Amazon files for 5,105-satellite fleet to challenge Starlink’s direct-to-cell dominance
Amazon has filed an application with the FCC to launch 5,105 low Earth orbit satellites for its Direct-to-Device (D2D) system. The proposal targets a 2028 deployment to provide mobile voice, data, and emergency services by leveraging spectrum from its pending Globalstar acquisition.
Key Takeaways
- Proposed constellation involves 5,105 satellites operating in five orbital shells between 510 and 580 kilometers.
- The D2D system utilizes L-band and S-band spectrum via the Globalstar acquisition, which is expected to close in 2027.
- Deployment is scheduled to begin in 2028, following the initial rollout of Amazon's fixed broadband service later this year.
- Integrated services will support Apple’s Emergency SOS and Find My features on compatible iPhone and Apple Watch models.
Why It Matters
Amazon is pivoting from fixed residential broadband to a vertically integrated mobile infrastructure play. By acquiring Globalstar’s licenses in 120 countries, Amazon transitions from a satellite aspirant to a major telecommunications provider capable of supporting everything from consumer handsets to enterprise IoT and logistics. This directly intensifies competition with SpaceX, which already operates a direct-to-cell service through T-Mobile. For the streaming ecosystem, this expansion suggests a future where high-bandwidth mobile data is no longer constrained by terrestrial cell tower density, potentially expanding the addressable market for remote video consumption and real-time fleet telemetry. Watch the FCC’s response to the 2028 deployment timeline, given Amazon’s recent request for a waiver on its original broadband launch milestones.
Additional Context
The direct-to-device market is currently led by SpaceX’s Starlink, which launched its commercial T-Satellite service with T-Mobile in July 2025. Per 5Gstore and 5GWorldPro reporting from early 2026, the SpaceX system currently supports SMS, location sharing, and data for optimized apps like WhatsApp and Google Maps across more than 500,000 square miles of U.S. territory. SpaceX is currently testing voice capabilities and plans a full high-speed data rollout in the second half of 2027 using Starship-launched V2 satellites. However, in July 2026, T-Mobile executives noted that satellite usage currently accounts for less than 0.0003% of total network traffic, signaling that the technology remains a niche emergency and rural supplement rather than a mass-market terrestrial replacement.
Amazon has concurrently restructured its space division, rebranding the initiative from Project Kuiper to Amazon Leo in late 2025. This move accompanied a massive infrastructure push, including scaling manufacturing to 30 satellites per week. Despite this, Amazon faced regulatory hurdles in mid-2026. Per Fierce Network in June 2026, the FCC granted Amazon a conditional waiver for its interim deployment deadline, as the company had only 330 of its required 1,616 broadband satellites in orbit by early summer. While the waiver prevents license termination, the FCC mandated that all 3,232 first-generation satellites must be operational by July 30, 2029, or the constellation will be permanently capped at its current numbers.
Beyond consumer connectivity, Amazon is leveraging its satellite assets to secure international enterprise partnerships. In July 2026, the company announced a deal with South African ISP Herotel to launch a rural broadband service named "evry" in 2027. This follows a separate April 2026 agreement with Vodafone and Vodacom to connect remote base stations across Africa. These moves, combined with the $11.6 billion Globalstar deal—Amazon's largest infrastructure acquisition since Whole Foods—position the company to compete globally as a wholesale satellite connectivity provider for mobile network operators.
Read full article at qz.com
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