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About

Cedric Weibel is a robotics researcher whose work focuses on pushing the boundaries of autonomous mobility in extreme environments. His primary research areas include legged locomotion, planetary exploration robotics, and autonomous logistics over challenging terrain. Weibel's major contributions center on developing novel robotic platforms that can access previously unreachable areas—such as steep planetary craters, caves, and volcanic terraces—where wheeled robots fail. His 2023 paper on legged locomotion for steep planetary terrain (13 citations) laid foundational work for this field. He further advanced the state of the art with the design of multimodal sensor suites for robust autonomy, detailed in his 2025 algorithmic performance study (7 citations). Most notably, Weibel introduced LEVA, a high-payload, high-mobility robot with legged suspension designed for autonomous logistics in agriculture and other rugged landscapes (4 citations). His work bridges the gap between theoretical locomotion algorithms and practical, deployable systems, offering promising solutions for both space exploration and terrestrial applications. Weibel's research is particularly impactful for students and engineers interested in the intersection of mechanical design, control systems, and autonomous navigation in unstructured environments.