Max Robotics — Global Service Robot Directory + US Certification

About

Wouter Wolfslag is a robotics researcher whose work spans legged locomotion, actuator design, and compliant robot control — fields at the heart of modern efforts to build agile, energy-efficient, and physically safe robots. His early work on clutched elastic actuators (2017, 55 citations) introduced a principled framework for harnessing springs and clutches to dramatically reduce energy consumption in exoskeletons, prostheses, and robotic limbs. Complementing this, his research on parallel elastic actuators advanced optimization techniques for tailoring spring characteristics without restrictive parameterization. In bipedal locomotion, Wolfslag made foundational contributions by rigorously characterizing the viability and controllability boundaries of walking stability (2018, 60 citations), offering tools directly applicable to both robot controller design and understanding human gait. His work on quadruped robots — including impedance-based locomotion controllers (2020, 50 citations), online impedance planning (2019, 35 citations), and loco-manipulation with additional contact points — has helped establish principled approaches to robust operation in unstructured environments. More recently, his research on passive task-space controllers for redundant robots (2023, 20 citations) addresses fundamental challenges in safe human-robot interaction. Collectively, Wolfslag's portfolio reflects a researcher driven by both theoretical rigor and real-world applicability across the robotics stack.