SpaceX announced two major developments for Starlink Mobile this week, combining a new nationwide low-band spectrum agreement with Federal Communications Commission approval for the company’s next-generation satellite-to-mobile constellation.

The company said it has reached an agreement to acquire a nationwide portfolio of low-band spectrum licenses totaling up to 14 megahertz of paired spectrum in the 800 MHz band. According to SpaceX, the additional spectrum addresses one of the major remaining technical challenges facing Starlink Mobile as it works toward becoming a major mobile carrier in the United States.

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The 800 MHz spectrum is intended to complement Starlink Mobile’s existing global 2 GHz mid-band spectrum. While the 2 GHz spectrum is designed to provide higher-bandwidth capacity in the United States, SpaceX said the newly acquired low-band spectrum would provide an additional coverage layer capable of reaching devices through obstacles, including walls.

That capability is expected to be particularly important for providing service inside buildings, where satellite signals can face greater challenges.

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SpaceX said most existing mobile devices already support the underused 800 MHz band, potentially allowing the company to reach customers without requiring specialized hardware.

The company said deployment of the new spectrum remains subject to final FCC approval.

Once that approval is received, SpaceX plans to deploy what it describes as a flexible network architecture combining its satellite-to-mobile constellation in orbit with terrestrial infrastructure on the ground. The goal is to allow devices to connect across both satellite and terrestrial spectrum through a single network.

Starlink already operates a broadband satellite network serving millions of customers in the United States and internationally with high-speed internet service. SpaceX said combining that existing network with its new low-band spectrum and Gen2 constellation would allow Starlink Mobile to operate as both a satellite and terrestrial network provider.

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Under the planned system, customers could receive service indoors, outdoors, in traditional cellular dead zones and in other areas where conventional mobile coverage may be limited.

The second major development announced this week came from the FCC, which approved Starlink Mobile’s Gen2 constellation application.

The authorization allows SpaceX to launch 15,000 satellites optimized to use 2 GHz spectrum globally.

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SpaceX said the V2 Starlink Mobile satellites are designed to provide more than 100 times the bandwidth of the company’s current generation of satellites. The company plans for the satellites to deliver high-speed service directly to unmodified devices around the world.

The FCC also authorized the complete range of backhaul spectrum bands used by Starlink’s V3 broadband satellites. Those bands include Ka, V, E and W frequencies.

That approval will allow the V3 satellites to operate with Starlink’s existing gateway network, providing the infrastructure necessary to move large amounts of data between satellites and the broader network.

Together, the low-band spectrum acquisition and Gen2 satellite authorization represent two pieces of SpaceX’s plan to expand Starlink beyond conventional satellite broadband and deeper into the mobile communications market.

The combination is designed to address both capacity and coverage. The 2 GHz spectrum would serve as a higher-bandwidth component of the system, while the 800 MHz spectrum would improve signal reach, particularly inside structures and other environments where low-band frequencies can provide broader coverage.

SpaceX also emphasized the potential geographic reach of the system. The company said its next-generation satellite-to-mobile network is intended to provide connectivity both in heavily populated cities and in remote rural areas where traditional cellular infrastructure may be limited.

The company thanked FCC staff for their work on the Gen2 authorization and described the approval as an important step toward a new generation of direct-to-device satellite connectivity.

With the FCC now authorizing the 15,000-satellite Gen2 constellation and SpaceX moving toward final approval for its nationwide 800 MHz spectrum portfolio, Starlink Mobile is positioning its network around a combination of terrestrial and space-based communications.

The company’s stated objective is to create a single network capable of keeping American customers connected across a much wider range of locations, including inside buildings, outside conventional cellular coverage and in remote communities.

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