Anton Feshin

Papers

Total Citations

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About

Anton Feshin is a robotics researcher whose work centers on the design, control, and stabilization of mobile robotic platforms, with a particular emphasis on high-mobility locomotion systems. His major contributions lie in solving the fundamental challenge of self-stabilization for walking robots, most notably through the development of the AnyWalker platform. This robot features a novel chassis design that enables dynamic self-stabilization of its center of mass, allowing it to traverse obstacles and navigate challenging terrain with high cross-country capability. Feshin’s research also extends to universal chassis systems for robotic mobile platforms, addressing stabilization problems that are critical not only for ground robots but also for aircraft and ship stabilization. His work at the Kuban State University’s robotics and mechatronics laboratory has produced foundational designs for robust, self-balancing locomotion. While his most-cited papers have garnered modest early-career citation counts (5 and 4 citations respectively), they represent important steps in practical, hardware-focused robotics engineering. Feshin’s achievements demonstrate a hands-on approach to solving real-world mobility and stability problems, making his research valuable for students and engineers developing next-generation walking and mobile robots.