Heiko Kabutz
Papers
6
Total Citations
103
H-Index
6
About
Heiko Kabutz is a pioneering roboticist at the forefront of insect-scale robotics and bioinspired locomotion. His research centers on developing miniature, shape-morphing robots that can navigate confined and cluttered environments—a critical capability for search-and-rescue and infrastructure inspection. Kabutz’s major contributions include the design of CLARI and mCLARI, a family of modular origami robots that passively adapt their body shape to squeeze through narrow gaps, achieving omnidirectional terrain-adaptive locomotion. His work on mCLARI (2023, 17 citations) demonstrated a 20mm, 0.97g quadruped capable of unprecedented maneuverability in laterally confined spaces. Beyond hardware, Kabutz investigates biological principles of robust locomotion, as shown in his study of how flies compensate for wing damage (2022, 26 citations), offering insights for fault-tolerant robot design. He has also advanced microactuation technology through femtosecond laser-fabricated Nitinol hinges (2024, 16 citations) and integrated piezoelectric actuators with proprioceptive sensing (2025, 7 citations). With over 100 cumulative citations and multiple first-author papers in top venues, Kabutz is shaping the future of agile, resilient microrobots that bridge the gap between biological adaptability and engineered systems.
Research Focus
Key Achievements
Top Papers
- 1Design of CLARI: A Miniature Modular Origami Passive Shape‐Morphing Robot26 citations · 2023
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- 5Design of CLARI: A Miniature Modular Origami Passive Shape‐Morphing Robot11 citations · 2023
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