WASHINGTON, July 15 — The Federal Communications Commission continues to oversee satellite communications under the Communications Act of 1934, a framework that has shaped the agency’s approach to the growing competition between SpaceX and Amazon for orbital spectrum. In 2022, the FCC approved SpaceX’s Gen2 Starlink constellation modification, authorising up to 29,988 satellites. Amazon filed objections at the time, arguing the modification could interfere with its Kuiper satellite system.
The following year, the FCC denied Amazon’s request to limit SpaceX’s operations.
Spectrum allocation and orbital coordination
The FCC also oversees spectrum allocation for satellite internet, with both companies using Ku-band and Ka-band frequencies. These bands are critical for broadband transmission, and the agency’s decisions on how they are assigned carry significant weight for both operators. SpaceX has filed for additional spectrum rights, while Amazon has sought to protect its assigned spectrum.
The International Telecommunication Union coordinates orbital slots globally, adding another layer of oversight beyond the FCC’s domestic authority.
Debris mitigation requirements
The FCC’s Orbital Debris Mitigation Rules require operators to ensure satellites deorbit within 25 years of mission end. This regulation applies to both Starlink and Kuiper, and compliance will be a factor as the two constellations grow. The agency’s role in balancing competition, spectrum access, and orbital safety will remain a focus as both companies move forward with their respective plans.
How the FCC handles future filings from SpaceX and Amazon will shape the satellite internet landscape for years to come. Satellite broadband has emerged as a key frontier in the global telecommunications industry, with companies seeking to provide high-speed internet access to underserved and remote areas.
The FCC has historically played a central role in managing U.S. orbital resources, balancing the interests of multiple operators while adhering to international agreements. The agency’s decisions in this sector often set precedents for how spectrum and orbital slots are allocated among competing private entities. The rivalry between SpaceX and Amazon reflects broader trends in the commercial space sector, where private investment has accelerated the deployment of large satellite constellations.
These networks aim to complement or compete with traditional terrestrial internet infrastructure, including fiber-optic and cellular networks. The outcome of regulatory proceedings can influence not only the two companies’ market positions but also the pace at which satellite internet becomes available to consumers worldwide.
Orbital congestion and the risk of collisions have become growing concerns as the number of active satellites increases. The FCC’s debris mitigation rules are part of a broader international effort to ensure long-term sustainability in space. Other regulatory bodies, including the Federal Aviation Administration and the National Oceanic and Atmospheric Administration, also have roles in overseeing launch activities and remote sensing, respectively, adding to the complexity of the regulatory environment for satellite operators.
