Long Qiao

Nanjing University of Aeronautics and Astronautics

Papers

Total Citations

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About

Long Qiao is an emerging robotics researcher whose work sits at the compelling intersection of biomimetics, locomotion engineering, and space exploration. His research focuses on designing biologically inspired robotic systems capable of navigating the challenging terrains of planetary surfaces, particularly Mars and the Moon. Drawing on the locomotion mechanics of lizards and multi-toed quadrupeds, Qiao has pioneered novel rover architectures that address one of the most persistent vulnerabilities of current Mars missions: immobilization in unexpectedly weak or loose soil. His landmark paper on the lizard-inspired Mars rover (2023, 17 citations) demonstrated how nature's evolutionary solutions can be translated into resilient, adaptive robotic platforms for extraterrestrial environments. Building on this, his bionic multi-toe quadruped design (2022, 15 citations) expanded the conceptual framework for legged planetary rovers, offering promising alternatives to conventional wheeled systems. His continued refinement of biomimetic lizard robotics (2024, 9 citations) underscores a sustained commitment to advancing Mars surface mobility. With over 40 combined citations across just three recent publications, Qiao is rapidly establishing himself as a distinctive voice in planetary robotics and biomimetic engineering.