Minoru Takata

Okayama University, Okayama University of Science

Papers

Total Citations

151

H-Index

About

Minoru Takata has pioneered the development of miniature and high-force robotic systems for critical infrastructure inspection and disaster response. His primary research areas include in-pipe inspection robotics, snake-like locomotion mechanisms, and hydraulic rescue robots. Takata’s most significant contribution is the invention of the “snaking drive” mechanism, a novel locomotion principle enabling small robots to negotiate pipes of widely varying diameters—a long-standing challenge in pipeline maintenance. His foundational 2004 paper on this topic has garnered 61 citations, while a companion study detailing a miniature inspection robot for variable-diameter pipes has accumulated 54 citations. In parallel, Takata advanced rescue robotics by developing a mobile jack robot powered by a high-pressure hydraulic actuator capable of generating 100 kN force at 70 MPa. His 2005 work on this system, cited 34 times, demonstrates a practical solution for lifting heavy debris in search-and-rescue operations. Through these innovations, Takata has addressed two pressing real-world needs: non-destructive inspection of complex pipe networks and rapid, robust disaster response. His work continues to influence the design of compact, high-performance robots for confined environments.