715928480-CUAS Tutkimus

Defence seeks additional capacity to detect, track, identify, decide and defeat mass and low-cost threats in a cost-effective manner and without being overwhelmed or exhausting stockpiles. This is particularly acute for deployed land forces, but the problem is applicable to the protection of defence fixed infrastructure in the homeland. Current approaches are constrained by limited magazine depth, high cost-per-engagement, limited manoeuvrability, workforce intensity and the difficulty of adapting capabilities at pace as UAS threats evolve. Based on research, the Authority is particularly interested in capabilities centred on Laser Directed Energy Weapon (LDEW) effectors but is open to submissions relating to credible alternative novel approaches. The scope of Phase 1 is to identify and support organisations to accelerate development of their existing technology towards a final deployable system. It is not intended for the Phase 1 competition to seek delivery of a complete operational C-UAS system. Over later Phases, the Authority’s intent, aligned with their Integrated Procurement Model, is to identify and rapidly mature promising technologies as demonstrable Minimum Viable Products (MVPs). The Authority may then, at its discretion (and the criteria detailed below) select projects to be iteratively developed, integrated and proven as Minimum Deployable Capabilities (MDCs) for an initial operational user group. Capabilities that demonstrate operational benefit may subsequently be developed further for wider adoption as part of a future Programme of Record. Suppliers will be notified of the criteria, selection processes, and competition format as these Phases arise. To address the challenge described above we are looking to deliver an integrated C-UAS force-protection capability capable of autonomous operation, mounted on an Army vehicle. The capability should protect deployed troops against complex and saturation attacks designed to overwhelm existing defences or deplete conventional munition stocks. It should deliver more affordable combat mass against emerging air threats than legacy systems, and should exploit open architectures, platform-generated power, modular design and capable of autonomous operation. The initial threat focus is representative Class 1 UAS and related small aerial threats, including single, repeated, sequential and simultaneous threat profiles. This includes threats intended to disrupt operations, conduct surveillance, target fixed or mobile assets, overwhelm local defences or force the disproportionate use of high-cost munitions. Integration of the capability onto a future uncrewed ground vehicle (UGV) is a planned objective. The solution should provide a scalable pathway towards future Army and Joint Ground-Based Air Defence (GBAD) capabilities as well as considering possible export opportunities.