DASA invests £2.5m in Drone Swarm Technology

This week at DPRTE, Dr Lucy Mason, Head of the Defence and Security Accelerator announced its largest single contract to date, focusing on drone swarm technology. A consortium led by Blue Bear Systems Research was awarded the contract as part of the ‘Many Drones Make Light Work’ project.

Advances in drone technology offer potential capabilities across a range of functions including situational awareness, medical assistance, logistics and explosive ordnance detection.

Minister for Defence Procurement Stuart Andrew said:

The MOD continues to invest in pioneering technology that enhances capability, reduces risk to personnel and enables us to better perform our tasks. Drone swarm technology can revolutionise how we conduct intelligence gathering, humanitarian aid, disposal of explosives and supply our troops on the battlefield.

Head of DASA Lucy Mason said:

I am delighted that defence funding has enabled the creation of a collaboration from across industry sectors that will evaluate the latest thinking in swarming drone systems. We are committed to driving innovation through creating partnerships and collaboration, harnessing the best ideas and innovative thinking for UK defence and security.

Blue Bear Systems Research Ltd, a world leader in autonomous system solutions, will act as the consortia lead and system integrator, with IQHQ, Plextex, Airbus and the University of Durham as part of the contracted team. Each organisation brings a crucial technology and skill set to the team in this 18-month ‘integration concept evaluation’ phase which will culminate in live flight demonstrations to the military.

Managing Director, Blue Bear Systems, Ian Williams-Wynn said:

The ability to deploy a swarm of low cost autonomous systems delivers a new paradigm for battlefield operations. During this project we will deploy next generation autonomy, machine learning, and AI to reduce the number of operators required, the time it takes to train them, and the cognitive burden on any operator during active operations. This allows very complex swarm-based missions to be performed simultaneously against single or multiple targets in a time sensitive and highly effective manner.

Currently, operational systems require one or more operators to pilot the aircraft or to closely manage the flight mission. This is manpower intensive and consumes time and resource to train operators.

The UK Armed Forces are actively seeking robotic solutions to provide a ‘Force-Multiplier’ effect whereby a greater military capability is delivered by fewer people and equipment. The swarm system is one possible solution to this multiple domain requirement as it will cover larger areas of battlespace more quickly at lower cost and reduced man hours. It also removes the operator from potentially harmful situations.

The future project phase will seek to establish a more ‘self-sufficient’ UAS swarm, providing the military with the ability to operate in increasingly complex and contested environments. Effective Human Machine Teaming will remain at the core of this research to ensure that the human remains firmly in control of the system.

  • Dan Patefield

    Dan Patefield

    Programme Manager | Defence and Cyber
    T 020 7331 2165

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