SpaceX is advancing its Starlink initiative by introducing Starlink Mobile, a direct-to-device (D2D) satellite service designed to deliver 5G connectivity directly to standard cell phones. This development positions SpaceX as a potential competitor to established U.S. mobile network operators such as Verizon Wireless, AT&T, and T-Mobile.
Gwynne Shotwell, SpaceX’s president and chief operating officer, recently informed investors of the company’s plans to launch a Starlink retail product and the possibility of establishing its own terrestrial U.S. mobile network. This strategy would involve offering mobile contracts directly to consumers, placing SpaceX in direct competition with the major U.S. network operators.
Starlink Mobile aims to provide 5G download speeds of up to 150 Mbps directly to smartphones equipped with compatible modems, such as Qualcomm’s new Release 19 X105 unit. The service leverages SpaceX’s second-generation low Earth orbit satellites, which offer 20 times the throughput capacity of their predecessors. These advancements are expected to enhance data capacity and enable direct-to-cellular services.
In July 2025, T-Mobile launched its T-Satellite direct-to-cellular service in collaboration with SpaceX’s Starlink. This service covers approximately 500,000 square miles of the U.S., including remote areas lacking traditional cellular coverage. Initially, the service supported satellite-based texting, with plans to expand to data services for third-party apps in October 2025.
SpaceX’s move to offer its own mobile service could disrupt the U.S. telecommunications market by providing consumers with an alternative to traditional mobile network operators. The company’s extensive satellite network and technological advancements position it to deliver high-speed, global connectivity directly to users’ devices.
As SpaceX continues to develop and deploy its Starlink Mobile service, the telecommunications industry may experience significant shifts, with increased competition and expanded coverage areas, particularly in regions previously underserved by traditional networks.