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Connectivity Via Satellite Enters New Chapter With Amazon LEO Arriving in Brazil, Expanding the Competition for High-Speed Internet and Compact Antennas in the National Market.
Starlink’s competitor was officially launched: Amazon LEO arrives in Brazil with a promise of high-speed internet, sales through Sky, and compact antennas – Amazon has just officially announced the
Amazon has confirmed the name Amazon LEO for its low Earth orbit satellite internet network.
It confirmed that the service will arrive in Brazil in partnership with Sky, initially focusing on the southern region of the country, with promises of high speeds, compact antennas, and latency comparable to fiber optics.
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After decades of failed attempts, Brazil is once again looking to space with an orbital rocket measuring 12 meters, weighing 12 tons, costing R$ 189 million, and scheduled for launch in 2026, in a new race to finally achieve autonomous access to orbit.
This move puts the company on a direct collision course with Starlink, which is currently a reference in satellite connectivity in the Brazilian market.
Amazon LEO and the Evolution of the Former Project Kuiper
The service now known as Amazon LEO is the evolution of the former Project Kuiper, Amazon’s broadband satellite initiative that has been under development for about seven years.
The name change marks the transition of the project from the testing phase to a commercial stage, where the brand will be presented to the end public as a direct competitor to Starlink.
The term LEO refers to low Earth orbit, the region of space where the satellites of the system are located.
Like its rival, Amazon is betting on a constellation of hundreds and eventually thousands of satellites flying a few hundred kilometers high to reduce latency compared to geostationary satellites.
Sky Takes Over Sales of Amazon LEO in Brazil
In Brazil, Sky will be responsible for selling Amazon LEO plans.
The operator confirmed that it will start offering satellite broadband beginning in the southern region of the country, aligning with the initial positioning strategy of the constellation in the southern hemisphere.
According to the company, the goal is to expand coverage to reach the entire national territory as new satellites are launched.
This choice differs from Starlink’s model, which sells directly to the end consumer without local intermediaries.
In the case of Amazon LEO, Sky’s presence adds a traditional layer of telecom operation, with customer service, billing, and the possibility of bundling internet and content packages.
In a video published on the Web Maníaco channel, Cris points out that this arrangement places Amazon in a different position than Starlink in terms of customer relations and raises doubts about how the support and after-sales experience will be under the management of the Brazilian operator.
Initial Constellation and Focus on the South of the Country
Amazon states that it already has about 153 satellites in low Earth orbit, at approximately 630 kilometers above the Earth’s surface.
The goal is to reach 3,236 satellites, distributed across more than 80 launches, to provide continuous coverage over most of the globe.
Since these initial batches are concentrated further south, the initial robust coverage is expected to occur primarily in the southern hemisphere and, in the Brazilian case, in the southern region.
Therefore, Sky and Amazon indicate that the service will start in this area, progressing northward toward the equator as the constellation is expanded.
In the country, Sky has already conducted tests with the technology in cities like Cosmópolis and Glória de Dourados, assessing stability and service capacity in areas with limited infrastructure.
Promised Speeds and Reduced Latency
The first official materials indicate that Amazon LEO intends to offer residential plans of up to 400 Mb/s.
And business plans of up to 1 Gb/s, using Ka band antennas and optical links between satellites to reduce latency.
The promise is for a latency comparable to fiber optics in terms of response time.
Currently, Starlink advertises typical latencies around 25 milliseconds, well below geostationary systems but still higher than fiber, which often operates below 10 ms.
Amazon LEO claims to seek performance closer to terrestrial networks, especially for corporate applications and latency-sensitive services such as video conferencing and telemedicine.
There has been no official announcement of plan prices or equipment kits for the Brazilian market yet.
The current communication focuses on explaining the technology and gathering interested parties while the commercial design is prepared for the anticipated launch in 2026.
What Is Known About The Antennas
The presentation video for Amazon LEO shows compact antennas installed on rooftops, vessels, and vehicles, with dimensions similar to those of the Starlink Mini.
The images suggest small residential terminals and larger versions for corporate use or mobile applications, although no complete specifications for Brazil are available yet.
In the content analyzed by the Web Maníaco channel, Cris highlights the focus on discreet and easy-to-install antennas.
He notes that the public’s familiarity with this type of terminal could accelerate the solution’s adoption in rural areas, vessels, and adapted vehicles.
Starlink Maintains Advantage In Global Presence
While Amazon begins its commercial phase, Starlink is already operating with the largest constellation of active satellites.
The company has surpassed the mark of 10,000 satellites launched, consolidating global coverage in more than 150 countries.
The network uses satellites positioned on average at 550 kilometers in altitude, ensuring reduced latency.
In Brazil, Starlink operates in different modalities and has a strong presence in rural areas, vessels, and remote regions.
In recent months, the Starlink Mini kit has been sold for R$ 799 during promotions.
And the residential plan has been offered at reduced rates during the first year of subscription in specific campaigns.
This aggressive strategy helps explain the rapid growth of the company’s user base in the country.
The Competition for Low Earth Orbit Satellite Internet
The entry of Amazon LEO with local distribution through Sky is likely to expand connectivity options in areas where fiber optics do not reach.
It also increases competitive pressure on Starlink regarding price, service, and quality.
Cris, from the Web Maníaco channel, observes that many users are asking for alternatives that encourage the reduction of antenna and plan prices.
Amazon arrives with strong investment capacity and a global strategy involving partnerships with airlines, regional operators, and governments.
With two large groups competing in the same niche, it remains to be seen how each will position itself in terms of price, quotas, support, and solutions for specific sectors.
Will the competition between these giants transform low Earth orbit internet into the dominant market standard in Brazil?
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