IN Brief:
- The Ministry of Defence has awarded MBDA and Thales contracts to explore technologies for a new beyond-line-of-sight anti-armour weapon system.
- The requirement forms part of the Army’s Recce Strike modernisation and addresses a capability absent since Swingfire left service more than 30 years ago.
- No missile design, contract value, procurement quantity or entry-into-service date has yet been announced.
The UK Ministry of Defence has awarded MBDA and Thales contracts to explore technologies for a new beyond-line-of-sight anti-armour weapon system, opening an early study phase for a capability the British Army has lacked for more than 30 years.
Defence Readiness and Industry Minister Luke Pollard announced the contracts at DVD 2026 as one of three new procurement developments associated with the Army’s Recce Strike concept. The Ministry of Defence identifies the requirement as restoring a capability absent since Swingfire left service.
The contracts are exploratory rather than a weapon-production award. No contract values, selected missile design, launch platform, range, procurement quantity or fielding date have been announced, and neither supplier has been identified as the preferred bidder for a subsequent acquisition phase.
A beyond-line-of-sight anti-armour system differs from a conventional direct-observation missile because the launcher does not necessarily see the target when the weapon is fired. The engagement instead depends on a chain of sensors, communications and command systems capable of providing sufficiently accurate target information to a firing unit located elsewhere.
That places the requirement within the wider Recce Strike architecture rather than treating it as an isolated guided weapon. The Army model combines improved battlefield surveillance, faster targeting and longer-range effects so that information gathered by one platform can be used by another system to engage a target.
The Defence Investment Plan includes £370 million for Project Asgard, which is intended to connect existing armoured vehicles, drones and other capabilities within that architecture. The MOD is also investing £190 million in short-range ballistic missiles, £400 million in inexpensive one-way attack drones and weapons, and £220 million in Project Nyx for armed autonomous aircraft intended to operate alongside Apache helicopters.
A new anti-armour weapon would have to operate inside those digital arrangements if it is to exploit beyond-line-of-sight range effectively. Target information could originate from reconnaissance vehicles, drones, dismounted teams or other sensors, but the firing system needs confidence that the data remains accurate enough when the target is mobile and potentially concealed among other vehicles or terrain.
Latency becomes increasingly important as engagement distances rise. An armoured vehicle can change position substantially between initial detection and weapon arrival, so a target coordinate generated too early may no longer describe where the vehicle is when the missile reaches the area.
One possible architecture is therefore an in-flight data link capable of receiving updates after launch. Another is a seeker able to search an area around the expected target location and discriminate among objects before the final engagement. The MOD has not said which approach it wants the new system to use, and the current study phase is intended to examine the underlying technologies rather than confirm a configuration.
Launch-platform requirements remain equally open. A missile carried by an armoured vehicle has different size, weight, storage and reload constraints from a weapon intended for dismounted teams, while containerised or remotely deployed launchers create another set of engineering requirements. The Ministry has not disclosed whether it expects one weapon across several launch methods or separate solutions for different formations.
MBDA already has experience in long-range anti-armour weapons, seekers and data links, while Thales brings capabilities spanning sensors, optronics, communications and guided-weapon technologies. Those existing portfolios provide relevant technology for the studies, but they do not establish which current products, if any, will form part of a future British system.
The industrial element is also tied to UK production capability. Pollard linked the newly announced procurements to employment at prime-contractor sites in Bolton and Glasgow and to the government’s wider aim of increasing sovereign defence capacity. A later weapon programme could therefore encompass guidance, electronics, launch equipment and systems integration as well as missile manufacture.
Cost will influence how widely such a capability can be fielded. Extending range and introducing sophisticated seekers or data links can increase the number of engagement options available to commanders, but more complex weapons can also become too expensive to use in the quantities required against large armoured formations.
The study phase has to establish an acceptable balance between range, target discrimination, communications resilience, launcher integration and unit cost. It also needs to consider how the system behaves when satellite navigation, communications or external sensors are degraded rather than assuming an uninterrupted targeting network.
Those questions explain why the current contracts should not be treated as a missile selection. MBDA and Thales are being asked to explore the technologies behind a capability gap inside a broader Army modernisation programme, with the detailed weapon and acquisition model still unresolved.
The next meaningful milestone will be evidence from those studies: a defined architecture, clearer launch and targeting requirements and a decision on how the MOD intends to move into development or procurement. Until then, the significance of the DVD announcement is the formal return of beyond-line-of-sight anti-armour capability to the Army’s funded technology agenda after decades without an equivalent to Swingfire.
