Jingcheng Sun

Papers

Total Citations

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About

Jingcheng Sun is a robotics researcher whose work focuses on advancing the control and stability of mobile manipulators and legged robots, with a particular emphasis on bio-inspired design and human–robot interaction. His most notable contribution is the development of the AeroTail, a novel aerodynamic tail mechanism that uses drag forces—rather than traditional reaction wheels—to achieve robotic balancing. This bio-inspired approach offers a lighter, more efficient alternative for orientation control in jumping and dynamic robots. Sun also led the creation of a standardized evaluation scheme for human–robot teleoperation interfaces (HRTI) for mobile manipulators, addressing a critical gap in usability testing for quadruped manipulators operating in open environments. His work on optimizing aerodynamic drag for balancing has further refined the AeroTail’s performance. With over 19 citations across his top papers, Sun’s research is gaining traction for its innovative fusion of biology and engineering. His achievements include pioneering a drag-based balancing paradigm that could reduce robot mass and complexity, making his work highly relevant for students and researchers in field robotics, teleoperation, and bio-inspired design.