Tensor Tech has developed a full ADCS suite based on its unique Spherical Motor Control Moment Gyroscope technology. While CMGs are more difficult to apprehend than their reaction wheels counterpart, Tensor Tech has developed a comprehensive solution that can be interfaced and programmed easily through its dedicated Electrical Ground Support Equipment. This workshop will give an overview of its basic and advanced functionalities.
Tensor Tech has revolutionized satellite attitude control with its innovative ADCS suite, centered on Spherical Motor Control Moment Gyroscope (CMG) technology. This advanced approach leverages the high efficiency and agility of CMGs to offer precise satellite orientation control, making it particularly suited for demanding applications. Unlike traditional reaction wheels, which are simpler to implement but less capable of handling rapid or complex maneuvers, Tensor Tech’s CMG-based solution provides superior performance for modern satellite missions. Recognizing the challenges associated with understanding and implementing CMG systems, Tensor Tech has developed a user-friendly framework that simplifies integration and operation. This includes a dedicated Electrical Ground Support Equipment (EGSE) interface, which facilitates seamless programming and interaction with the ADCS suite. The EGSE not only streamlines the learning curve but also enables customization of the system to meet diverse mission requirements, making CMGs accessible even to operators unfamiliar with their complexities. This workshop will provide a comprehensive overview of Tensor Tech’s ADCS suite, exploring both its basic and advanced functionalities. Participants will gain insight into the capabilities of Spherical Motor CMG technology, its advantages over traditional attitude control methods, and the practical tools provided for operational ease. By demystifying the intricacies of CMG technology and showcasing its potential, the session aims to equip participants with the knowledge and confidence to leverage CMG solutions for satellite applications.