FCC Approves 15,000 More Starlink Satellites to Expand Mobile Connectivity

The US Federal Communications Commission (FCC) has granted SpaceX approval to deploy an additional 15,000 Starlink satellites, paving the way for a significant expansion of its satellite communications network and its plans to deliver mobile connectivity directly to smartphones.

The approval, announced on 8 October 2026, will allow Elon Musk’s company to expand its low Earth orbit (LEO) satellite constellation and develop services designed to provide connectivity in areas where conventional mobile networks struggle to reach. The satellites will support mobile satellite services, fixed satellite broadband and supplementary mobile coverage from space.

Starlink’s Satellite Network Set to Grow

Starlink already operates the world’s largest commercial satellite constellation. Figures cited by Telecoms.com indicate that more than 10,000 Starlink satellites were active in orbit, with additional spacecraft being deployed and others being de-orbited.

The latest FCC authorisation will allow SpaceX to expand its network further, increasing its capacity to deliver broadband internet and mobile connectivity across a wider geographical area.

The newly approved satellites will use spectrum acquired by SpaceX from EchoStar, alongside spectrum licensed through T-Mobile in the United States. This will help support Starlink’s ambitions to move beyond traditional satellite broadband and compete more directly in the mobile communications market.

Direct-to-Cell Technology Could Challenge Mobile Operators

A major part of the expansion will involve Starlink’s next-generation V2 Mobile satellites, which are designed to improve direct-to-device (D2D) connectivity.

This technology aims to connect compatible mobile phones directly to satellites, potentially allowing users to send messages and access mobile services in locations without conventional cellular coverage.

For people living in rural areas or travelling through remote locations, satellite connectivity could provide an additional way to stay connected when traditional mobile networks are unavailable.

SpaceX is also seeking to position Starlink as a more direct competitor to established mobile network operators. However, satellite networks face technical challenges, including limited spectrum availability, the distance between satellites and mobile devices, and the effects of atmospheric conditions on signal transmission.

Established operators such as AT&T and T-Mobile remain important competitors, particularly in areas where terrestrial networks can provide greater capacity.

More Spectrum Could Be Released for Satellite Services

The FCC is also considering further regulatory changes that could make additional radio spectrum available for satellite communications and other emerging technologies.

Among the proposals is a review of the rules governing direct-to-device services using licensed spectrum. The regulator believes changes could make an additional 482 MHz of spectrum available for supplementary coverage from space.

Other proposals include plans to auction 25 MHz of mid-band spectrum across the 1675–1695 MHz and 2020–2025 MHz frequency ranges. These frequencies could support both conventional terrestrial communications and satellite-based services.

The FCC is also considering changes to rules governing the use of the 800 MHz band for drone operations. The proposed changes could make 50 MHz of licensed, nationwide low-band spectrum available for commercial and defence-related drone applications.

These proposals form part of a broader effort to expand spectrum availability and support emerging communications technologies.

The FCC is expected to put the proposals to a vote at its open meeting scheduled for 29 October 2026.

What Does This Mean for the Future of Mobile Connectivity?

The approval represents another important step in SpaceX’s efforts to expand Starlink beyond satellite broadband and into the wider telecommunications market.

If the company can successfully deploy the additional satellites and develop its direct-to-device services, satellite connectivity could become an increasingly important complement to conventional mobile networks.

Rather than relying exclusively on mobile phone masts and terrestrial infrastructure, network operators could use satellites to extend coverage into rural communities, remote locations and other areas where building conventional infrastructure is difficult or expensive.

However, satellite services will still need to overcome technical and commercial challenges before they can compete directly with terrestrial mobile networks on a large scale.

For now, the FCC’s decision gives SpaceX the regulatory approval it needs to take the next step in expanding its satellite network, while further spectrum proposals could create additional opportunities for satellite communications across the United States.

The coming years will show whether Starlink can turn its growing constellation into a serious competitor to established mobile operators, or whether satellite-to-phone technology will remain primarily a supplementary service for areas with limited conventional coverage.