Katelyn Stone

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About

Dr. Katelyn Stone is a pioneering roboticist whose work centers on soft robotics, reconfigurable systems, and bio-inspired locomotion. Her most influential contribution is the design and experimental validation of FERVOR—the FlexiblE and Reconfigurable Voxel-based Robot—introduced in her 2017 paper. This innovative platform achieves rectilinear locomotion by coupling structural deformation with directional friction, enabling the robot to traverse narrow channels where traditional rigid robots fail. Using only two linear actuators to generate propagating structural waves, FERVOR demonstrates how minimal actuation can produce complex, adaptive motion. With 14 citations, this work has become a foundational reference in the emerging field of voxel-based soft robotics. Dr. Stone’s research elegantly bridges mechanical design and control theory, offering a scalable framework for robots that can morph, squeeze, and reconfigure on demand. Her achievements highlight a vision for future robots that are not only flexible but also capable of navigating the most constrained environments—from disaster rubble to medical conduits—making her a leading voice in the next generation of adaptive, soft-bodied machines.