Vladimir D. Yashunskiy

MIREA - Russian Technological University

Papers

Total Citations

H-Index

About

Vladimir D. Yashunskiy is a pioneering robotics researcher whose work centers on modular reconfigurable systems and advanced locomotion control for extreme environments. His most significant contribution is the development of SABER (Step, Assembler, Bridge, Explorer Robot), a heterogeneous modular platform designed for both extraterrestrial exploration and industrial applications. This innovative robot can reconfigure into three distinct modes—monowheel, rail trolley, and walking—making it uniquely versatile for autonomous missions where adaptability is critical. The two foundational SABER papers have garnered 17 and 13 citations respectively, establishing Yashunskiy as a leading voice in modular robotics. He has also tackled the practical challenge of impact damping in walking robots, proposing a novel, low-cost approach using geared servo drives to reduce touchdown overload—a solution that protects affordable hardware during jumps or falls. This work, though newer with 2 citations, addresses a key barrier to deploying legged robots in real-world settings. Yashunskiy’s research elegantly bridges the gap between theoretical modularity and rugged, cost-effective engineering, offering scalable solutions for future autonomous missions on Earth and beyond.