The Federal Communications Commission has granted Space Exploration Holdings, LLC, the operating entity for SpaceX’s Starlink network, approval to deploy an additional 7,500 second-generation Starlink satellites. This decision, announced on January 9, 2026, expands the authorized total for the Gen2 constellation to 15,000 satellites worldwide.
This milestone builds on an earlier partial authorization from December 2022, which permitted the initial 7,500 Gen2 satellites. SpaceX had originally sought clearance for nearly 30,000 second-generation spacecraft in its 2020 application, but the FCC adopted a phased approach to address concerns related to orbital debris, space safety, and the need for further operational data from the newer satellite design. By approving the next tranche of 7,500, the commission determined that the expansion serves the public interest, even though some advanced upgrade versions of the Gen2 satellites have yet to be fully tested in orbit. The remaining approximately 14,988 proposed satellites, including those intended for higher altitudes above 600 kilometers, have been deferred for later consideration.
The newly authorized satellites incorporate advanced form factors and cutting-edge technology, allowing them to operate across five frequency bands: Ku-, Ka-, V-, E-, and W-bands. This enables support for both fixed satellite service and mobile satellite service. The FCC also waived outdated restrictions that previously limited overlapping beam coverage, thereby enhancing overall network capacity and performance. Additionally, the approval permits the addition of new orbital shells at lower altitudes ranging from 340 kilometers to 485 kilometers, which should further reduce latency and improve global connectivity.
A key feature of this expansion involves enhanced capabilities for direct-to-cell connectivity. The satellites will provide this service outside the United States, allowing standard mobile phones to access voice, text, and data in areas lacking traditional cellular infrastructure. Within the U.S., they will offer supplemental coverage from space, complementing existing terrestrial networks and supporting next-generation mobile services. These advancements are expected to deliver internet speeds of up to 1 gigabit per second, making high-speed broadband more accessible in remote, rural, and underserved regions worldwide.
To maintain the authorization, SpaceX faces strict deployment milestones. The company must launch, place in assigned orbits, and begin operating at least 50% of the maximum authorized Gen2 satellites by December 1, 2028. The remaining 50% must be deployed by December 2031. Separately, SpaceX is required to complete the deployment of its initial 7,500 first-generation satellites by late November 2027.
The decision comes at a time when SpaceX is actively managing its existing constellation, which consists of over 9,400 operational satellites as of early 2026. The company recently announced plans to lower approximately 4,400 satellites from around 550 kilometers to 480 kilometers throughout the year to enhance space safety by reducing collision risks in less crowded orbital regimes. This reconfiguration reflects ongoing efforts to balance rapid expansion with responsible orbital management.
Starlink has transformed global broadband access by serving millions of users in challenging environments, from maritime operations to disaster response areas. The FCC’s latest approval positions the network for even greater scale and innovation, reinforcing competition in the satellite internet sector while addressing astronomical and environmental concerns through coordination with federal agencies and mitigation measures. As SpaceX continues to refine its technology and prepare for future generations of satellites, including larger V3 models planned for launch via Starship starting in 2026, the constellation is set to play an increasingly central role in worldwide connectivity. This regulatory step underscores the rapid evolution of space-based communications and the growing importance of low-Earth-orbit networks in bridging the digital divide.
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