Oxford Dynamics, a start-up based in Harwell, Oxfordshire, is on a mission to change how hazardous areas are managed with the development of its new robot, Strider. The company has secured a £1 million contract with the Ministry of Defence (MoD) to design, develop, and supply this cutting-edge technology. The Strider robot is designed to operate in environments contaminated by chemicals, biological agents, or nuclear substances, as well as in areas with high radiation levels.
Mike Lawton, one of Oxford Dynamics’ directors, expressed ambitious plans for the future. “Ultimately, we aim to build 100, maybe 1,000, or even 10,000 Strider robots for the benefit of the world,” he said. Lawton emphasized the importance of deploying robots in dangerous situations rather than risking human lives. “Rather than send a human in to deal with potentially deadly substances, let’s send a machine instead.”
The Strider robot, which the company began designing in November, is set to be delivered to the Defence Science and Technology Laboratory by September. This robot is capable of performing tasks such as retrieving contaminated objects and placing them in sealed containers. It is also designed to execute semi-autonomous activities that are challenging for humans encumbered by personal protective equipment.
Equipped with advanced technology, Strider uses infrared, radar, and lidar systems to navigate and operate in challenging and unknown terrains. The company plans to integrate its AVIS AI software—short for A Very Intelligent System, inspired by JARVIS from the Iron Man films—into the robot to enhance its capabilities.
Shefali Sharma, co-founder and director of Oxford Dynamics, sees broader applications for this technology. “If we can get these technologies into the hands of those who genuinely need them, it will be a dream come true as an entrepreneur and as a founder,” Sharma said. She envisions potential adaptations of the Strider technology for use in submarines or fighter jets in the future.
Ewen Davies from Defra praised the progress, stating, “It’s great to see concepts that we’ve discussed internally for a while rapidly taking shape in the form of a highly capable and flexible platform.”
Oxford Dynamics’ innovative approach to hazardous area robotics marks a significant step forward in safety and efficiency, potentially transforming how dangerous environments are managed in the years to come.
