Robin Deuber

Papers

Total Citations

243

H-Index

About

Robin Deuber is a leading figure in mobile robotics, renowned for pioneering work in agile, two-wheeled locomotion. His research focuses on designing robots that combine high-speed mobility with dynamic stability, enabling them to navigate complex indoor environments with unprecedented agility. Deuber’s most celebrated contribution is the development of Ascento, a two-wheeled jumping robot introduced in his highly cited 2019 paper (243 citations). This system revolutionized inspection tasks by demonstrating a robot capable of not only balancing and rolling at speed but also performing controlled jumps to overcome obstacles—a feat previously challenging for wheeled platforms. The work showcased a novel integration of mechanical design and control algorithms, bridging the gap between wheeled efficiency and legged versatility. Beyond Ascento, Deuber’s broader impact lies in advancing the practical deployment of mobile robots for real-world monitoring and surveillance. His achievements have earned him recognition as a key innovator in robotics, inspiring subsequent research into hybrid locomotion systems. For students and researchers, Deuber’s work exemplifies how creative mechanical solutions can unlock new capabilities in autonomous navigation.