Yusuke Sakai

Tohoku University, Sony Computer Science Laboratories

Papers

Total Citations

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About

Yusuke Sakai is a pioneering roboticist whose work bridges aerial robotics and transformable structures, pushing the boundaries of how robots interact with complex environments. His most impactful contribution, "Development and Experimental Validation of Aerial Vehicle With Passive Rotating Shell on Each Rotor" (2019, 54 citations), addresses a critical challenge in drone navigation: collision resilience. By equipping each rotor with a passive rotating shell, Sakai’s design allows aerial vehicles to bounce off obstacles and recover mid-flight, enabling safe operation in cluttered, unpredictable spaces—a breakthrough for search-and-rescue and industrial inspection. More recently, Sakai has ventured into modular robotics with "Frustration-driven Snap-through in Snapology" (2025), introducing a transformable system based on Snapology origami. This work uses rhombic and triangular modules with constrained fold directions to achieve rapid, frustration-driven shape changes, offering a novel framework for reconfigurable structures. Though still nascent, this research hints at future applications in deployable shelters or adaptive machinery. With his dual focus on practical resilience and theoretical elegance, Sakai exemplifies innovation in robotics—combining mechanical ingenuity with rigorous validation to solve real-world problems.