Space Compass Corporation has finalized an agreement to acquire a Hummingsat GEO satellite from Swiss-based manufacturer SWISSto12. This satellite, designed for optical data relay services, leverages SWISSto12's proprietary 3D printed radio frequency (RF) components to reduce mass and optimize performance in geostationary orbit. Space Compass, a joint venture between NTT and SKY Perfect JSAT, will integrate this unit into its infrastructure to support high-speed data connectivity across the Asia-Pacific region. The deal marks a significant deployment of additive manufacturing for mission-critical space hardware, moving beyond prototyping into full-scale orbital assets.

This acquisition highlights the increasing adoption of metal additive manufacturing in the aerospace sector, specifically for complex RF waveguides and antenna structures that are difficult to produce via traditional machining. SWISSto12 competes with established satellite bus manufacturers by offering a smaller, more cost-effective form factor that reduces launch mass, a critical metric for commercial satellite operators. As the demand for high-throughput satellite constellations grows, the ability to rapidly iterate and manufacture flight-ready hardware using metal AM processes provides a distinct competitive advantage in the global space economy. The integration of 3D printed components into a commercial GEO satellite demonstrates a clear path for AM to scale within the high-barrier space industry.

For SWISSto12, this contract validates the reliability of their 3D printed RF systems in the demanding environment of geostationary orbit. Buyers in the aerospace sector should focus on the long-term performance data of these additive components compared to legacy machined parts to justify further adoption. The success of this mission will likely influence future procurement strategies for satellite operators seeking to balance performance requirements with the economic benefits of reduced launch weight.