Omega
Astranis's larger next-generation geostationary satellite, designed to deliver about 50 gigabits per second of dedicated bandwidth in both civilian and military radio bands.
Why it matters
More capacity per satellite lowers the cost of each gigabit, which is what broadband and military buyers compare when choosing between satellites in different orbits. Carrying both civilian and military bands lets one product line serve telecom operators and the U.S. military.
How the technology works
Omega keeps the small-satellite approach but adds power and throughput, about 50 Gbps across civilian and military Ka-band. It uses all-electric propulsion to hold its slot in geostationary orbit, which Astranis says supports at least 10 years of station-keeping.
When it announced the design in April 2024, Astranis targeted first launches for 2026.
Sources
Updated Oct 21, 2026 · How we source facts · Suggest a correction