M. Kamata
Papers
5
Total Citations
130
H-Index
5
About
M. Kamata is a leading researcher in bio-inspired robotics, specializing in peristaltic crawling mechanisms for narrow-pipe inspection and maintenance. Their work focuses on developing earthworm-type robots that navigate challenging environments—such as 1-inch diameter gas pipes and flexible residential ventilation ducts—where traditional wheeled or snake-like robots fail. Kamata’s major contributions include the design of pneumatically driven robots that mimic earthworm locomotion, enabling them to actively exert propulsive and tractive forces using a linear antagonistic mechanism. Their most cited paper (2018, 58 citations) demonstrates a robot capable of inspecting 1-inch pipes, while subsequent work (2019, 28 citations; 2017, 18 citations) addresses cleaning of curved residential ducts to prevent health hazards from dust accumulation. Kamata’s innovations have achieved over 130 total citations, with notable achievements including the development of PI-RO, a flexible pipe inspection robot that comprehensively evaluates traveling performance (2021, 15 citations). Their research is critical for preventing accidents in infrastructure and ensuring safe water and gas supply, making them a key figure in advancing practical, bio-inspired robotic solutions for real-world inspection and cleaning tasks.
Research Focus
Key Achievements
Top Papers
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