After years of preparation, Amazon has given its satellite internet service a commercial name: Amazon Leo. This move abandons the name Project Kuiper, which paid homage to the Kuiper Belt of the solar system, in favor of a brand that directly alludes to its core technology: Low Earth Orbit. The mission remains the same: to bring a fast and reliable connection to those who are currently beyond the reach of terrestrial networks., from rural households and remote businesses to organizations operating in critical environments.
The innovation isn't just about branding. With the launch of a global registration website and the public announcement of its terminal offerings, Amazon indicates that its network has matured enough to begin acquiring customers and preparing for its commercial phase. The message is clear: a real rival has arrived for the satellite internet that has dominated until now, Starlink.And with that, expectations of better prices, more innovation, and a simpler user experience are revived.
What is Amazon Leo?
Amazon Leo is the new brand for Amazon's satellite connectivity service. It stems from the development of the former Project Kuiper and relies on a low Earth orbit (LEO) constellation designed to offer high speed and low latency on a global scale. The founding objective remains the same: to reduce the digital divide with a modern network that reaches where fiber and mobile coverage do not.with a reliability suitable for domestic, professional and government use.
The name Leo itself pays tribute to the orbit in which its satellites operate, at altitudes that, according to the company, are around 590–630 kilometers. Operating at a lower altitude than geostationary satellites significantly reduces response times., key for video calls, online games, telemedicine, distance education or any interactive application.
In addition to the space component, the project integrates ground stations and user terminals designed by Amazon. The company claims to operate one of the world's largest satellite production lines, and claims to have developed the first commercial customer antenna ready for speeds of up to 1 Gbps within its proposal.
From Project Kuiper to Amazon Leo: why the change
The rebranding to Amazon Leo comes at the start of its commercial phase and puts the focus on the LEO technology that powers the network. Amazon thus emphasizes that it is leaving behind a code name to present itself to the public and the wholesale market with a direct and understandable brand., while underscoring its ambition to compete with established players.
The timing has a strategic interpretation: alongside the brand, Amazon has launched a page to sign up and receive availability alerts. A register of interested parties usually indicates that there is initial coverage and sufficient capacity to begin pre-commercial testing., with a limited beta before a wider rollout.
Another new feature is the emphasis on business clients and public administrations, in addition to residential users. The company is forging B2B alliances with operators and industrial partners. to accelerate the arrival of the service to markets and cover high-value use cases, such as aviation, defense, or rural backhaul.
LEO constellation and deployment plan
Amazon Leo's architecture is designed to reach more than 3.000 satellites in the coming years; public plans point to 3.236 operational units at around 630 km altitude. To date, Amazon has placed more than 150 satellites into orbit —153 after six launches—, a milestone that opens the door to initial coverage by areas and service trials with partners.
On the industrial front, Amazon has set up a production line in Kirkland (Washington) that, according to its figures, can manufacture up to five satellites a day. This is in addition to a processing facility worth approximately $140 million at the Kennedy Space Center., intended to integrate and prepare the spacecraft for each launch.
To launch the constellation, the company has signed contracts with multiple rocket suppliers: Arianespace, United Launch Alliance (ULA), Blue Origin itself, and, pragmatically, even SpaceX. This multi-vendor approach reduces scheduling risk and ensures sufficient launch slots to meet regulatory milestones.
In fact, the U.S. Federal Communications Commission (FCC) requires that at least half of the constellation be operational by July 2026. That regulatory commitment acts as a deadline and adds positive pressure to the pace of deployment.accelerating the transition from prototypes to commercial service.
Client terminals: Nano, Pro and Ultra
The user experience is structured around three ranges of terminals designed for different scenarios. The proposal focuses on covering everything from the most portable use to the needs of higher-capacity businesses.with different sizes, weights, and speeds.
- Leo NanoThis ultra-compact, square-shaped terminal measures approximately 18 x 18 cm and weighs 1 kg. Its focus is on portability, with speeds up to 100 Mbps and a clear emphasis on mobility, camping, small boats, or fieldwork.
- Leo Pro: standard option for home and small business use, with a panel of approximately 28 x 28 cm and weighing 2,4 kg. It is designed for multiple simultaneous devices and download speeds of up to 400 Mbps, balancing performance, size, and durability.
- Leo UltraThe highest-performance model, with a large-format antenna (approx. 51 x 76 cm) and weighing 19,5 kg. It is geared towards businesses, organizations, and industrial applications that demand maximum throughput, with peak speeds of up to 1 Gbps.
The three terminals share the same technological basis: phased array antennas capable of electronically forming and redirecting the beam. This design eliminates moving parts and allows for highly accurate tracking of LEO satellites., while enabling initial self-orientation without user intervention.
Installation and user experience: the commitment to plug-and-play
Amazon Leo has placed special emphasis on ease of installation. While other solutions require using an app to initially orient the antenna, this one is more straightforward: Remove the terminal from the box, position it with a clear view of the sky, and plug it in.Electronic self-alignment completes the process without manual adjustments.
In practice, this "place and go" philosophy reduces friction for the average user, shortens time, and eliminates the need for tools or external assistance. If setting up satellite internet is similar to installing a WiFi router, the barrier to entry collapses., facilitating adoption in homes and SMEs that do not have their own technical support.
