Fabio Comi

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About

Fabio Comi’s research lies at the intersection of space robotics, flexible manipulator dynamics, and advanced control systems. His most influential work centers on the modelling, validation, and control of the DELIAN flexible manipulator developed for the European Space Agency (ESA). In his landmark 2019 paper, Comi developed a comprehensive numerical model that accounts for both joint and link flexibility—a critical challenge in space robotics where lightweight structures are essential. By identifying structural parameters through experimental tests on the actual robot, he ensured his model accurately reflects real-world behavior, bridging the gap between simulation and application. This work has garnered 8 citations and stands as a key reference for researchers tackling flexible manipulator control. Comi’s contributions are vital for advancing autonomous space operations, where precise manipulation in microgravity demands robust, validated models. His achievements highlight a rare blend of theoretical modelling and hands-on experimental validation, making his research both practical and pioneering. For students and engineers exploring space robotics, Comi’s work offers a clear roadmap for addressing the complexities of flexible systems in extreme environments.