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About

Zhongqi Xu is an emerging robotics researcher whose work sits at the intersection of bio-inspired locomotion, dynamic modeling, and robotic inspection systems. Drawing inspiration from nature's most agile creatures, Xu has established a focused research agenda centered on understanding and replicating the extraordinary movement capabilities of quadruped animals — most notably the cheetah — to advance the design of high-performance robotic systems. Xu's most recognized contribution, a 2021 study on cheetah high-speed locomotion using digital reconstruction techniques, has garnered 5 citations and offers foundational insights into the biomechanical principles that enable the world's fastest land animal to achieve its remarkable speeds. This work directly informs the development of agile quadruped robots, a theme Xu continues to explore through dynamic modeling of robots with flexible spines, examining flying gait characteristics that push robots toward greater speed and agility. Beyond legged locomotion, Xu has also contributed to the field of robotic inspection, authoring a review on wire rope inspection robots that broadens the practical scope of their research portfolio. Though still early in their career, Xu's multidisciplinary approach — bridging animal biomechanics, flexible-body dynamics, and real-world robotic applications — positions them as a promising voice in next-generation robotics research.