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SpaceX has just secured the Federal Communications Commission’s green light to launch and operate a new 15,000‑satellite constellation that will power its Starlink Mobile service. The FCC cleared the request filed in September 2025 and even granted a waiver that lets SpaceX offer wireless services without a traditional ground‑operator lease, a move that could turn Starlink Mobile into a direct competitor to the big three U.S. carriers.
Key developments:
- The next‑generation satellites will operate in Very Low Earth Orbit, between 326 km and 335 km, a lower altitude than the original Starlink fleet, which reduces latency.
- SpaceX promises 5G‑like speeds of up to 150 Mbps per user, far exceeding the current version’s ~4 Mbps across roughly 650 satellites.
- The FCC also approved the use of newly‑acquired EchoStar spectrum (including bands 1695‑1710 MHz, 2000‑2020 MHz, 2180‑2200 MHz, 1915‑1920 MHz, and 1995‑2000 MHz) for direct‑to‑device services, though full deployment of that spectrum is conditioned on the EchoStar transaction closing by Nov 30 2027.
- While some FCC requests—such as use of the 2020‑2025 MHz MSS band and higher‑frequency bands—were deferred, the agency highlighted the approval’s public‑interest benefits, noting it will improve competition and bring connectivity to “cellular dead zones.”
- SpaceX executives, including Gwynne Shotwell, claim the new system could be “100 times better” than the current offering, with commercial service expected by the end of next year.
Why it matters:
The clearance removes a major regulatory hurdle for satellite‑based mobile broadband, enabling SpaceX to deliver high‑speed, low‑latency connectivity directly to phones via femtocells and ground stations. If successful, the service could disrupt traditional cellular markets, expand broadband access in underserved areas, and spark a new wave of competition in the U.S. telecom sector.
What to watch next:
- Completion of the EchoStar spectrum transaction by late 2027, which will unlock the full suite of frequencies for Starlink Mobile.
- The rollout of the first “version 2” satellites later this year and the start of commercial service by the end of 2027.
- FCC follow‑up actions on the deferred spectrum requests and any conditions imposed on interference protection.
- Industry response, especially from AT&T, T‑Mobile, and Verizon, as they assess the threat of a satellite‑backed mobile competitor.
- Observations on how the lower‑orbit constellation impacts latency, device performance, and overall network reliability. [[1, 2]]