Amazon has rapidly established itself as a serious contender in the satellite internet market, with launching it’s ‘ Amazon Leo’ (previously Project Kuiper) initiative to compete directly with Starlink from SpaceX by promising to provide high-speed, low-latency broadband coverage across nearly all parts of the globe. To date, Amazon has successfully placed 100+ satellites into low earth orbit (LEO) and has recently begun private demonstration of its ‘Leo Ultra’ antenna which provides the fastest satellite signal, with an anticipated launch to start serving select enterprise customers by the end of 2025 and expects to begin to offer service to consumers in 2026.
Amazon intends to provide a similar or better quality of service through satellite technology compared to traditional fibre optic (physical) service for both consumer and business users in rural and underserved markets that have a lack of fibre infrastructure, by using AWS’s (Amazon Web Services) Global Network of fibre infrastructure.
What Amazon’s Satellite Internet Is and How It Works
Amazon Leo is a satellite constellation that is designed to provide broadband internet to users on ground. The network consists of flat panel antennas located at homes, businesses, ships and remote locations that receive the internet through these satellites. The Amazon Leo network will deploy (+ 3200) satellites in a circular orbit at ~ 630 km (390 miles) above Earth, orbiting around every 90 minutes. With advanced phased-array antennas and Software Defined Networks (SDN), these satellites will communicate with both ground station and the ground user terminals in real-time while dynamically routing traffic for performance and reliability.
Important facts about Amazon Leo’s future.
- The Federal Communications Commission (FCC) has authorized the deployment of up to 3236 Amazon Leo satellites, with the requirement that at least half of the completed satellites must be in operation by mid-2026 and all satellite are to be operational by 2029.
- Rockets from United Launch Alliance, Blue Origin, Arianespace and even SpaceX have been contracted to launch the Amazon Leo satellites, even with the past rivalry between Amazon Leo and SpaceX Starlink.
- Both private and end users will benefit from end-to-end connectivity resulting from the ability of Amazon Leo to route internet traffic either directly to public internet or through private connections back into the AWS or clients’ networks.
Speeds, Hardware, and Early Performance
Amazon Leo, will provide users with several different levels of terminals:
- A consumer terminal measuring 28 centimeters (cm) or less on each side, and approximately 2.5 cm in thickness, with the ability to achieve download speeds near 400 megabits per second (Mbps).
- An enterprise terminal will be much more robust and have a greater amount of throughput than the consumer terminal and was recently demonstrated as achieving over 1.2 Gbps of download throughput.
The company’s newest “Leo Ultra” antenna, which was launched in November 2025, is touted as being the fastest terminal currently manufactured and is expected to deliver:
- Maximum download speeds of 1 Gbps
- Maximum upload speeds of 400 Mbps
- Target businesses with demanding requirements, and government and high volume website operators
- The Leo Ultra terminal is currently in a limited release, with expanded production expected next year.
These speeds, particularly the Ultra terminal’s maximum download speeds, are designed to compete with (or exceed the speeds of) Starlink’s fastest business-tier services and be equal to (or superior to) many installations of terrestrial fiber.
Coverage, Pricing, and Target Customers
According to Amazon, their services will:
- Start at the End of the Year 2025 with a limited number of Enterprise and Public Sector Clients
- In the Year 2026, Share Many More Satellite Users Globally
- Concentrate in Only a few Countries for Initial Rollout but Will Be Available to Many Countries Eventually; There is No Announcement for Target Registries or Pricing Yet.
Amazon’s main goal is to:
- Provide High-Speed and Reliable Internet in Developing and Remote Locations
- Provide Secure and Resilient Internet for Enterprise and Government Customers
- Provide Private Connectivity Options so Companies Can Send Data to AWS Without Going Through the Public Internet
The Price Point for Amazon’s Service Will Be Very Competitive with Starlink, Viasat, and Hughesnet. Still, they have not released any detailed pricing of their service for now, although they have stated that their Consumer terminal will be less than $400.
How It Compares: Amazon Leo vs. Starlink and Others
- In comparison to current providers of satellite internet, traditional GEO satellite internet providers (like Viasat and Hughesnet) typically provide speeds of 25–150 Mbps but have higher latency and a larger number of restrictions on data usage.
- Alternatively, Starlink’s fleet provides significantly lower latency, and at times, consumers will be able to achieve between 100–400 Mbps, and business customers will have the option to buy additional high-speed tiers.
Amazon Leo is dependent upon the following factors to compete with Starlink:
- Providing higher peak speed performance through ultra-class terminals
- Offering complete integration with AWS and its related software services
- Utilizing Amazon’s immense retail and logistics network to distribute hardware and bundle solutions.
Nevertheless, Starlink far exceeds Amazon’s offerings in terms of both subscribers (in the millions) and the number of satellites within its fleet, making it imperative that Amazon competes with aggressive deployment and enticing pricing.
Use Cases: Who Stands to Benefit
Users who could benefit from the new service include:
- Residential homes located in rural areas and small business owners, who do not have access to cable or fiber.
- Providing maritime and aviation connectivity for planes, ships and remote operations.
- Providing the service to emergency responders and first responders with temporary high-speed broadband (mobile) during disasters.
- Public and private businesses requiring secure access to AWS, hybrid cloud and other secure applications.
- Temporary access to high-speed internet for Pop-Up events, Construction Sites, and other mobile applications.
Amazon has already demonstrated the capability of their network by streaming 4K video, performing two-way video communications, as well as performing typical Internet functions via the use of their initial satellites, suggesting that a full consumer-grade experience is likely.
Key Questions and What to Watch Next
There are many questions that still exist as Amazon Leo progresses beyond its testing stage:
- Amazon Leo’s final pricing and policies for how it will establish data policy for home users
- Amazon Leo’s actual performance and reliability after thousands of users all use the same capacity
- How regulatory bodies will respond as LEO constellations become more popular
- How Amazon Leo will compete and coexist with existing companies such as Starlink, OneWeb, and other regional competitors.
As Amazon Leo launches significantly more satellites, starts beta testing more products, and begins to have paying customers within the next year, we will learn whether this service will revolutionize the way in which consumers receive satellite internet or simply increase competition for customers in a crowded marketplace for satellites.