Amazon Leo Poised to Compete with Starlink After Reaching Satellite Milestone

Amazon is nearing the commercial launch of Amazon Leo, its satellite internet initiative formerly known as Project Kuiper. Following its most recent launch aboard a United Launch Alliance (ULA) Atlas V rocket, the company has now deployed over 390 satellites into low Earth orbit. According to Chris Weber, Amazon Leo's vice president of business and product, this significant number allows Amazon to begin offering continuous service in its initial target latitudes.

It's important to note that Amazon is not yet discussing global coverage on par with Starlink. Instead, they are focusing on an initial service rollout this year. Weber acknowledged that substantial work remains, including raising the newly launched satellites to their operational altitudes. However, he confirmed that Amazon has completed enough missions to commence service, with subsequent launches intended to expand coverage and capacity.

With Nearly 400 Satellites in Orbit, Amazon Leo Gears Up for Launch: Starlink Faces Competition

The latest launch occurred just this week, on July 2nd. A ULA Atlas V 551 rocket successfully placed 29 new satellites into orbit from Cape Canaveral, bringing Amazon Leo's total deployed satellites to 396. This mission marked the final flight of the Leo Atlas campaign; future missions with ULA will transition to the Vulcan rocket. The Vulcan is expected to accelerate deployment, as it can accommodate larger payloads. While Atlas V rockets carried between 27 and 29 Amazon Leo satellites per mission, Vulcan is estimated to carry approximately 45 satellites, a potential increase of up to 67% per launch.

Amazon Leo's objective is to provide broadband connectivity from low Earth orbit to regions where terrestrial networks are unavailable or impractical. Its architecture integrates satellites, ground stations, fiber optics, internet connection points, and user terminals. Amazon plans to offer three antenna/subscription tiers: Leo Nano, providing speeds of up to 100 Mbps download; Leo Pro, offering up to 400 Mbps; and Leo Ultra, targeted at businesses, with up to 1 Gbps download and 400 Mbps upload.

Reuters reports that the service is expected to commence operations near the North and South Poles, gradually expanding towards the equator as Amazon Leo adds more satellites to its constellation. With fewer than 400 satellites, the network can offer continuity in specific regions but not yet robust global coverage. Therefore, it will not immediately reach territories heavily dominated by Starlink.

For Now, Starlink Remains Dominant with 25 Times More Satellites in Orbit

Currently, a direct comparison between Amazon Leo and Starlink is not feasible. SpaceX boasts around 10,000 Starlink satellites, whereas Amazon is still in the initial phase of a constellation projected to exceed 3,200 satellites. This substantial difference will impact coverage, capacity, and stability, particularly during the early months of Amazon Leo's service.

Indeed, the initial rollout of Amazon Leo could resemble Starlink's early beta phase in 2020. This translated to a functional experience but was characterized by outages, coverage limitations, and a strong dependence on user location. It's also worth recalling that Starlink began with nearly 900 satellites, offering speeds between 50 and 150 Mbps and latencies of 20 to 40 ms. Today, Starlink benefits from a much denser network, delivering an average of 200 Mbps download speeds and latencies around 25 ms. At least Amazon Leo is launching with significantly more advanced satellites compared to Starlink's initial offerings.

Amazon's primary bottleneck is not the manufacturing of Leo satellites but rather the pace of launches. The company has secured approximately 100 launch contracts with ULA, Blue Origin, Arianespace, and SpaceX. However, some key rockets crucial for accelerating deployment, such as New Glenn and Vulcan, have experienced delays or technical issues. Nevertheless, with the minimum threshold now met, Amazon Leo transitions from a distant promise to become Starlink's first genuinely significant competitor in the satellite internet market for consumers, businesses, governments, and aviation connectivity. This development is essential for incentivizing price competition.