SpaceX has asked the Federal Communications Commission to approve a new low-Earth-orbit system containing as many as 100,000 Gen3 satellites. The agency has not authorized the proposal.
The system could eventually add capacity for remote offices, aviation, maritime operations and backup connectivity. Any enterprise benefit would depend on FCC approval, launch capacity, geographic coverage, pricing and commercial service terms.
SpaceX proposes a much larger orbital network
Astronomer and satellite tracker Jonathan McDowell identified the filing on July 9, 2026. Details reported from the application place the spacecraft at altitudes of roughly 320 to 480 kilometers and list weights of 2,000 to 2,500 kilograms. Their size suggests broad deployment would require Starship, although SpaceX has not confirmed a launch plan.
The filing calls the proposal a “Gen3 NGSO” system and does not explicitly identify it as Starlink. McDowell described it as a presumed next-generation Starlink system, but that interpretation does not change its regulatory status: The requested satellites remain unapproved.
The FCC approved up to 7,500 second-generation Starlink satellites in December 2022 while deferring the rest of SpaceX’s nearly 30,000-satellite request. The agency could again issue a partial grant or impose technical and deployment conditions. Starlink has expanded substantially since its early public beta, but the new Gen3 proposal remains subject to a separate FCC review.
FCC review could include public comments and scrutiny of spectrum sharing, interference, orbital debris and collision risks.
Enterprise benefits depend on deployment and pricing
Even a partial deployment could add network capacity for remote offices, maritime and aviation operations, rural sites, emergency response and backup links when terrestrial networks fail.
Additional capacity could support direct-to-device satellite connections and other bandwidth-intensive services. The application does not establish availability, coverage, pricing, terminal compatibility or service-level guarantees.
IT buyers should evaluate satellite services using deployed coverage, commercial terms and realistic failover requirements. The strongest procurement signals will be FCC authorization, a credible launch schedule and service plans that can be compared with terrestrial providers and rival satellite broadband networks.
A system of this size would also increase scrutiny of orbital congestion, collision avoidance, atmospheric reentries and unintended electromagnetic emissions from Starlink satellites. Large constellations can also disrupt some astronomical observations.
The next milestone will be the FCC’s treatment of the application and any objections or conditions that follow. Until then, enterprise teams should view the proposal as a long-term infrastructure signal — not a basis for contracts or network plans built around 100,000 satellites.
Read more: SpaceX’s reported AI hardware plans could broaden the role of Starlink, AI devices and vendor concentration in enterprise technology decisions.