SpaceX has placed its planned Starlink Mobile smartphone service in the first half of 2028, and said the network behind it will begin deploying across the United States from 2027. The timing comes from SpaceX chief financial officer Bret Johnsen and from a joint announcement with US chipmaker Qualcomm, reported on 4 and 5 November 2026.
Key facts
- Johnsen said mobile satellite services are planned for the first half of 2028 and described them as “5G-quality” services aimed at smartphones, according to shattered.io, a satellite-industry news site, which credited Android Authority’s reporting of the remarks. Neither outlet is a primary source: both relay statements made by SpaceX and Qualcomm.
- Qualcomm and SpaceX announced that Starlink Mobile will start deploying its network across the US from next year, Android Authority reported.
- The US Federal Communications Commission, the country’s telecoms regulator, approved SpaceX’s Gen2 constellation application, authorising up to 15,000 satellites optimised for 2 GHz spectrum globally, shattered.io reported.
- SpaceX said it expects to begin deploying the new Starlink Mobile satellites in 2027, according to the same report.
- The network will use Qualcomm’s DragonWing QRU100 and QDU100 cellular infrastructure platforms, enabling a terrestrial 5G network with massive MIMO (64T64R) capabilities, Android Authority said.
The timeline, and why a named date matters
The two dates describe different things. Android Authority’s 2027 figure refers to network deployment, and the outlet said it is unclear whether consumer offerings will also be available that year. The first-half-2028 figure refers to the start of the mobile satellite service itself, with the new satellites beginning to go up in 2027, shattered.io said.
shattered.io also noted that SpaceX previously stated a target of service by the end of 2027, and that later reporting moved it to the first half of 2028. It said SpaceX has not published a reason for the shift in the material it reviewed, and that it would not invent one. One report it cited places the start of launches in the second half of 2027, after additional spectrum becomes available. Separately, the outlet said reports relay SpaceX president Gwynne Shotwell describing early 2028 as the target for service on SpaceX’s own spectrum — framings it considers overlapping rather than contradictory.
A stated window gives suppliers, carriers, handset makers and investors something to schedule against, shattered.io wrote: every launch, filing and spectrum ruling between now and mid-2028 will read as progress or slippage against a named target. Android Authority put the significance in market terms, saying a new carrier taking on AT&T, T-Mobile and Verizon should inject much-needed competition into the US market, and noting that SpaceX has acquired spectrum and is apparently in talks to acquire Boost Mobile.
The Qualcomm hardware deal
Android Authority reported that Qualcomm and SpaceX confirmed Starlink Mobile will run on Qualcomm’s Dragonwing platforms for Starlink Mobile — the QRU100 and QDU100 cellular infrastructure products. Qualcomm said the infrastructure “establishes a foundation for future connectivity and intelligence,” which Android Authority read as an apparent hint at 6G.
Qualcomm issues announcements of this kind through its own newsroom, and its news releases index is where the company’s full statement sits — the closest thing to a primary document on the hardware side of this story. The wording quoted here is as relayed by Android Authority.
Starlink executive Michael Nicolls was quoted by Android Authority saying: “Starlink is building the first fully-integrated nationwide satellite and terrestrial network that will keep people connected no matter where they are.” Nicolls added that SpaceX is collaborating with Qualcomm Technologies to accelerate its timeline for developing a base station end-to-end architecture, which bears on its planned US cell site build-out.
The FCC approval and what it leaves open
shattered.io said the Gen2 authorisation is the legal foundation for the 2027 deployment plan, because SpaceX cannot launch a constellation of this type without a licence. Reports place the decision in October, the outlet said.
It also reported that the October authorisation left some matters unresolved, including the proposed US use of the 2020 to 2025 MHz band. shattered.io said a deferred question can turn into a delay if the commission takes months to answer it, and flagged the point as a watch item rather than a finding because the material it worked from does not confirm how those items resolve.
Readers who want the underlying documents rather than the reporting can go to the regulator directly: satellite applications and the orders acting on them are filed publicly in the FCC’s International Bureau Filing System, and the commission’s Space Bureau publishes its satellite licensing decisions. Neither outlet cited a file number for the Gen2 authorisation, and this article has not independently matched the reported 15,000-satellite and 2 GHz figures to a specific order.
On the 2 GHz allocation itself, shattered.io said mid-band spectrum near 2 GHz carries more data than low-band frequencies but travels shorter distances and penetrates buildings less well, and that a satellite in low orbit must push a signal to a handset with a tiny antenna.
Price, availability and what is still unconfirmed
Neither outlet reports a price. SpaceX has not published consumer pricing, an exact consumer launch date, coverage maps, a supported-device list or final service plans, shattered.io said. Any figure circulating now did not come from SpaceX, and the company has not confirmed any claim that Starlink Mobile already works as an independent consumer mobile carrier — the outlet said any site saying otherwise should be treated as wrong until SpaceX says so.
The reporting does hint at how the service might reach buyers. The Boost Mobile talks described by Android Authority point to SpaceX obtaining an existing carrier’s customer base and retail machinery rather than selling a phone plan cold, which would make Starlink Mobile’s eventual pricing a carrier tariff rather than a SpaceX hardware-plus-subscription product. That remains an inference from the reported talks, not a confirmed distribution plan.
On availability, the deployment described is US-first: the FCC clearance covers the constellation globally, but neither outlet addresses how or when SpaceX would secure the national spectrum rights needed to sell service in any other country, and no coverage map exists to show where the signal would land. shattered.io also cautioned that nobody should plan to cancel a phone plan in 2027 on the strength of Starlink Mobile, and that SpaceX described the product as mobile satellite services — a narrower claim than a full replacement for a carrier.
Frequently Asked Questions
Is Starlink Mobile the same thing as Starlink Direct to Cell?
No. Starlink Direct to Cell is a separate service that already works using satellites now in orbit, and it reaches users through mobile operators — T-Mobile in the United States and One NZ in New Zealand — rather than as a SpaceX-branded plan, according to shattered.io. Starlink Mobile is the planned service built on the Gen2 satellites that have not yet been deployed, so nothing a phone connects to today is Starlink Mobile.
Will the new Gen2 satellites be faster than today’s Starlink?
shattered.io says reports relay a SpaceX claim that the new satellites could offer more than 100 times the bandwidth of the current generation. The outlet says that should be treated as a company claim until independent testing exists, and notes that bandwidth per satellite and throughput per phone are different measures — a satellite’s total capacity is shared among every user in its footprint.
Is SpaceX using any spectrum other than 2 GHz for Starlink Mobile?
shattered.io reports that SpaceX is also pursuing low-band spectrum, including up to 14 MHz of paired 800 MHz frequencies, to improve indoor and terrestrial coverage. The outlet says it cannot confirm that figure from SpaceX’s own material and that it should be read as reported rather than confirmed.
How can I check the FCC authorisation myself?
SpaceX’s satellite applications and the orders acting on them are filed publicly in the FCC’s International Bureau Filing System, searchable by applicant name, and the commission’s Space Bureau pages carry its satellite licensing decisions. Neither outlet cited a file or docket number for the Gen2 authorisation, and neither reproduced the order text, so the file number has to be found by searching the applicant name.
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