Max Robotics — Global Service Robot Directory + US Certification

About

Qingxing Xi is an emerging robotics researcher whose work centers on fault-tolerant locomotion, legged robot design, and motion planning under mechanical failure conditions. His research addresses one of the most critical challenges in field robotics: maintaining stable and functional gait when a robot's joints or legs become compromised during operation. By leveraging Generalized Function (GF) set theory as a foundational mathematical framework, Xi has developed systematic methodologies for designing fault-tolerant gaits in both quadruped and hexapod robots — extending his analysis from single locked-leg scenarios to more complex multi-leg failure conditions. This progression reflects a deliberate and rigorous research trajectory aimed at building robust locomotion strategies for real-world deployment. His most cited work, published in 2022 with 20 citations, established the theoretical groundwork that his subsequent studies have built upon, collectively accumulating over 35 citations across a still-developing body of work. Xi has also contributed to the design of soft-landing control systems for repetitive landers, demonstrating broader interests in mobile robotic platforms. His research holds significant promise for applications in search-and-rescue, planetary exploration, and autonomous systems operating in unpredictable environments.