WASHINGTON, July 15 — A 2021 dispute over orbital modifications to SpaceX’s Starlink constellation remains one of the sharper regulatory clashes in the fast-moving satellite-internet race, according to filings with the Federal Communications Commission. SpaceX first launched Starlink in May 2019. By 2024, the company had deployed over 4,000 satellites and signed up more than 2 million subscribers across 60 countries.
Amazon, a late entrant, announced Project Kuiper in 2019 with a plan to field 3,236 satellites and target initial service for 2025. Both companies have filed competing applications with the FCC for orbital slots and spectrum, a process that has drawn attention from regulators and competitors alike.
The subsidy denial and the speed question
In 2022, the FCC denied SpaceX’s request for an $885 million subsidy under the Rural Digital Opportunity Fund. The commission cited concerns about Starlink’s ability to meet required speed thresholds. The decision underscored a central tension in the satellite-internet sector: how to balance rapid deployment with performance guarantees for federally funded programs.
SpaceX has not disclosed revised speed-test data since the denial, but the company continues to expand its user base. The FCC’s ruling did not affect Starlink’s commercial operations, which remain unsubsidized and growing.
Amazon’s $10 billion bet
Amazon has invested $10 billion in Project Kuiper, the record shows. In 2022, the company signed contracts for 83 launches from three providers: Blue Origin, United Launch Alliance, and Arianespace. That launch manifest, one of the largest ever booked by a single customer, signals Amazon’s intent to close the gap with Starlink’s early-mover advantage.
Blue Origin, founded by Amazon executive chairman Jeff Bezos, will supply a portion of those launches from its New Glenn rocket. United Launch Alliance and Arianespace round out the procurement.
The contracts cover the deployment of Kuiper’s full constellation, though no firm launch date for the first operational satellites has been announced beyond the 2025 target.
Orbital slots and spectrum scarcity
The 2021 dispute over Starlink’s constellation modifications centered on SpaceX’s request to alter the altitude and orbital planes of its satellites. Amazon opposed the changes, arguing they could interfere with Kuiper’s planned orbits. The FCC ultimately granted SpaceX a modified license, but the episode highlighted the finite nature of orbital real estate and radio spectrum.
Both companies continue to file competing applications with the FCC. The agency has not yet ruled on several pending requests from each side.
Sources familiar with the process say the commission is weighing technical interference analyses alongside broader policy goals for expanding broadband access.
Global connectivity and underserved areas
The race between Starlink and Project Kuiper reflects the growing importance of satellite internet for global connectivity, especially in underserved areas. Starlink already operates in 60 countries, many with limited terrestrial broadband infrastructure. Amazon has not disclosed its target markets, but the company has said it plans to offer service at competitive prices.
The two constellations, combined, would number over 7,000 satellites if both reach full deployment. Astronomers and space-safety advocates have raised concerns about orbital congestion and light pollution, but neither company has publicly altered its deployment plans in response.
What to watch next: The FCC’s handling of pending spectrum applications, Amazon’s progress toward its 2025 service target, and whether SpaceX can maintain its subscriber growth without the $885 million subsidy. The regulatory and commercial dynamics of this race are likely to shape the satellite-internet market for years to come.
Sources
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