T-Mobile Rejects SpaceX MVNO Deal Again, Says Starlink Satellite Service Does Not Add Enough Value
T-Mobile has once again cooled expectations of a deeper wireless partnership with SpaceX, making it clear that a full Mobile Virtual Network Operator deal is not something the carrier currently sees as useful or necessary.
The issue centers on whether SpaceX could use an established U.S. carrier’s network to launch a broader mobile service. An MVNO arrangement would allow SpaceX to sell wireless service without owning the full nationwide cellular infrastructure behind it. For SpaceX, such a deal could accelerate its Starlink Mobile ambitions. For T-Mobile, however, the value proposition does not appear strong enough.
During T-Mobile’s latest earnings call, CEO Srini Gopalan addressed the idea directly and suggested that SpaceX’s wireless strategy has become difficult to define. He noted that it is no longer simple to describe the company purely as a satellite provider, especially as it explores terrestrial network options alongside its satellite-based direct-to-cell plans.
SpaceX has been steadily building the pieces needed for a mobile network in the United States. Its terrestrial spectrum holdings reportedly include roughly 15 MHz of unpaired nationwide AWS-3 spectrum, around 40 MHz of nationwide AWS-4 spectrum, about 10 MHz of nationwide H-Block spectrum, and approximately 14 MHz of paired 800 MHz spectrum.
That spectrum gives SpaceX a foundation, but it is not widely viewed as enough to support a competitive standalone mobile service in dense urban markets. This is why an MVNO agreement with one of the major U.S. carriers would be especially valuable. Such a partnership could let SpaceX reach customers in cities while relying on Starlink satellites for broader coverage in rural and remote regions.
So far, that path has not opened. The largest U.S. carriers appear reluctant to help SpaceX become a stronger wireless competitor, particularly as Starlink’s direct-to-cell service continues to evolve.
SpaceX is not standing still. The company has received approval to launch up to 15,000 second-generation Starlink satellites capable of connecting directly to smartphones. These satellites are central to the company’s plan to provide mobile connectivity without requiring specialized hardware.
SpaceX is also looking at ways to expand its ground-based presence. Reports suggest the company has explored leasing tens of thousands of cell tower sites across the country, a move that could cost billions of dollars if pursued at scale. Another possible approach involves using small, low-power cellular base stations connected to existing Starlink dishes, which could reduce the need for massive upfront investment in traditional tower infrastructure.
Despite these efforts, T-Mobile does not appear convinced that satellite-based wireless service is a major threat to its core broadband strategy.
Gopalan argued that, outside of very rural locations, satellite broadband is less attractive than T-Mobile’s fixed wireless access service. Fixed wireless access, or FWA, uses T-Mobile’s cellular network to deliver home internet service, and it has become one of the company’s major growth areas.
According to Gopalan, satellite internet has more limitations, including constraints related to beam size and capacity. He described satellite as an inferior version of FWA in many use cases, especially when compared with the performance T-Mobile can offer in areas where it has available network capacity.
T-Mobile’s position is that its fixed wireless business still has significant room to grow, including in urban and suburban markets. Gopalan said that roughly two-thirds of T-Mobile’s FWA customers come from dense urban areas, which challenges the idea that satellite would open a major new opportunity for the carrier.
That point is important because T-Mobile says it evaluates MVNO partnerships based on whether they bring access to a meaningful new market. In the case of SpaceX, the company does not see enough additional demand to justify a broader resale or MVNO arrangement.
Gopalan made a distinction between a limited complementary product and a full MVNO deal. T-Mobile already works with SpaceX on T-Satellite, a service designed to extend connectivity through Starlink in specific situations. But in T-Mobile’s view, that kind of add-on service is very different from allowing SpaceX to operate as a larger virtual mobile carrier on its network.
He also revealed that T-Satellite currently represents only a tiny fraction of total T-Mobile network usage, around 0.0002 percent. That figure reinforces the company’s argument that satellite connectivity remains a niche supplement rather than a major driver of traffic or revenue.
For now, T-Mobile appears more focused on expanding fixed wireless access, improving its existing 5G network, and preparing for 6G. The company sees next-generation wireless technology as a more important long-term opportunity than enabling a potential competitor through an MVNO agreement.
The broader message is clear: T-Mobile is willing to use satellite connectivity where it complements its network, but it is not interested in giving SpaceX a larger role in its mobile business unless there is a clear strategic benefit.
For SpaceX, the rejection means its Starlink Mobile strategy may need to rely more heavily on its own spectrum, satellite network, tower leases, and alternative ground-based solutions. The company still has an ambitious vision for direct-to-smartphone connectivity, but without an MVNO deal from a major U.S. carrier, building a truly competitive mobile service in cities could remain a difficult and expensive challenge.
