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About

Hiroshi Ueno is a prominent space robotics researcher whose career spans over two decades of pioneering contributions to orbital robotics, autonomous systems, and space structure manipulation. His work primarily encompasses robotic capture of non-cooperative satellites, space station locomotion systems, teleoperation control, and planetary exploration robotics. Ueno's most influential contribution — the formulation of contact dynamics and impedance matching for capturing non-cooperative satellites (2004, 149 citations) — established foundational theoretical frameworks, including the concept of virtual mass, that continue to shape satellite servicing and debris removal research. His early teleoperation experiments aboard Japan's Engineering Test Satellite-7 (ETS-7) helped validate on-orbit construction techniques under real spaceflight conditions. He further advanced space robotics through innovative work on brachiating robots, flexible-link manipulator modeling, and laser rangefinder-based vibration estimation for large space structures — capabilities critical for future orbital assembly missions. More recently, Ueno has contributed to synthesizing the global landscape of space robotics and AI (2021), reflecting his broad perspective on lunar, Martian, and asteroid exploration systems. His research portfolio demonstrates a sustained commitment to bridging theoretical robotics with practical space mission requirements, making him a valuable voice in both academic and space agency communities worldwide.