FCC Approves 15,000-Satellite Starlink Mobile Constellation

The US Federal Communications Commission has approved SpaceX’s application to launch and operate 15,000 next-generation satellites for Starlink Mobile, opening a regulatory path for the satellite company to sell wireless service directly to consumers. The regulator granted the request on October 6, 2026, about a year after SpaceX filed it in September 2025, according to Notebookcheck, which first reported the decision.

The crucial part of the approval is not just the satellites. The FCC also issued a waiver that lets SpaceX provide wireless service through its satellites without a spectrum leasing agreement with a terrestrial mobile operator. Together, the approval and the waiver mean SpaceX no longer needs to rent its way into the mobile market through a carrier partner, a move company executives have already hinted at, and can compete directly with AT&T, T-Mobile and Verizon.

SpaceX says the new constellation will deliver 5G speeds of up to 150Mbps per user. That is a major step up from the current version of Starlink Mobile, which runs on roughly 650 satellites and is available in the United States only through T-Mobile’s T-Satellite service, with data speeds estimated at around 4Mbps. The new satellites would orbit between 326km and 335km above Earth, and lower orbits generally reduce latency for users on the ground.

Falcon 9 rocket launching a Starlink satellite mission — A Falcon 9 carrying a Starlink mission launches from Kennedy Space Center. Image: U.S. Space Force (public domain)

The FCC said SpaceX’s plans would widen consumer choice and bring “increased competition in the provision of retail wireless services” to Americans, while also covering cellular dead zones. The decision comes as the US carrier market has been dominated by three national players for years, and regulators have been looking for ways to bring new competition into wireless.

The authorization covers frequencies SpaceX is buying from EchoStar, the parent company of Boost Mobile, in the 1695 to 1710MHz, 1915 to 1920MHz, 1995 to 2000MHz, 2000 to 2020MHz and 2180 to 2200MHz bands in the US. The satellites can also use T-Mobile’s PCS G-block spectrum at 1910 to 1915MHz and 1990 to 1995MHz, which powers the current Starlink Mobile service, and the FCC has cleared the constellation for cellular operations outside the US as well.

SpaceX agreed in September 2025 to buy the EchoStar spectrum for about $17 billion, and the FCC approved the transfer in May with a $2.4 billion escrow condition. SpaceX can only test on those frequencies until the second stage of the EchoStar acquisition closes, which is scheduled for November 30, 2027, and the company expects to have started launching its first second-generation Starlink Mobile satellites by the time the deal closes.

For readers, the practical takeaway is simple: satellite cell service is moving from a backup for remote areas to a mainstream competitor. SpaceX plans to pair the satellites with low-cost femtocells on the ground to extend coverage into suburbs and cities, rather than relying on traditional cell towers. If the company delivers on the 150Mbps promise, dead zones on highways, in rural towns and during natural disasters could become a thing of the past, and carrier pricing could face real pressure for the first time in a decade.

Not everyone is cheering. The FCC approved most of the application despite objections from rival satellite operators and environmental groups, who raised concerns about radio interference and light pollution. It deferred a decision on SpaceX’s requests to use the 2020 to 2025MHz band in the US and the 1429 to 2690MHz range outside the US. Some telecom executives have also dismissed the approach, including T-Mobile’s chief financial officer, and T-Mobile has played down its own T-Satellite service while raising the possibility of working with other satellite providers.

The satellites still have to be built and launched, and the EchoStar deal must close before full testing begins, so this is a multi-year build rather than an overnight switch. But the regulatory door is now open, and 2027 is shaping up as the year when satellite mobile service goes from experiment to industry. For anyone tired of dead zones, this is the approval that matters.

Sources: Notebookcheck, FCC

Axee Davies

Axee Davies is the founder of AxeeTech, publishing gaming guides, codes, and Windows how-tos since March 2013. A tech enthusiast for 13+ years — starting with smartphones and Android rooting — he now runs a site that puts out a new guide every day for Roblox players, traders, and Windows users. More about AxeeTech

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