Felix Pancheri
Papers
9
Total Citations
177
H-Index
5
About
Felix Pancheri is a roboticist whose work sits at the intersection of bio-inspiration, soft robotics, and computational design. His primary research focuses on developing adaptive, topology-optimized robotic systems for locomotion and manipulation, with a strong emphasis on quadruped robots and amphibious platforms. Pancheri’s major contributions include the design of compliant, continuum-structure grippers and soft-rigid hybrid legs that enhance environmental adaptability and sealing in complex terrains. His most cited work, “LARG: A Lightweight Robotic Gripper With 3-D Topology Optimized Adaptive Fingers” (85 citations), demonstrates how structural compliance can dramatically improve adaptive grasping. He also pioneered the “TurBot” and “DuckyDog” robots, which integrate variable-stiffness legs and passive fins for seamless land-water transitions. With over 175 total citations across his publications, Pancheri’s impact is evident in his systematic application of topology optimization to create lightweight, durable, and highly functional robotic components. His achievements include developing the first turtle-inspired quadruped with soft-rigid hybrid legs and a spider-inspired wheeled compliant leg for search-and-rescue missions, positioning him as a leading innovator in next-generation, nature-inspired robotics.
Research Focus
Key Achievements
Top Papers
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- 4Design of a spider-inspired wheeled compliant leg for search mobile robots12 citations · 2024
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