Papers
14
Total Citations
174
H-Index
7
About
Florian Loeffl is a leading researcher in legged robotics, specializing in the design and control of compliantly actuated systems for dynamic locomotion. His work centers on harnessing mechanical elasticity—through series-elastic actuators and viscoelastic joints—to achieve efficient, robust, and safe walking and running in both quadrupeds and bipeds. Loeffl’s major contributions include pioneering the embodiment of the spring-loaded inverted pendulum (SLIP) model into articulated legs, as demonstrated in his most-cited paper (44 citations) on dynamic locomotion gaits for the DLR quadruped. He also advanced passive impedance control via inner-loop torque methods (25 citations) and developed the DLR C-runner, a highly efficient running platform (24 citations). His research has shown how to exploit intrinsic elastic dynamics for optimal and robust walking without high-bandwidth torque control, with key experiments on the DLR Quadruped bert in rough terrain (15 citations). Loeffl’s work has garnered over 150 citations, and his achievements include designing novel humanoid leg kinematics with oblique axes and establishing performance limits for articulated soft robots. His insights are foundational for next-generation robots that move with the agility and energy efficiency of animals.
Research Focus
Key Achievements
Top Papers
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- 3The DLR C-runner: Concept, design and experiments24 citations · 2016
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