Harumichi Kurumatani

Papers

Total Citations

111

H-Index

About

Harumichi Kurumatani is a pioneering roboticist whose work has fundamentally advanced the field of in-pipe inspection robotics. His primary research focuses on developing novel locomotion mechanisms and integrated systems for navigating complex, ferrous pipe networks. Kurumatani’s most significant contribution is the invention of a dual magnetic wheel mechanism, which for the first time allowed inspection robots to overcome critical mobility limitations, such as turning inside T-shaped junctions and traversing plug valves. His landmark 2002 paper, "Internal pipe inspection robot," which has garnered 101 citations, details this breakthrough mechanism alongside a custom communication and vision system, establishing a foundational design for modern pipe-inspection robots. Earlier foundational work in 1996 laid the groundwork for these concepts, specifically targeting iron pipes. By solving these long-standing mobility challenges, Kurumatani’s research has directly enabled more reliable and comprehensive infrastructure inspection, reducing the need for costly and dangerous manual checks. His work remains a cornerstone reference for engineers and researchers developing autonomous systems for industrial maintenance and civil infrastructure monitoring.