Zirong Luo

National University of Defense Technology, Harbin Engineering University

Papers

Total Citations

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About

Zirong Luo is a robotics researcher whose work spans mobile robotics, biomimetic systems, and micro-robotic mechanisms, with particular expertise in designing novel actuation and locomotion solutions for challenging environments. Among his most recognized contributions is a bilaterally-controllable self-locking mechanism for inchworm micro in-pipe robots, which significantly advances traction capability in confined pipeline inspection tasks, earning 16 citations since its 2014 publication. His earlier work on a six-wheeled active self-adaptive suspension system for lunar exploration rovers, published in 2006, demonstrated his ability to blend active reconfigurability with passive adaptability — a creative engineering synthesis that has drawn continued scholarly attention. Luo has also investigated the trench-crossing capabilities of reconfigurable tracked mobile robots, broadening understanding of terrain adaptability in field robotics. More recently, his 2023 research on bio-inspired actuators reflects a growing engagement with wearable robotics and human-machine integration, targeting applications in medical rehabilitation and exoskeleton development. Across his career, Luo's work consistently addresses real-world mobility and mechanical challenges, making his research valuable reading for students interested in field robotics, micro-mechanisms, and next-generation assistive technologies.