Franklin Rice

Papers

Total Citations

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About

Franklin Rice is a pioneering roboticist whose research focuses on the locomotion and control of tensegrity robots—lightweight, compliant structures composed of rigid rods and elastic cables. His major contributions lie in developing novel control strategies that enable these unique robots to navigate challenging, inclined environments. Rice’s most cited work (41 citations) introduces a teleoperated spherical tensegrity robot capable of robust climbing on steep surfaces through a novel multi-cable actuation scheme. He further advanced the field by applying deep reinforcement learning to tensegrity locomotion under limited sensory inputs (35 citations), addressing the complex nonlinear dynamics that have historically made control difficult. This work has significant implications for space exploration, where tensegrity robots’ resilience and low mass are highly advantageous. Rice’s research bridges hardware experimentation and cutting-edge AI, demonstrating that tensegrity robots can achieve reliable, adaptive locomotion in demanding conditions. His achievements establish him as a leading figure in soft robotics and extraterrestrial vehicle design, inspiring future work in autonomous exploration systems.