Amazon Leo seeks FCC approval for 5,105 direct-to-device satellites

Amazon's satellite venture, Amazon Leo, has filed for federal authorization to deploy a massive constellation of low Earth orbit (LEO) satellites. The move signals a strategic push to bring satellite connectivity directly to consumer smartphones, eliminating traditional cellular dead zones.

On July 24, 2026, Amazon Leo, a subsidiary of Kuiper Systems, applied to the Federal Communications Commission (FCC) for the authority to deploy up to 5,105 LEO satellites. According to the filing, the network is specifically designed for "direct-to-device" connectivity. This architecture allows standard 4G and 5G smartphones to connect to the satellite network without the need for specialized handsets or external hardware, effectively turning the satellites into orbiting cell towers.

The Spectrum Strategy

To achieve this connectivity, Amazon intends to utilize Globalstar's L-band and S-band spectrum. This approach follows an acquisition of Globalstar, allowing Amazon to leverage existing frequency bands to facilitate the link between space and terrestrial mobile devices. By securing its own spectrum rather than relying exclusively on the bands used by terrestrial mobile operators, Amazon is positioning itself to have greater control over its network architecture and service delivery.

Industry Context

Amazon Leo is a key component of the broader Project Kuiper initiative, Amazon's ambitious effort to provide high-speed broadband internet globally via a LEO constellation. While Project Kuiper has primarily focused on satellite-to-terminal connectivity—which requires a dedicated dish—this new FCC filing represents a pivot toward the mobile ecosystem. This puts Amazon in direct competition with other aerospace and telecom giants, most notably SpaceX's Starlink and its partnership with T-Mobile, both of which are racing to capture the direct-to-cell market.

Market Implications

This shift could disrupt the traditional telecommunications model by decoupling mobile connectivity from ground-based infrastructure. If successful, the integration of satellite connectivity into the existing smartphone ecosystem would ensure that users remain connected in remote areas where cellular towers are non-existent or destroyed. For the industry, it transforms the smartphone from a device dependent on local towers into a globally connected terminal, potentially forcing traditional carriers to rethink their infrastructure investments.

What's Next

The project now awaits FCC authorization. While the filing outlines the scale of the intended constellation, the timeline for the full deployment of the 5,105 satellites remains to be seen. Observers will be watching for the FCC's ruling on the spectrum usage and how Amazon integrates the Globalstar assets into the operational rollout of the Leo network.