Max Robotics — Global Service Robot Directory + US Certification

About

Shinobu Makita’s research career is defined by a fascinating intersection of disaster response robotics and bio-inspired locomotion. Makita made early contributions to rescue robotics, notably with work on robots deployed at the World Trade Center (2003, 15 citations), a study that highlighted the critical role of robotics in catastrophic urban environments. This foundational work in disaster response is complemented by a deep, systematic investigation into quadrupedal locomotion, specifically the development of horse-type robots. Makita’s major contributions include the analysis of equine gait, muscle, and tendon structure to inform robotic design, leading to the creation of the quadruped robot PONY. By studying the energy-storing function of tendons in a trotting horse, Makita advanced the realization of more natural, efficient trot gaits in machines. This work is detailed across multiple publications (2003, 9 and 2 citations). Further demonstrating versatility, Makita also explored robot arm kinematics, proposing novel evaluation methods using polyhedral velocity mappings (2002, 3 citations), and applied robotics to medical training, developing a leg robot to simulate knee joint torque for physical therapist students (2005, 3 citations). Makita’s career bridges practical disaster response with elegant biological mimicry, leaving a distinct mark on both field robotics and biomechatronics.