Katalyst Space, a company specializing in satellite servicing, has secured $12 million in funding to develop its first GEO-capable robotic servicing spacecraft, named NEXUS. This funding round, led by Geodesic Capital and joined by Fortitude Ventures, positions Katalyst for a significant leap in satellite maintenance capabilities. The company's immediate focus is on a mission to boost NASA's Neil Gehrels Swift Observatory, scheduled for June 27, 2024, using its LINK robotic spacecraft. This mission will prevent the orbital telescope from falling back to Earth, showcasing Katalyst's ability to perform critical servicing tasks.
NEXUS, set to launch in 2027 on an Arianespace Ariane 6 rocket, is designed to have the same robotic RPO capabilities as LINK but with enhanced power, mass, and Delta-V. Katalyst CEO Ghonhee Lee emphasizes the broader implications of NEXUS, aiming to move beyond life-extension missions. Lee believes that in-space servicing is essential for various applications, including orbital data centers and lunar infrastructure, requiring robotics capable of environmental manipulation.
Katalyst's 2027 mission to GEO includes three distinct phases. First, NEXUS will rendezvous with the Space Force's Rooster satellite and install the SIGHT module, offering SDA capabilities. Subsequently, it will conduct additional SDA and RPO missions for the US government, utilizing its SHIELD deployable inspection module. Finally, NEXUS will dock with a commercial GEO satellite to provide life-extension services, with a contract in the final stages of negotiation.
Looking ahead, Katalyst aims to deploy a fleet of NEXUS spacecraft, targeting multiple revenue-generating services with each satellite. This strategy is expected to yield larger margins for each spacecraft, particularly in the GEO orbital plane, where the density of spacecraft facilitates efficient customer loading. The company's goal is to demonstrate the versatility and profitability of in-space servicing, potentially revolutionizing the satellite industry.
