Summary:
SpaceX and Amazon Leo are currently engaged in a regulatory dispute over satellite launches, with SpaceX claiming that Amazon Leo’s recent deployments violate approved debris mitigation plans and increase collision risks. Amazon Leo maintains that its operations are safe, transparent, and within industry standards, and has taken independent measures to assess collision risk. The disagreement involves satellite altitudes, coordination issues, and overlapping orbits with Starlink satellites. Both companies are vying for dominance in satellite-based internet, with Starlink already operating over 10,000 satellites and Amazon Leo planning a 3,236-satellite constellation, of which 180 are in orbit as of January 2026.
The growing competition between SpaceX and Amazon Leo is ultimately expected to center on attracting customers, but for now, much of the dispute is playing out in the regulatory arena.
In an April 1 submission to the FCC, SpaceX alleged that recent satellite launches by Amazon Leo breach approved orbital debris mitigation plans, thereby increasing the risk of collisions in space.
Amazon Leo responded by stating that it has been transparent with both the Commission and SpaceX regarding its operations and maintains that its activities meet established safety standards. The company also noted that it independently assessed its risk profile with SpaceNav, a Colorado-based firm specializing in satellite collision analysis, confirming that the likelihood of collisions remains within accepted industry limits.
According to SpaceX, Amazon Leo and its launch partner, Arianespace, deployed several satellites at altitudes ranging from 50 to 90 kilometers above what had been authorized, and did so without sufficient coordination or data sharing. SpaceX contends that Amazon Leo had earlier indicated to the Commission that its satellites would be placed near a 400-kilometer orbit to secure approval for its debris mitigation strategy.
SpaceX further argued that, despite these commitments and associated licensing conditions, Amazon Leo conducted eight launches placing satellites above 450 kilometers without submitting revised mitigation plans or obtaining regulatory approval for the change.
As a consequence of what it describes as unauthorized actions, SpaceX claimed that its Starlink satellites alone had to carry out 30 collision-avoidance maneuvers within a matter of hours to steer clear of the newly launched Amazon Leo satellites. The company urged Amazon Leo to promptly align its launch activities with its approved permissions to avoid serious consequences.
In a filing dated April 2, Amazon Leo reiterated that it has consistently disclosed its satellite deployment strategies and continues to operate within recognized safety frameworks. It also stated that it has already committed to long-term measures aimed at further reducing the risk of orbital conjunctions.
Amazon Leo expressed surprise at SpaceX’s concerns, pointing out that SpaceX itself—through its Falcon 9 rockets—had previously launched Amazon Leo satellites into similar orbital altitudes of around 460 kilometers without raising objections during earlier missions.
The company emphasized that its authorization allows for satellite placement at or near 400 kilometers, providing some operational flexibility. It also argued that SpaceX’s recent decision to lower parts of its Starlink constellation has brought those satellites into the same altitude band used by Amazon Leo, contributing to the overlap now being disputed.
Amazon Leo added that it had attempted to collaborate with SpaceX by proposing a solution that would accommodate its deployment schedule while addressing the concerns raised, but claimed that SpaceX rejected the proposal and did not offer alternative suggestions.
This regulatory clash comes as both companies compete to expand their presence in satellite-based internet services. SpaceX’s Starlink currently holds a significant advantage, having deployed more than 10,000 low-Earth orbit satellites and serving over 10 million users worldwide.
Amazon Leo, meanwhile, plans to establish a constellation of 3,236 satellites and has recently requested a 24-month extension from the FCC for deploying the first half of its network. As of January 2026, the company had launched 180 satellites, with plans to increase that number to 700 by July.
