TLDR
- Brendan Carr, FCC Chairman, defended SpaceX against Amazon’s opposition to a proposed constellation of up to 1 million satellites
- According to Carr, Amazon faces a shortfall of approximately 1,000 satellites from its upcoming deployment milestone
- Amazon Leo submitted a formal petition urging the FCC to deny SpaceX’s request, characterizing it as unrealistic
- Starlink, SpaceX’s satellite network, maintains approximately 9,000–10,000 active satellites and serves between 6–9 million subscribers globally
- Amazon’s satellite program has deployed more than 200 satellites and is seeking a two-year extension for its 1,600-satellite requirement
Brendan Carr, Chairman of the Federal Communications Commission, publicly rebuked Amazon this Wednesday, suggesting the e-commerce giant should address its own satellite deployment challenges before objecting to SpaceX’s initiatives.
The FCC Chairman’s remarks followed a formal petition from Amazon Leo, Amazon’s satellite division, requesting that the commission deny a SpaceX application. The application seeks authorization for deploying a massive constellation comprising up to 1 million satellites in low Earth orbit.
In its filing, Amazon characterized SpaceX’s proposal as “lofty ambition rather than a real plan,” arguing that the company failed to provide sufficient technical details demonstrating feasibility.
Carr responded forcefully to these allegations. “Amazon should focus on the fact that it will fall roughly 1,000 satellites short of meeting its upcoming deployment milestone, rather than spending their time and resources filing petitions against companies that are putting thousands of satellites in orbit,” he posted on X.
In comments to Reuters, he added: “Given the pace at which Amazon is launching satellites, I can see why they would think it would take other people centuries to launch.”
Amazon has committed over $10 billion to developing its satellite internet infrastructure. The initiative, currently branded as Amazon Leo and formerly called Project Kuiper, has successfully launched at least 200 satellites beginning last April.
This past January, Amazon petitioned the FCC requesting either a waiver or a 24-month deadline extension, proposing to shift its target date to July 2028. The original regulatory requirement mandated deployment of approximately 1,600 satellites by July 2026. The company attributed these delays to limited rocket availability and production challenges.
Amazon’s Concerns About SpaceX’s Proposal
Amazon’s formal objection outlined multiple areas of concern. The petition argued that approving SpaceX’s application would compel competing satellite operators to design their systems around a constellation that “may never exist.” Additionally, Amazon warned the proposal could intensify global regulatory pushback from authorities concerned about space resource monopolization.
The scientific community has also voiced reservations regarding SpaceX’s ambitious plan. Concerns include increased light pollution, accumulation of space debris, and the potential for “Kessler syndrome” — a cascading collision scenario that could render low Earth orbit effectively unusable.
According to SpaceX, the proposed satellite network would orbit Earth while utilizing solar energy to power artificial intelligence data centers operating in space.
The FCC has yet to render a decision on SpaceX’s application. Nevertheless, Chairman Carr indicated he anticipates Amazon’s petition will receive limited consideration.
Where Starlink Stands Today
Starlink’s current operational fleet includes approximately 9,000 to 10,000 satellites in active orbit. The service provides connectivity to more than 6 million subscribers distributed across at least 140 nations. In January, the FCC granted authorization for an additional 7,500 second-generation Starlink satellites, enabling direct-to-cellular connectivity for international markets.
Last month, the FCC also approved a separate Amazon request to launch 4,500 satellites, effectively more than doubling the company’s planned constellation size.
