Kyle Zampaglione

Tesla (United States), University of California, Berkeley

Papers

Total Citations

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About

Kyle Zampaglione is a robotics researcher whose work centers on bio-inspired actuation, specifically the design and development of novel linear actuators that draw structural inspiration from DNA molecules. His major contributions lie in the creation of compact, high-displacement linear actuators capable of generating significant forces. In his foundational 2016 paper, "DNA-Structured Linear Actuators," Zampaglione introduced a series of mechanisms that mimic the twisting and untwisting action of a double helix, offering a compelling alternative to traditional twisted string actuators (TSAs) by achieving higher displacements in a more compact form. He further advanced this concept in his 2021 work, "Double-Helix Linear Actuators," which refined the design for robotic systems requiring both high force and large displacements. While his citation counts (3 per paper) reflect a niche but growing interest, his work is notable for its elegant synthesis of biological principles and mechanical engineering, offering a promising pathway for soft robotics and compact robotic systems where space and stroke length are critical constraints.