ROBO WORM

ROBO WORM is a biomimetic robot inspired by the locomotion of a caterpillar. The movement of its individual segments is generated through the controlled magnetization of metal rings integrated into a flexible silicone body, enabling highly adaptive and efficient mobility.

Thanks to its innovative propulsion concept, ROBO WORM can navigate extremely uneven terrain, confined ducts, and narrow shafts. Where conventional mobility systems reach their limits, its worm-like structure allows reliable movement through complex and difficult-to-access environments.

A distinctive feature of the system is its dual sensor heads located at both ends of the robot. This enables ROBO WORM to move in either direction without turning around—an important advantage in confined spaces and pipe networks.

For inspection and documentation tasks, the robot is equipped with cameras and additional sensors. Image, audio, and sensor data can be transmitted in real time or stored for later analysis, making ROBO WORM particularly suitable for inspection, maintenance, and monitoring applications in hard-to-reach environments.

Designed in 2014
Awarded