for the program.