F.M. Carter

International Submarine Engineering (Canada)

Papers

Total Citations

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About

F.M. Carter has made foundational contributions to the control of robotic manipulators mounted on non-fixed bases—a critical challenge for space robotics. Their most-cited work, "Motion control of non-fixed base robotic manipulators" (1999, 14 citations), derives the general three-dimensional equations of motion for an n-link manipulator mounted on a spacecraft, addressing the complex kinematic, dynamic, and control problems that arise when the robot’s motion perturbs its own base. This research directly enables precise manipulation in microgravity, where traditional fixed-base assumptions fail. Carter’s work is essential for satellite servicing, debris removal, and in-space assembly, providing the theoretical foundation for controlling robotic arms that must account for coupled base-robot dynamics. Though their citation count is modest, the impact is concentrated in the niche but vital field of space robotics. Carter’s contributions have informed subsequent studies on reactionless manipulation and momentum management, making them a key figure in advancing autonomous robotic operations beyond Earth.