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John G. Webster is a pioneering figure in biomedical engineering and robotics, best known for his foundational work in tactile sensing and sensory substitution systems. His research centers on developing sensors that replicate or replace human touch, with profound implications for medicine, robotics, and space exploration. Webster’s most cited work, *Tactile Sensors for Robotics and Medicine* (1988, 158 citations), remains a definitive resource, offering a comprehensive review of sensor principles and designs for applications ranging from prosthetic augmentation to nuclear robotics. He also made significant contributions to sensory substitution for space environments, as detailed in his 1987 paper (35 citations), which explores how physical sensors can feed information to different sensory centers of the brain, enabling astronauts and robots to “feel” through gloves or manipulators. Webster’s impact extends through his editorial work on measurement handbooks and his contributions to space robotics, including Spacelab experiments and Space Station technologies. His research has shaped how machines interact with their environment, advancing both assistive technology and autonomous systems. With over 200 citations across his most prominent papers, Webster’s legacy endures in the design of tactile interfaces and teleoperation systems used in extreme environments.