Multi-Launch Contract Signed for SAURON Separation Systems
Agreement Finalized at the Small Satellites & Services International Forum
A multi-launch contract has been finalized between UARX Space and Orbital Paradigm for the supply of SAURON 8 and SAURON 15 separation systems. The agreement, signed February 18th during the Small Satellite & Services International Forum in Málaga, marks a key step in enhancing deployment capabilities for Orbital Paradigm’s upcoming missions.
“SAURON is a key component in enabling mission success, especially for a novel project like 'Learn to Fly'."
Yanina Hallak, UARX Space
The companies say the contract further strengthens Spain’s role in advancing space missions. This collaboration highlights the growing capabilities of the Spanish aerospace sector in delivering innovative and reliable solutions.
Orbital Paradigm is set to launch its pressurized capsule in 2026 as part of the “Learn to Fly” mission. To ensure the reliability and precision of satellite deployments, the company has chosen UARX Space’s SAURON family of separation systems, known for their robustness and performance in space environments. The SAURON 8” and SAURON 15” models will play a critical role in securing the successful release of payloads.
“We are working to make the Learn to Fly mission a complete success,” said Francesco Cacciatore, CEO and CTO of Orbital Paradigm. “By integrating UARX’s SAURON separation rings, we are ensuring a safe, smooth and efficient deployment process for our first and subsequent capsules”
“SAURON is a key component in enabling mission success, especially for a novel project like 'Learn to Fly'," said Yanina Hallak, CEO of UARX Space. "We are proud to support Orbital Paradigm with our expertise in separation systems and to contribute to the advancement of space access solutions.”
With this agreement, UARX Space reinforces its position as a leading provider of reliable and high-performance separation systems and solutions for small satellites, while Orbital Paradigm continues to push the boundaries of space transportation.