Papers
15
Total Citations
90
H-Index
7
About
Kojiro Iizuka is a robotics researcher whose work spans planetary exploration robotics, autonomous systems, and field robotics applications. His career has been defined by a persistent focus on how robots can navigate challenging terrains — from the regolith-covered surfaces of the Moon to steep earthbound slopes — making fundamental contributions to our understanding of robot mobility under diverse physical conditions. Iizuka's most influential contributions lie in lunar and planetary rover design, where his investigations into wheel geometry, elastic wheel characteristics, and soil interaction mechanics have helped address the critical problem of rovers becoming stuck on soft, granular terrain. His 2006 and 2008 studies on wheeled lunar robot forms, each accumulating over seven citations, remain referenced works in space robotics. His 2019 research on variable wheel-base robots and subsidence effects further extended this trajectory. Beyond space applications, Iizuka has demonstrated impressive breadth — developing a trimmer-based robotic mowing system for slopes, studying animal-robot behavioral interactions with soldier crabs, and even engineering a competitive curling robot capable of challenging human players. His 2023 work on legged rovers and bearing capacity signals continued relevance in next-generation planetary exploration. Across more than two decades, Iizuka's research reflects a creative, application-driven approach to solving real-world robotic mobility challenges.
Research Focus
Key Achievements
Top Papers
- 1Development of the trimmer-type mowing system against a slope12 citations · 2016
- 2Study on Wheel of Exploration Robot on Sandy Terrain12 citations · 2006
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- 5A study of locomotion mechanism based on gravitational environment8 citations · 2005
- 6Study on wheeled forms of lunar robots for traversing soft terrain8 citations · 2008
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- 10The Effect of Mobile Robot on Group Behavior of Animal3 citations · 2012