Y. Crausaz

Papers

Total Citations

135

H-Index

About

Y. Crausaz is a pioneering figure in planetary robotics, best known for advancing wheeled locomotion in extreme terrains. Their research focuses on autonomous mobile robots and innovative rover designs for unmanned space missions, particularly addressing the challenge of navigating rough, uneven planetary surfaces. Crausaz’s most influential work, “An Innovative Space Rover with Extended Climbing Abilities” (2000), has garnered 131 citations, establishing a foundational concept for high-mobility wheeled rovers. This paper introduced a passive locomotion architecture that dramatically improved a rover’s ability to traverse obstacles and slopes without active control, a breakthrough that has informed subsequent Mars and lunar rover designs. A related study, “Innovative Concept for Wheeled Locomotion in Rough Terrain” (2000), further refined these ideas, emphasizing off-road capability and structural simplicity. Crausaz’s contributions have been instrumental in shifting rover design from rigid, active systems to more resilient, passive mechanisms, directly impacting the development of vehicles like the SHRIMP rover. Their work remains a key reference for researchers in field robotics and space exploration, demonstrating how clever mechanical design can overcome the harshest environmental constraints.