Your carrier’s dead zones may have an expiration date, though how soon remains an open question. The FCC approved 7,500 additional second-generation Starlink satellites on January 9, 2026, bringing SpaceX’s authorized Gen2 total to roughly 15,000, according to Reuters.
SpaceX had requested authorization for nearly 30,000 satellites. The FCC deferred action on the remaining 14,988 proposed Gen2 spacecraft.
The approval covers supplemental coverage inside the United States and direct-to-cell services outside the country. SpaceX also received permission to operate across five frequency bands and shed earlier restrictions on overlapping coverage and capacity, per the FCC.
Why Carriers Should Be Watching
A key regulatory waiver could allow SpaceX to deliver mobile services without always partnering with a terrestrial carrier.
The detail that matters most is buried in the regulatory language. A waiver reportedly allows SpaceX to provide wireless services through satellites without always requiring a leasing agreement with a terrestrial mobile carrier, according to PCMag.
Starlink’s current U.S. direct-to-cell operations run on T-Mobile spectrum. SpaceX is also acquiring EchoStar’s spectrum holdings to expand its frequency access further, though use of that spectrum may be conditional on completing the transaction.
SpaceX has described a potential target of up to 150 Mbps per user, according to PCMag reporting. That is a company projection, not a proven real-world result: the upgraded Gen2 satellites are untested on orbit.
The FCC noted the approved constellation could support speeds up to 1 Gbps in certain Starlink use cases. That figure reflects aggregate constellation capacity, not the throughput any individual mobile subscriber would receive.
This Is a Permit, Not a Product
Regulatory authorization to deploy satellites is a necessary step, but it is not a mobile service available on your phone plan today.
Actual performance depends on satellite density, handset compatibility, interference rules, and carrier agreements. Separate regulatory approvals are also required in each country where SpaceX wants to operate.
The FCC also deferred some frequency requests, including the 2020–2025 MHz band and certain frequencies for operations outside the United States.
The Deployment Clock Is Running
SpaceX faces a series of FCC-mandated launch deadlines that will determine how quickly the expanded constellation can take shape.
SpaceX must launch, place in assigned orbits, and operate at least half of the newly authorized satellites by December 1, 2028, per Reuters. SpaceX must launch the remaining authorized satellites by December 2031.
An earlier batch of 7,500 first-generation Gen2 satellites carries a separate deadline of late November 2027.
What Has to Happen Before This Changes Your Phone Bill
Starlink Mobile is a credible long-term development, but several technical, regulatory, and commercial conditions must be met first.
Starlink Mobile remains a conditional prospect. SpaceX must first meet its deployment milestones, clear spectrum-sharing conditions in individual markets, and prove the untested Gen2 hardware performs as projected.
The competitive pressure on AT&T, T-Mobile, and Verizon is real but gradual. If SpaceX satisfies its FCC obligations on schedule, the carrier-partner-versus-rival question could move from regulatory filing to real plan options. That shift could arrive before the decade ends.
