British Army AH-64E Apache Attack Helicopters Set to Gain Autonomous Wingman Drones Developed by Anduril UK

Anduril UK has been down-selected by the UK Ministry of Defence for the next phase of Project NYX, a British Army programme to develop autonomous "wingman" drones for the AH-64E Apache, the company announced on 15 May 2026.

The decision places Anduril UK at the centre of a British effort to reshape attack aviation around uncrewed systems, artificial intelligence and distributed combat mass. It reflects a shift in attack aviation doctrine, with the British Army seeking to extend Apache reach, survivability and combat mass in environments increasingly shaped by layered air defences, electronic warfare and autonomous systems.

£10 million and four partners

Project NYX is designed to give the British Army uncrewed air systems capable of operating as loyal wingmen for Apache crews across reconnaissance, precision strike, target acquisition and electronic warfare missions.

According to the Ministry of Defence, the programme has reached a new milestone with a £10 million investment and four selected industry partners: Anduril Industries UK, BAE Systems Operations, Tekever and Thales UK. The MoD plans to assess the designs over the coming months before selecting up to two contenders in autumn 2026 for prototype work, with the aim of fielding an operational variant by 2030 if the prototypes prove successful.

The gap it is meant to close

The British Army's AH-64E Apache remains one of the most capable attack helicopters in NATO service, but the spread of layered air defence systems, electronic warfare, battlefield surveillance and low-cost drones has changed the risk calculus for rotary-wing forces.

Instead of forcing Apache crews to move deeper into threat envelopes to detect, classify and engage targets, Project NYX adds autonomous airborne platforms that extend the helicopter's reach while keeping crews further from first contact. The concept rests on "command rather than control" — the uncrewed aircraft operate within mission parameters without requiring pilots to fly them directly, while lethal decisions remain under human authority.

Collaborative autonomy, not a remote-piloted drone

Anduril's proposed approach is built around collaborative mission autonomy rather than a conventional remotely piloted model. The company says its platform is being designed from the ground up to team with crewed aircraft, manage launched effects, and provide additional combat mass across wider areas of operation. Its concept centres on modular payload integration and long-range hybrid-electric VTOL capability.

That would let Apache formations distribute sensing, targeting, electronic effects and potentially strike functions across a networked system, instead of concentrating risk and decision-making inside a single crewed aircraft. For the British Army it could mean a more survivable aviation force able to penetrate or work around defended areas while multiplying the sensors and effectors available to commanders — part of a broader NATO trend toward distributed combat networks in which crewed aircraft act as command nodes for autonomous systems across the battlespace.