MARCO HUTTER

Papers

Total Citations

270

H-Index

About

Marco Hutter is a leading figure in legged robotics, renowned for advancing the design and control of highly dynamic, compliant machines. His core research centers on creating robots that can traverse complex, unstructured terrain with speed and efficiency, fundamentally rethinking how robotic legs interact with the world. Hutter’s most significant contribution is the development of StarlETH, a compliant quadrupedal robot introduced in his seminal 2012 paper (234 citations). This platform pioneered the use of high-compliance series elastic actuation (SEA) in a fully actuated quadruped, enabling torque control and robust, high-speed locomotion. By demonstrating that compliance—not just brute force—is key to agile and versatile movement, StarlETH became a benchmark for the field. Hutter also advanced practical deployment with work on automatic foot-eye calibration (2016), a crucial method for ensuring precise foot placement in rough terrain by using a robot-mounted camera. As a professor at ETH Zurich, his work has directly influenced a new generation of resilient, dynamic robots, bridging the gap between theoretical control and real-world hardware.