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About

Pavel Stoudek is a leading researcher in aerial and multi-robot systems, with a primary focus on developing modular, real-world deployable platforms for autonomous unmanned aerial vehicles (UAVs). His major contributions center on the design and validation of the MRS (Multi-robot Systems) modular hardware and software ecosystem, which enables robust operation across diverse indoor and outdoor environments. His most-cited work, "MRS Drone: A Modular Platform for Real-World Deployment of Aerial Multi-Robot Systems" (2023, 37 citations), establishes a foundational architecture for scalable, field-ready aerial robotics. Complementing this, his 2022 paper on MRS modular UAV platforms (18 citations) demonstrates a highly adaptable family of UAVs with swappable actuators, sensors, and frames—minimizing the gap between lab research and practical application. Stoudek has also applied autonomous UAVs to cultural heritage preservation, as seen in his 2021 work on safe historical monument documentation (15 citations), and extended his expertise to robotic manipulation with a 2024 study on online elasticity estimation for material sorting using standard grippers (9 citations). Through his emphasis on modularity, safety, and real-world validation, Stoudek’s work is shaping the next generation of accessible, versatile robotic systems for both aerial and ground-based tasks.