Image: UK MOD © Crown copyright 2024
The UK Ministry of Defence (MoD) has down-selected Anduril UK for the next phase of Project NYX. The British Army programme is developing autonomous collaborative platforms designed to operate alongside AH-64E Apache attack helicopters.
Project NYX targets a recognised capability gap in British Army aviation. While the Apache remains a formidable platform, evolving battlefield conditions demand additional airborne combat mass capable of delivering effects across wider areas and improving crewed platform survivability in contested environments. The programme tasks industry with developing aircraft to augment Apache operations across reconnaissance, target acquisition, and strike missions, operating under a “command rather than control” principle.
As per a recent press statement, Anduril UK has already completed test flights of a full-scale surrogate vehicle and invested tens of millions of pounds in early development. The company is drawing on experience gained developing the YFQ-44A, a semi-autonomous fighter jet built for the United States Air Force (USAF) that progressed from concept to first flight in 556 days.
The platform proposed for NYX will incorporate hybrid-electric propulsion, collaborative mission autonomy software, and an open, modular architecture designed for integration with sovereign and third-party sensors and effectors. Anduril UK states the design directly supports the British Army’s ambition to triple its lethality by 2030 through its planned 20-40-40 force mix of crewed, reusable, and consumable platforms.
Anduril UK has assembled a broad industrial team to deliver the programme. Partners include GKN Aerospace, distributed production company Isembard, Atom Performance Technologies, Flarebright, ISS Aerospace, Rowden Technologies, and Archer Aviation, which is contributing vertical take-off and landing (VTOL) design expertise and hybrid powertrain technology. Anduril UK states its wider supply chain supports more than 50,000 British jobs.
Read more on Anduril’s website














