IN Brief:
- The British Army will receive 72 RCH 155 wheeled howitzers under a nearly £1bn contract awarded through OCCAR.
- Rheinmetall will manufacture weapon-system elements in Telford, while KNDS UK will produce the Boxer drive module in Stockport.
- The order rebuilds UK close-support artillery while tying long-range fires capability to domestic steel, welding, and armoured-vehicle production.
The UK will procure 72 RCH 155 remote-controlled wheeled howitzers for the British Army under a nearly £1bn contract, taking a major step towards rebuilding close-support artillery capacity after transferring AS90 systems to Ukraine.
The Organisation for Joint Armament Cooperation has awarded the contract to ARTEC GmbH, the joint venture between KNDS and Rheinmetall, on behalf of the British Army. The package includes initial training and in-service support, with first deliveries expected in 2028 and a minimum deployable capability planned within the decade.
The industrial workshare gives the programme a substantial UK manufacturing footprint. Rheinmetall will manufacture the weapon-system elements — including the barrel, breech, recoil system, and trunnions — at its large-calibre production facility in Telford, using British steel supplied by Sheffield Forgemasters. KNDS UK will manufacture the Boxer drive module, including the chassis, engine, and drivetrain, in Stockport, sustaining armoured steel welding capacity and supporting skilled employment in the British land-systems base.
The Ministry of Defence expects the programme to support at least 500 British jobs, including 100 new skilled jobs at Rheinmetall’s Telford facility, 100 jobs at KNDS Stockport, and 300 in the wider UK supply chain. Earlier UK funding for an Early Capability Demonstrator and long-lead item procurement gives the Telford facility a clearer production runway.
RCH 155 pairs a 155mm artillery module with the Boxer wheeled armoured vehicle chassis. The system is designed to fire at targets up to 70km away, deliver eight rounds per minute, and redeploy at speeds of up to 100km/h. Its remote-controlled turret allows operation from inside the crew compartment by two soldiers, supporting a shoot-and-scoot model where survivability depends on rapid displacement after firing.
For the British Army, the order fills a gap left by the donation of AS90 self-propelled guns to Ukraine. Archer systems have provided an interim capability, but RCH 155 is intended to become the long-term close-support artillery solution. The platform also places the UK closer to Germany on a shared wheeled artillery path, deepening interoperability under the Trinity House Agreement and creating a common base for training, support, and future development.
The manufacturing load behind modern artillery is far broader than vehicle assembly. Programmes of this type bring together platform production, large-calibre gun manufacturing, ammunition supply, automation, fire-control software, mobility, counter-battery survivability, and secure communications. A howitzer’s operational value depends on the integration of navigation, digital fires networks, ammunition handling, protected crew systems, sensors, and support vehicles.
Across Europe, that production reality is being shaped by a wider rebuild of long-range fires and munitions capacity. Poland’s industrial missile expansion in Hanwha deepens Poland’s missile production push, Estonia’s launcher growth in Estonia adds three Chunmoo rocket launchers, and the long-range fires inventory pressures around PrSM combat debut tests long-range fires model all sit within the same rearmament cycle. RCH 155 gives that trend a direct British artillery production base tied to steel, welding, machining, and vehicle integration.
Ukraine has forced European armies to confront the distance between peacetime fleet structures and wartime consumption. Guns must be survivable, mobile, connected, and available in useful numbers, while ammunition supply has become a strategic bottleneck in its own right. Buying the platform is only the first stage. The UK will also need ammunition depth, maintenance capacity, spare barrels, recovery support, training systems, and digital fires integration to turn the fleet into sustained capability.
The use of Boxer as the mobility base brings its own industrial value. Britain is already committed to Boxer as a major armoured-vehicle family, and using the same chassis for artillery extends the platform ecosystem. Commonality can support training, maintenance, spares, mobility planning, and supplier continuity, though it also concentrates demand on the Boxer industrial chain. If Boxer-family requirements continue to expand, production scheduling, subcontractor capacity, driveline supply, and armoured fabrication throughput will need close control.
Telford’s role in the programme is equally important. Large-calibre gun manufacturing depends on metallurgy, machining precision, heat treatment, proofing, inspection, and long-lead material availability. Bringing barrel and recoil-system work into a UK production facility helps anchor a capability that cannot be rebuilt quickly once lost. Sheffield Forgemasters’ steel supply adds another domestic industrial link, connecting artillery procurement to strategic materials resilience.
The delivery schedule leaves the Army reliant on interim arrangements for several years, and a minimum deployable capability by the end of the decade is only one milestone on the path to a mature fleet. Training, doctrine, ammunition stocks, software integration, support infrastructure, and spares must develop alongside vehicle delivery.
For UK industry, the RCH 155 order turns artillery renewal into factory work. It links German platform design, British steel, Telford gun production, Stockport Boxer manufacturing, and a wider supply chain under one land-systems programme. The measure of success will be how quickly that structure moves from contract award to repeatable output.