Jan Hinder

Papers

Total Citations

119

H-Index

About

Jan Hinder is a leading roboticist whose research focuses on dynamic legged locomotion and its application to extreme environments, particularly space exploration. His most influential contribution is the development of **SpaceBok**, a quadrupedal robot designed to navigate low-gravity celestial bodies like asteroids and the Moon. In his seminal 2019 paper (119 citations), Hinder introduced a robot with a hip height of 500 mm and a mass of 20 kg—comparable to a medium-sized dog—featuring a specialized leg configuration that enables bounding and hopping gaits. This work has fundamentally advanced the understanding of how legged systems can achieve stability and mobility in reduced gravity, offering a promising alternative to traditional wheeled rovers. Hinder’s research bridges robotics and planetary science, demonstrating that dynamic locomotion can overcome the challenges of uneven, low-gravity terrain. His achievements have garnered significant attention, with SpaceBok serving as a testbed for future missions. By pushing the boundaries of bio-inspired robotics, Hinder is shaping the next generation of autonomous explorers for the solar system.