Amazon seeks FCC approval for 5,105 satellites to rival Starlink
Amazon.com Inc. seeks FCC approval to launch 5,105 low Earth orbit satellites for its Direct-to-Device service by 2028. This expansion follows a merger with Globalstar and intensifies rivalry with SpaceX's Starlink. The move targets smartphone connectivity, challenging Starlink's dominance in mobile and aviation sectors amid rising service prices.

*this image is generated using AI for illustrative purposes only.
Amazon.com Inc. filed an application with the Federal Communications Commission on Monday seeking approval to launch up to 5,105 low Earth orbit satellites for its Amazon Leo Direct-to-Device system. The e-commerce giant aims to deploy the constellation by 2028, a move that directly challenges Space Exploration Technologies Corp.’s Starlink service in the growing market for smartphone-based satellite connectivity. By targeting direct-to-device capabilities, Amazon intends to bypass traditional infrastructure limitations, offering seamless global coverage through standard mobile devices rather than specialized hardware.
The regulatory filing represents a strategic pivot following Amazon’s merger agreement with Globalstar in April this year. According to the company, Globalstar’s spectrum rights will enable the integration of direct-to-device features into its broader satellite network. Amazon currently operates more than 390 satellites in orbit, utilizing Leo Nano, Leo Pro, and Leo Ultra ground antennas to deliver initial services. The proposed expansion would significantly increase its orbital footprint, allowing for higher capacity and improved reliability for consumer and enterprise clients alike.
Competitive Landscape
The push into direct-to-device technology places Amazon in direct competition with Elon Musk-led Space Exploration Technologies Corp., which has aggressively expanded its Starlink Mobile offerings. While regulators have previously urged Amazon to focus on deployment milestones rather than opposing competitors’ plans, the company continues to broaden its partnerships. Notable collaborations include agreements with Apple Inc., enhancing the ecosystem for satellite-enabled devices. Meanwhile, Starlink has recently activated free satellite texting services for Movistar and MasOrange customers in wildfire-affected regions near Madrid, demonstrating operational resilience during network outages.
Pricing and Service Dynamics
Competition in the aviation sector also remains intense, with both companies vying for business travel contracts. Space Exploration Technologies Corp. recently increased prices for its Starlink aviation plans, reflecting strong demand or cost adjustments. The revised pricing structure includes three tiers: Starlink Regional 25 GB at $4,000 per month, Aviation Regional Unlimited at $12,500 per month, and Aviation Global Unlimited at $20,000 per month. These price hikes underscore the premium nature of high-bandwidth satellite connectivity in flight, a segment where Amazon’s Leo service aims to gain traction through integrated device solutions.
| Service Tier | Monthly Price | Data Allowance |
|---|---|---|
| Starlink Regional | $4,000 | 25 GB |
| Aviation Regional Unlimited | $12,500 | Unlimited |
| Aviation Global Unlimited | $20,000 | Unlimited |
What the Numbers Show
The scale of Amazon’s proposed satellite constellation—5,105 units—highlights the capital-intensive nature of competing with established players like Starlink. While Starlink boasts speeds up to 10-Gigabit-per-second globally, Amazon’s strategy relies on leveraging Globalstar’s spectrum and existing orbital assets to achieve comparable coverage. The divergence in approach—Starlink focusing on high-speed broadband via dedicated terminals versus Amazon’s direct-to-device integration via smartphones—suggests a bifurcation in market segments. Investors should monitor FCC approval timelines and deployment progress in 2028 as key indicators of Amazon’s ability to capture market share in the satellite internet space.
How might Amazon's direct-to-device strategy disrupt the current pricing models of satellite aviation services compared to Starlink's premium tiers?
What specific regulatory hurdles could delay Amazon's 2028 deployment target given the FCC's previous emphasis on deployment milestones over competitive expansion?
How will the integration of Globalstar's spectrum rights impact the latency and bandwidth capabilities of Amazon's Leo network relative to Starlink's high-speed broadband offerings?

































