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About

M. van Winnendael is a pioneering figure in European space robotics, whose career has been instrumental in advancing planetary surface mobility. His primary research areas encompass the design, control, and high-speed mobility of planetary rovers, with a particular focus on micro-rovers for Mars exploration. Van Winnendael’s most significant contributions include leading the development of the European Space Agency’s (ESA) ExoMars rover, a cornerstone of the Aurora Exploration Programme designed to demonstrate key technologies like entry, descent, landing, and sample acquisition. His foundational work on innovative micro-rovers, detailed in a series of influential papers from 1998, laid the technical groundwork for Europe’s mobile planetary exploration capabilities. With his most-cited paper, "High‐speed mobility on planetary surfaces: A technical review" (2019, 49 citations), he continues to shape the future of faster surface prospection. His impact is further evidenced by a body of work that has garnered over 200 cumulative citations, reflecting his role as a key architect of ESA’s robotic exploration strategy. Van Winnendael’s legacy is defined by his success in translating advanced mechatronics into robust, flight-ready systems for the most extreme environments.