Amazon is quietly building a space-powered phone network that could blanket the planet with coverage and competition.
Story Snapshot
- Amazon Leo has asked federal regulators to approve more than 5,000 new satellites for a direct-to-device mobile network.
- The plan adds a second space network on top of Amazon’s existing 3,236-satellite broadband constellation.
- Service would target phones directly, bringing voice, data, and emergency connectivity to places cell towers cannot reach.
- The move escalates the high-stakes race with SpaceX and other satellite players over who controls the next generation of wireless coverage.
Amazon Leo’s new satellite phone network plan
Amazon’s satellite division, Amazon Leo, has filed an application with the Federal Communications Commission to launch a new low Earth orbit network of more than 5,100 satellites for “direct-to-device” telecom service.
This means the satellites would talk straight to compatible smartphones and other mobile devices on the ground, without needing special dishes or bulky terminals.
The company says the system would deliver voice calls, text messaging, data, and emergency connectivity in places where cell towers are missing or destroyed.
Amazon’s filing describes a network of up to 5,105 satellites aimed at global coverage. The satellites would sit in low Earth orbit, the same general region used by Starlink and existing Amazon Leo broadband spacecraft, but tuned for mobile spectrum and phone hardware.
Reporting on the filing notes that Amazon plans to use radio frequencies it obtained in a recent multi‑billion‑dollar spectrum deal, giving it licensed airwaves designed for wide‑area mobile use. Amazon says deployment of the new network would begin in 2028 if regulators approve the plan.
How this fits with Amazon’s existing broadband constellation
This new direct-to-device network stacks on top of Amazon Leo’s original broadband project, once known as Project Kuiper. That first constellation is already approved for 3,236 satellites and is in active deployment today.
Those broadband satellites focus on high-speed internet service using ground terminals, with Amazon committing around $10 billion to build and launch the full system over about a decade.
Federal rules require Amazon to have half of that constellation operating by mid‑2026 and the rest by mid‑2029, a schedule that keeps pressure on launch rates and manufacturing.
Amazon proposes launching more than 5,000 satellites for mobile services https://t.co/Zdx3NscJ05
— The Globe and Mail (@globeandmail) July 27, 2026
Amazon reports that full-scale deployment of its broadband satellites began in April 2025, with dozens of launches booked from United Launch Alliance, Arianespace, SpaceX, and Blue Origin.
Public tracking data and industry analysis show hundreds of production satellites already in orbit, with Amazon Leo becoming one of the largest constellations in space in only a few years.
The new 5,000‑plus mobile satellites would be a separate overlay, focused on phones rather than fixed terminals, but together they point to a long-term plan: a giant Amazon-controlled communications grid tying cloud, content, and connectivity into one ecosystem.
The direct-to-device race and what Amazon is really targeting
Amazon’s filing drops straight into a heated race over “direct-to-device” satellite service. SpaceX’s Starlink is testing phone connectivity with partners, while companies like AST SpaceMobile and Globalstar chase similar goals with their own spacecraft.
Amazon’s proposal joins this contest and aims squarely at that same market: turning regular 4G and 5G phones into satellite phones when needed.
The filing and related coverage say Amazon wants its satellites to support messaging, data, and emergency services first, then expand to wider mobile use as hardware and regulation catch up.
Amazon is not asking taxpayers to fund the network. Instead, it is betting shareholder money that millions of customers will pay for space-backed coverage when storms, wildfires, or remote work knock out normal networks. That aligns with a market-driven approach to closing coverage gaps, especially in rural America where tower buildouts often stall.
Risks, timelines, and the question of credibility
Big satellite plans are easy to announce and hard to deliver. Amazon’s own broadband constellation proves that mega-projects in orbit take years, multiple test flights, and schedule slips before they reach mature service.
The first Kuiper prototypes only launched in 2023, and full-scale deployment did not begin until 2025, under heavy Federal Communications Commission deadlines that still require more than a thousand satellites to be operating by mid‑2026. Adding another 5,105 satellites for direct-to-device service by 2028 makes the roadmap even more aggressive.
Some analysts already point out that Amazon Leo trails Starlink by many years and thousands of satellites. Starlink has built a giant lead, and it says catching up will demand flawless execution and perhaps regulatory favor.
On the other hand, Amazon has deep pockets, a massive cloud business, and strong positions in retail and media. If any company can turn space telecom into part of a wider platform—think Prime, but for coverage—Amazon is on that short list.
The open question is not whether the satellites can be launched; it is whether the service will arrive on time, work with mass-market phones, and be priced in a way that beats both tower-based carriers and Starlink.
Sources:
cbsnews.com, aboutamazon.com, en.wikipedia.org, space.com, bbc.com, newspace.im, cnn.com, fr.wikipedia.org
