The collaboration between Sidus and Saturn is expected to broaden market access and expand both companies capabilities in supporting new and emerging GEO communications needs.
Sidus Space has entered into a strategic Memorandum of Understanding (MoU) with Saturn Satellite Networks, Inc., marking a collaborative effort to support the development and deployment of Saturns new SBN-X platform. Saturn, known for its innovation in reprogrammable payloads and geostationary (GEO) satellite solutions, is aiming to redefine the accessibility and affordability of space communications with this next-generation platform.
The SBN-X satellite system is engineered to deliver a cost-effective GEO communications solution, featuring a 5kW analogue payload and a 100Gbps high-throughput digital payload. Under the agreement, Sidus Space will provide key support services including assembly, integration and testing operations at its advanced manufacturing facilities in Cape Canaveral, Florida. Additionally, Sidus will contribute through mechanical engineering, manufacturing services, and sourcing of satellite subcomponents.
Commenting on the deal, Carol Craig, CEO of Sidus Space, said: “We are excited to collaborate with Saturn Satellite Networks on the groundbreaking SBN-X initiative. The selection of Sidus as Saturn’s partner leverages our proven expertise in spacecraft design, integration, and testing, while aligning with our mission to provide flexible, cost-effective space solutions for commercial and government customers.”
Tom Choi, CEO of Saturn Satellite Networks, added: “Our partnership with Sidus Space strengthens the foundation of the SBN-X platform, combining their agile manufacturing capabilities with our vision for transforming GEO communications. Together, were positioned to rapidly deliver next-generation satellite solutions, at a significantly lower price point, to meet the rapidly evolving demands of expanding global markets.”
The agreement signals a major step forward for both companies as they work to expand their presence in the GEO satellite sector and meet the growing demands for high-performance, low-cost space infrastructure.
