Imagine a satellite as a camera in space that needs to snap photos of specific spots on Earth. Most satellites turn slowly, like a heavy truck making a wide turn. This technology acts like a sports car steering system, allowing small satellites to pivot 10 times faster to capture more images and send data back to Earth more efficiently.
Small satellites currently rely on reaction wheels that are too slow or CMGs that are too bulky and restricted by US export laws. This limits the ability of European operators to quickly maneuver satellites for high-resolution imaging.
A modular micro Control Moment Gyroscope (microCMG) actuator. The project focused on manufacturing and launching two units for in-orbit demonstration.
If you are a satellite imagery provider dealing with cloud cover blocking your targets — this project developed the microCMG that enables 10 times more agility. This allows you to quickly reorient the satellite to clear zones, optimizing your revenue and data quality.
If you are a security agency dealing with the need for rapid target acquisition on 50kg to 300kg satellites — this project developed an ITAR-free actuator. It removes reliance on restricted US technology while providing the speed needed for urgent surveillance.
If you are a climate monitoring firm dealing with limited data windows for disaster management — this project developed a modular actuator that increases the area imaged on the surface. This results in more quality data available for downstream environmental applications.
Based on available project data, specific pricing is not disclosed, although the project notes that existing US-built alternatives are high cost.
Yes, the project objective specifically includes scaling up the sales team to serve customers by 2023 and moving from ground testing to in-orbit demonstration.
Based on available project data, the technology was developed by VEOWARE and de-risked through ESA contracts, but specific licensing terms are not provided.
The system is ITAR-free, meaning it is not subject to US export restrictions, making it accessible for European satellite operators.
The project aimed to prepare for serving customers by 2023 following the launch of in-orbit demonstrations.
The project is led by a single Belgian SME, VEOWARE, which indicates a highly focused, agile development cycle. With a 100% industry ratio and no university partners, the project is driven by commercial viability and direct market entry rather than academic research.
Contact VEOWARE in Belgium for commercial inquiries regarding microCMG actuators.
Contact us to find similar ITAR-free space components for your satellite constellation.
