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About

Steven Ford is a leading roboticist whose work bridges bio-inspired design and space exploration. His primary research areas include series elastic actuation, modular snake robots, and planetary sampling systems. Ford’s most significant contribution is the design and architecture of the SEA Snake, a series elastic snake robot detailed in his 2014 paper (112 citations). This robot, composed of 1-DOF modules with torque, velocity, and position control, represents a major advance in compliant, high-performance locomotion. He further refined this work by developing a compact, high-strength series elastic element for snake robots (49 citations) and an online calibration method for series elastic actuators (11 citations), enabling precise torque estimation in modular systems. Beyond terrestrial robotics, Ford has made notable contributions to space exploration at Honeybee Robotics. He developed the Pyramid Comet Sampler (PyCoS), a piercing-style system for sample return from comets and small bodies, and the PlanetVac Xodiac, a pneumatic sampling system integrated into a lander foot pad for planetary missions. Ford’s work demonstrates a unique ability to apply principles of compliant actuation and modular design to both terrestrial and extraterrestrial challenges, making him a key figure in advancing robotic systems for extreme environments.