Both Starlink and Project Kuiper are ambitious efforts to bring high-speed internet to virtually anywhere on Earth using satellites. However, these projects come from different companies and are at different stages of rollout. Almost all netizens know about Starlink as Elon Musk's internet product housed under SpaceX. Project Kuiper is now the best alternative, but it’s being built by Amazon.
In this article, we're focusing on everything about Jeff Bezos' Amazon's Project Kuiper and its comparison with Elon Musk's Starlink. When Jeff Bezos started Amazon in 1994, the company emerged as an online bookseller. But today, Amazon has grown into a global powerhouse, expanding far beyond e-commerce into cloud computing, artificial intelligence, entertainment, and even space technology.
In April 2019, Amazon officially announced Project Kuiper and said the project will develop a low-Earth orbit (LEO) satellite constellation to provide high-speed broadband internet. Amazon is using this project to set its sights on the skies, aiming to provide fast, reliable internet access to underserved and remote regions around the world.
This move places it in direct competition with Starlink, but the fact that cannot be ignored is that Starlink has already made significant progress with thousands of satellites in orbit and active users globally. Early this year, SpaceX officially filed a request with the U.S. Federal Communications Commission (FCC) to deploy a constellation of up to one million satellites into space for the purpose of enhancing its internet service provision and AI projects.
Project Kuiper is still in its early stages, working toward launching its own constellation and building the infrastructure needed to compete at scale. However, the good thing is that the race between these two tech giants isn’t just about internet access; it’s about shaping the future of global connectivity.
What is Project Kuiper
Project Kuiper is Amazon’s low Earth orbit (LEO) satellite broadband initiative, established in 2019 for the purpose of delivering fast and affordable internet service to unserved and underserved regions globally. In November 2025, the project was rebranded as Amazon Leo as it transitioned from its project phase to commercial deployment.
Meanwhile, it's important to note that Amazon has launched a few prototype satellites and is continuing deploying them. The company has secured more than 80 launches from partners such as Arianespace, Blue Origin, and United Launch Alliance—the largest commercial launch procurement in history. The constellation began full-scale deployment in 2025, with over 150 satellites already in orbit.
So, the public availability of LEO is still underway and gradually rolling out. The company says they're building out ground infrastructure and user terminals and aim to start initial customer service soon. The company also partnered with Nippon Telegraph and Telephone and SKY Perfect JSAT in 2023 to extend Kuiper connectivity across Japan.
Project Kuiper will work by closing the global digital divide by combining a vast constellation of LEO satellites with compact customer terminals and Amazon Web Services infrastructure. Each LOE satellite orbits between 590 and 630 km above Earth to provide low-latency broadband. The system’s active propulsion and collision-avoidance capabilities help maintain safe operations and enable end-of-life deorbiting within a year, prioritising orbital safety and environmental responsibility.
In addition to that, the company joined the European Space Agency’s Zero Debris Charter and signed a coordination agreement with the U.S. National Science Foundation to mitigate interference with optical and radio astronomy.
Starlink vs. Amazon LEO
Let's start from their similarities. It's very obvious that Starlink and Amazon LEO are almost serving the same purposes. Starlink is a low-earth-orbit satellite internet system, and so is Amazon LEO. They both deliver broadband internet globally, reach rural and underserved areas, and replace or complement traditional fibre and mobile networks.
RELATED: Is Starlink Faster Than Fibre and 5G Networks?
However, they differ when it comes to stages of their deployment. Starlink has already been fully operational since 2020 with millions of users around the world. But Amazon Leo is still in early stages of its deployment (or let me call it a "pre-commercial phase"), and its services are expected to be fully operational this year. So, Starlink has massive head start advantages over Amazon LEO.
Another key difference between them is that Starlink already has over 9000 satellites in orbit, and SpaceX, its parent company, has planned to deploy a constellation of up to one million satellites and build data centres in space. Amazon, on the other hand, planned 3,200 satellites for the project but has deployed 200+ so far. So, Amazon is still scaling gradually, while Starlink is already using vast satellites' strategies to continue offering its internet provision services across the world.
| Feature | Starlink | Amazon Leo |
|---|---|---|
| Coverage | Coverage is almost global, including polar regions. | It is focused on populated regions like Japan (mid-latitudes) and has less coverage near the poles. |
| Speed | ~25–220 Mbps (real-world) | Up to ~400 Mbps (target) |
| Latency | ~25–60 ms | ~20–30 ms (expected) |
| Orbit and Design | Lower orbit (340–570 km) → lower latency; requires more satellites (they burn up faster). | Higher orbit (590–630 km) → longer satellite lifespan; uses optical laser links (OISL) across satellites. |
In addition to that, SpaceX is a space-exploring company that controls everything from rockets that carry the satellites to space, the satellites themselves, and the launches. Vertically, Starlink integrates deployment more than Amazon LEO, which uses multiple launch providers including Blue Origin but has strong integration with the cloud (AWS) and global logistics.
In a nutshell, the Starlink vs Kuiper competition will benefit you in the sense that Elon Musk's Starlink will give you faster internet speed, and Amazon will give you reliable ecosystem that's powered by already built cloud (AWS) and global logistics.
About Amazon LEO
- Parent company: Amazon
- Initial launch year: 2019 (Project Kuiper)
- Initial deployment year: 2023 (prototype mission)
- Planned satellites: ~3,200 in LEO orbit
- Rebranded: as Amazon Leo in 2025
- Primary mission: Global broadband connectivity
