Introducing the Veoware Space microCMG—an engineering marvel designed for small satellite missions. Whether you're aiming to capture more data or enhance its quality, our microCMG offers 0.7 Nms momentum for 1.1 Nm torque, which is 10 times more than traditional actuators. Our integrated system combines a high-speed flywheel with motorized gimbals to provide precise torque and angular momentum storage, ensuring your spacecraft stays on target. Fully configurable and calibratable, the microCMG adapts seamlessly to your mission's unique demands.

Customize your setup by combining multiple microCMG units. For example, a pyramid cluster of four actuators offers 2.2 Nms of momentum and a maximum torque of 3.5 Nm along any direction, while a scissor pair configuration—comprising two microCMG units—operates like a reaction wheel, providing 1.4 Nms of momentum and 2 Nm of torque. These configurations can be integrated with your existing reaction wheel clusters to boost agility and maximize performance.

Take command with our proprietary steering algorithm, which can be embedded in Veoware’s onboard computer (OBC) or integrated into your platform, giving you precise control over your entire CMG cluster. Test reports for IOD and microvibrations are available upon request, ensuring transparency and confidence in our solution. The microCMG is available with qualification reports upon request and has been in orbit since 2023.

For satellites weighing over 250 kg, explore our advanced miniCMG solution.

Elevate your mission—contact us today to discover how our innovative CMG solutions can transform your satellite’s performance.

Find out more about how VEOWARE's Control Moment Gyroscope (CMG) products work and the advantages that they can bring to satellites:

https://youtu.be/W6gtl-ZfX2k