FCC Approves T-Mobile’s Plans for Starlink-Enhanced Cellular Coverage


The Federal Communications Commission (FCC) has taken a historic step to tackle internet dead zones and enhance connectivity in isolated regions. On Tuesday, the FCC granted an unprecedented license, enabling T-Mobile and SpaceX’s Starlink, a division of Elon Musk’s enterprise, to work together on increasing telecommunications coverage.

This represents the inaugural instance in which the FCC has permitted a collaboration between a satellite operator and a wireless provider. T-Mobile plans to utilize Starlink’s satellite network to extend coverage via “flexible-use spectrum bands” generally designated for terrestrial applications, as reported by *Reuters*.

Last month, T-Mobile and Starlink showcased the potential of their partnership by providing complimentary satellite-based cell service to communities affected by Hurricane Helene and Hurricane Milton. During that period, the FCC issued temporary emergency authorization for the service. With the new license, both companies can now offer satellite internet services outside of emergency situations.

“The FCC is vigorously fostering competition in the space economy by endorsing more collaborations between terrestrial mobile providers and satellite operators to fulfill a singular network future that will eradicate mobile dead zones,” stated FCC Chair Jessica Rosenworcel.

However, as *The Verge* highlights, the FCC’s approval includes specific constraints. For example, SpaceX is currently not allowed to boost the radio emission power of its Starlink satellites, a limitation designed to address concerns from rivals such as AT&T and Verizon, who fear possible interference with their systems.

In spite of these limitations, the FCC’s decision provides Starlink with a considerable advantage over its competitors. While other firms have pending applications under consideration, Starlink and T-Mobile are the first to obtain this form of approval, marking a significant advancement in closing connectivity gaps for underserved regions.