There are, however, design compromises. By opting for more compact—and in some cases lighter—equipment, it's suggested that weather resistance might not be as extreme as that of other solutions on the market. For moderate climates and standard domestic use, it can be a reasonable balance.However, in particularly demanding environments, it will be advisable to check approvals (such as IP certification) and protective accessories.
Coverage, uses and mobile option
The service is designed with a universal focus: homes without fiber, distributed businesses, industrial applications, backup of critical links, public services and emergency response. In addition, the offer includes a mobile usage option.designed for motorhomes, boats or temporary deployments, subject to the regulatory limitations of each country.
For professional scenarios, Leo Ultra opens the door to higher-capacity solutions, such as high-definition video surveillance, IoT sensor networks or contingency links for remote sites. The reduced latency inherent in low orbit brings smoothness to interactive operations which would be unfeasible with more distant satellites.
Partners, markets and use cases: LATAM, airlines and governments
Amazon doesn't intend to do it all alone. In Latin America, it has been announced that DIRECTV Latin America will market the service in Argentina, Colombia, Chile, Ecuador, Peru, and Uruguay, while Sky will handle Brazil. This strategy leverages existing sales networks and local support in Spanish or Portuguese., something that sets it apart from other global providers.
Collaboration with partners extends to vertical sectors. JetBlue has announced its intention to offer free, high-speed WiFi on board starting in 2027, leveraging the Amazon Leo network, while L3Harris will integrate the service into solutions for defense and government agencies. In Australia, NBN Co is listed as an ally in extending broadband to remote areas. without the need for complex ground deployments.
For the region's business ecosystem, this approach opens doors to new models: from primary connectivity in isolated locations to backup links for critical operations. With greater commercial reach and close support, adoption can be accelerated in markets where geography is a disadvantage. of the fiber deployment.
Terrestrial network and link technology: Ka, optical, and AWS
The solution combines Ka-band user links with laser optical links between satellites to transport data at high speed. This architecture, combined with strategically located ground stations, allows for efficient routes and low latency. in relation to other traditional satellite solutions.
Integration with Amazon Web Services is another key element. By interconnecting the space network with AWS infrastructure, the aim is to offer a secure, global terrestrial network with direct access to cloud services and distributed points of presence. For businesses, this translates into less complexity and better application performance. that depend on the cloud, from analytics and streaming to IoT.
This coupling between space and cloud also facilitates the deployment of private networks, traffic segmentation, and advanced security policies. The result points to a more consistent end-to-end experienceThis is suitable both for a household streaming in 4K and for an operator that needs to transport sensitive data securely.
Phased deployment, ground stations and focus on Spain
Beyond the launches, the groundwork is also being laid. Amazon has announced that Santander will host the first ground station of its network in Spain, a key node for routing traffic and ensuring quality of service. Furthermore, the company is already registered as an operator with the CNMC, an essential preliminary step to operate in the country.
However, the final authorization to allow direct connection to customer antennas is still pending. These spectrum usage licenses and operating conditions are granted country by country., which affects the commercial availability schedule.
In South America, the announced expansion plan speaks of an advance “from the south to the equator” as each segment of the constellation is activated and agreements are established with distributors. This phased rollout allows the service to be activated by region and capacity to be scaled with each launch., avoiding initial bottlenecks.
Prices, business models and expectations
Amazon has not yet published final prices, but its track record suggests it may opt for aggressive pricing to gain market share. If the company manages to combine a radically simple installation with a monthly cost slightly lower than the competitionthe market would finally have a balanced rivalry.
The cost of the hardware will be another key factor. In these types of services, subsidizing or financing the antenna can make all the difference in adoption, especially if long-term contracts are required. Matching or improving team subsidy strategies will lower the barrier to entryavoiding initial outlays that many users do not want or cannot afford.
Regarding timelines, industry sources indicate windows ranging from the end of 2025 to the beginning of 2026 for the first public offerings, although Amazon conditions the general opening on "adding more coverage and capacity to the network". The FCC's requirement to have half of the constellation in service by July 2026 It establishes a temporal milestone that favors an ambitious schedule.
Implicit comparison: the missing rival for Starlink
For years, talking about LEO internet was basically talking about Starlink. That de facto monopoly allowed it to set the pace of the market without any real counterweights. The arrival of Amazon Leo changes the game: it brings financial muscle, logistical capacity and a brand with global reach capable of sustaining a large-scale deployment.
The real battle won't just be about top speed, but also about usability and price. Being able to install without apps or manual adjustments and having more compact devices offers a significant practical advantage. Add to that competitive rates and good local support in key marketsThe end user will have compelling reasons to compare.
The existence of a second major player also benefits businesses and governments. Competition means faster innovation, better conditions, and more redundancy options for critical operations. Those who live today in the “digital shadow” of fiber optics gain real alternatives. to connect with qualities comparable to a modern terrestrial connection.
Amazon Leo presents itself as a low-orbit satellite network with global ambition, three terminals to cover everything from lightweight mobility to gigabit capacity, local partnerships to accelerate its arrival, and deep integration with AWS to optimize end-to-end. With more than 150 satellites in service towards a constellation of 3.236, an investment of 10.000 billion dollars and secured launch contractsThe company seems to have moved beyond the promise phase and into the action phase: acquiring customers, activating coverage, and challenging Starlink for leadership in satellite internet.
