Defence scientists, in collaboration with industry pioneers and academic institutions, are advancing a new suite of autonomous tools aimed at protecting lives by replacing humans in hazardous situations involving chemical, biological, radiological, or nuclear threats.
The initiative, which is funded with more than £2m from the Defence Science and Technology Laboratory (DSTL) and the Department for Environment, Food and Rural Affairs (DEFRA), brings together innovators from Oxford Dynamics, Createc, Autonomous Devices, and the University of Bristol. Their goal is to create a versatile set of robotic technologies, referred to as a “golf bag” of robotics, designed to operate in environments that pose significant risks to human life.
These advanced technologies are being developed to address challenges in defence, security, and environmental remediation. DEFRA plans to utilise these tools for environmental recovery and decontamination tasks. The project is expected to support the creation of more than 100 specialist jobs.
Oxford Dynamics has created a tracked machine, named Strider, which is designed to autonomously assess and collect samples in hazardous environments. Using advanced AI and robotics, Strider will be capable of detecting objects, evaluating surface conditions, and estimating the weight of materials to optimise the sample collection process.
Autonomous Devices has developed a multi-directional drone equipped with a swabbing system to detect contamination in hard-to-reach areas, such as high windows. This drone may also be used to apply decontamination sprays in these difficult environments.
Createc has introduced a sophisticated robot control software system, enabling a fleet of autonomous vehicles, including drones, robot dogs, and four-wheeled robots, to gather samples and data.
These robots are capable of remote control when needed and are equipped with the ability to navigate stairs, open car doors, and use tools, making them adaptable for various emergency scenarios.
Meanwhile, the University of Bristol is pioneering an un-crewed ground vehicle equipped with a robotic arm. This vehicle, in combination with a tethered drone, will be used for decontamination operations, particularly in situations that require reaching various heights for spraying.
These developments represent a significant leap forward in the application of robotics and AI in both defence and environmental sectors, offering innovative solutions to previously insurmountable challenges in dangerous environments.
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