UK selects firms for Apache loyal wingman drones

Seven British‑based companies have been asked to bring forward designs for new helicopter drones that will fly alongside Apache attack helicopters. The Ministry of Defence, with Minister for Defence Readiness and Industry Luke Pollard MP credited on the release, announced the next stage of Project NYX on 24 January 2026, describing the aircraft as ‘loyal wingmen’ for future Army missions. (gov.uk)

Let’s get clear on the term. A loyal wingman is an uncrewed aircraft that takes on the risky or routine jobs so the crewed helicopter can focus on decisions. It might scout a route, find and fix targets, jam enemy sensors or act as a decoy, and in some cases carry weapons under strict rules.

How the control works is important. MOD describes a ‘command rather than control’ model: humans set the task and the safety bounds, then the drone’s onboard software adapts mid‑mission within those limits. That means you decide the goal and the no‑go areas; the machine works out the detail in between. (gov.uk)

Policy matters here. The government’s AI in Defence approach says weapons that identify, select and attack targets must keep ‘context‑appropriate human involvement’, and the UK has no intention of developing fully autonomous weapons. In short, people remain responsible for lethal decisions. (gov.uk)

Who’s been shortlisted? According to the MOD release: Anduril, BAE Systems, Leonardo, Lockheed Martin UK, Syos, Tekever and Thales. After pre‑qualification finished in late 2025, four suppliers are due to be chosen in March 2026 to build concept demonstrators, with initial operations aimed for 2030. (gov.uk)

What this means on the battlefield is mass and resilience without placing a human crew in the most dangerous airspace. The Strategic Defence Review points the Army towards more uncrewed and autonomous capabilities; NYX is one way of doing that alongside the ‘heavy metal’ of tanks and artillery. (gov.uk)

Safety isn’t just a promise; it has a rulebook. JSP 936 sets out how teams across Defence should build dependable AI, from governance and assurance to the level of human oversight a system needs before it goes anywhere near operations. (gov.uk)

Try this thought exercise with your class. You’re configuring two wingman drones to support an Apache at night near a village. You might hard‑limit speed over homes, block weapon release without positive identification from the helicopter crew, and force an immediate return if GPS is jammed. That’s ‘command, not control’ turned into code.

Allies are testing similar ideas. Under AUKUS, the UK, Australia and the US have run trials using AI‑enabled uncrewed vehicles to track targets and share data in real time, with people supervising any strike decisions. These exercises also stress the systems against jamming and laser interference. (gov.uk)

Here’s the civic question. If a drone misidentifies a target inside its authorised bounds, who is accountable-the remote commander, the software team, or the chain of command that approved the safety case? This is why audit trails, clear authorisations and independent tests matter as much as airframes.

Media literacy tip. Press releases highlight benefits and momentum; they rarely dwell on cost growth, delays or test failures. As NYX moves from paper to prototypes, look for independent trials data, safety evidence and training plans before taking claims at face value.

For now, the timeline is a plan, not a guarantee. Watch for the March 2026 down‑select and the first flight tests to see whether ‘command, not control’ holds up in contested airspace, and whether crews find the human‑machine teamwork clear and usable under pressure. (gov.uk)