Max Robotics — Global Service Robot Directory + US Certification

About

Jianheng Mao is a rising researcher in the field of space robotics, specializing in the control of free-flying flexible-joint space robots (FFSRs). Their work focuses on solving critical challenges in on-orbit servicing, particularly the safe capture of faulty satellites. Mao’s major contributions include the development of a predefined-time impedance controller that enables force sensor-less target capturing with prescribed performance, addressing output constraints and flexible-joint dynamics. This work, published in 2024, has already garnered 13 citations, highlighting its immediate impact. Additionally, Mao has proposed a finite-time adaptive controller for trajectory tracking under actuator saturation and sudden disturbances, as well as an adaptive nonlinear disturbance observer-based integral terminal sliding mode controller for 3D space operations. These contributions advance the robustness and precision of space robot manipulation in unpredictable orbital environments. Mao’s research is notable for integrating performance constraints, actuator saturation, and disturbance rejection—key issues for real-world space missions. With a growing citation record and a focus on practical, high-stakes applications, Jianheng Mao is establishing themselves as an important voice in the future of autonomous space robotics.