IN Brief:
- A £50 million Defence Growth Deal targets uncrewed systems in Wales.
- Test access and airspace corridors are being widened for industry use.
- Skills capacity is being built alongside facilities.
The UK Ministry of Defence and the Welsh Government have signed a £50 million Defence Growth Deal aimed at turning Wales into a concentrated hub for uncrewed aerial systems and wider autonomous technologies — with testing access, airspace arrangements, and workforce development being treated as a single package.
The agreement was signed at Cardiff Castle on 20 February 2026 by Defence Secretary John Healey MP, Wales’ First Minister Eluned Morgan, and Secretary of State for Wales Jo Stevens. The stated focus is on design, testing, and manufacture of autonomous systems, including uncrewed platforms used for intelligence, surveillance, reconnaissance, and one-way drone roles.
A core element is widening access to MoD test ranges across Wales, including the Aberporth range. In parallel, the partners plan to work with the Civil Aviation Authority and its military counterpart to expand air corridors across central Wales, enabling more routine uncrewed aerial systems trials for both industry and military users.
The deal also targets procurement friction that has historically held smaller suppliers at arm’s length. The MoD says it intends to make it easier for Welsh SMEs to access secure contracts by helping them obtain the necessary clearances and access, reducing reliance on prime contractors as the only route into classified work.
Test infrastructure is a production accelerator
Defence autonomy programmes fail in predictable places: test capacity, certification pathways, and the gap between a prototype airframe and a manufacturable one. Expanding access to ranges and air corridors is an industrial intervention because it shortens the cycle from build to flight data to redesign. For uncrewed systems, where autonomy software and sensing architectures iterate rapidly, the ability to fly often is a direct input to manufacturing readiness.
Range access also supports subsystem suppliers — comms links, flight control electronics, propulsion, payload stabilisation, and safety systems — that need repeatable test conditions to lock down configurations. The more stable those configurations become, the less scrap, rework, and late-stage requalification manufacturers carry into low-rate initial production.
Skills and supply chain depth are being addressed upfront
The partners also plan to establish a Defence Technical Excellence College by September 2027, intended to train the next generation of defence engineers. For aerospace manufacturing, this matters in the unglamorous disciplines: composites lay-up, wiring and harness build, environmental testing, and the documentation and quality assurance load that comes with defence supply.
Wales already holds relevant industrial capability across aerospace and electronics, but autonomy programmes stretch that base into new territory — particularly where airframe production meets safety assurance for autonomy stacks. Training that blends engineering fundamentals with practical exposure to defence compliance regimes is likely to be as important as any single facility upgrade.
If the deal delivers on its test access commitments, Wales gains something harder to buy than funding: time in the air, under controlled conditions, with a pathway to turn prototypes into repeatable builds.
