Max Robotics — Global Service Robot Directory + US Certification

About

Masahiro Mori is a pioneering roboticist best known for his foundational work in motion planning and rescue robotics. His most influential contribution, the concept of artificial potential fields for robot navigation, was introduced in his seminal 1986 paper "Decision of robot movement by means of a potential field" (60 citations). This work proposed novel ideas like the "state space for a robot" and "oval potential," which have become cornerstones in path planning algorithms, enabling robots to autonomously navigate complex environments by treating obstacles as repulsive forces and goals as attractive ones. Mori also made significant strides in humanitarian robotics with his development of a mobile jack robot for rescue operations (2005, 34 citations), which utilized a high-pressure hydraulic actuator capable of generating 100 kN of force—a practical solution for lifting debris in disaster scenarios. Beyond technical innovations, Mori championed the educational and cultural impact of robotics through his involvement in robot contests, as detailed in his 1997 paper (12 citations). His early work on dynamic pattern recognition using saccadic movement (1969) further demonstrates his long-standing interest in bio-inspired systems. With over 100 combined citations, Mori’s legacy lies in bridging theoretical motion planning with real-world rescue applications, inspiring generations of roboticists to design both intelligent and socially beneficial machines.