Adapting conventional robotic systems to harsh operating conditions typically involves significant engineering complexity, substantial additional costs and highly customised solutions for each specific application, limiting their versatility and scalability.

Fluid Wire Robotics has developed a fully electric, modular robotic manipulator capable of operating in extreme environments, including high-radiation areas, vacuum conditions, high temperatures, underwater environments, and locations considered too hazardous for human operators.

The company’s breakthrough lies in its architecture, which delivers exceptional reliability by relocating all electrical and electronic components – including motors and sensors – from inside the robotic arm to a remotely deployable external control unit. Power is transmitted from the external unit to the robot’s joints through proprietary Fluid Wires: fluid-based transmission systems developed by the company.

This architecture makes the robotic arm exceptionally lightweight, fast, and capable of delivering highly accurate programmable forces. By eliminating electrical and electronic components from the arm itself, it effectively becomes an “empty structure”, free from elements that could trigger explosions, be damaged by radiation, or suffer from overheating, making it ideally suited for operation in the world’s most demanding environments.