Amazon is nearing its commercial entry into the satellite internet market through its Amazon Leo project, formerly known as Project Kuiper, after manufacturing the company’s 1,000th satellite at its factory in Kirkland, Washington. Project officials said initial service is scheduled for 2026, and that a Vulcan rocket launch is only weeks away, followed by a launch from Arianespace and at least one additional Vulcan launch during the year.
The constellation currently has 396 satellites in orbit, according to Chris Weber, vice president of business at Amazon Leo, while Rajeev Badyal, who leads the broadband effort, said that number is sufficient to begin service. Upcoming flights will add more coverage and flexibility to the network, while the company works to raise the existing satellites to their final orbital positions and complete the ground infrastructure needed for operations.
From Prototype to Large-Scale Production
Paul Palcisco, director of production, said the company converted a 170,000-square-foot building into a satellite factory over 15 months, while designing the satellites themselves. The experience illustrates the scale of the difference between building a limited number of satellites and producing them at large scale: Amazon needed six months to make its first 27 satellites, but it is now able to produce 27 satellites in one week.
The company focused from the outset on designing satellites that could be manufactured, then reorganized its training, quality-control and defect-detection processes. It also combined rigorous traditional space testing with higher-volume testing methods inspired by consumer electronics, reducing tests that had taken days or weeks to hours while maintaining the quality level it is targeting.
Amazon relies partly on outside suppliers for components they have extensive experience producing, but keeps in-house the components it considers to represent high technical value and intellectual property. One example mentioned by Palcisco is the propulsion system, which the company designs and manufactures entirely within its own facilities.
Multiple Launches and Direct Competition with Starlink
Amazon chose from the beginning to distribute launch risks by contracting with ULA, Blue Origin, Arianespace and SpaceX. According to Badyal, this diversity played an important role in keeping the program moving despite delays affecting the Vulcan rocket and problems that affected some partners’ schedules. The company is currently preparing two Vulcan rockets in parallel, with two rockets in vertical positions inside two integration facilities dedicated to upcoming missions.
The planned first-generation constellation consists of 3,232 satellites. Amazon says the service will target businesses, government entities and consumers, with plans to expand coverage and add portability and mobility as the number of satellites grows. It also confirmed that it has begun designing a second generation of the constellation and submitted its filing to the U.S. Federal Communications Commission, without disclosing details.
What Is Changing in Practice?
Amazon says one of Leo’s distinguishing features will be performance, targeting download speeds of up to one gigabit and upload speeds of 400 megabits, compared with approximate figures the company cited for Starlink of 350 megabits for downloads and 40 megabits for uploads. The source does not provide an independent test of these figures, so the stated comparison still requires practical verification after the commercial launch.
The company is also offering AES-256 encryption and a private network option that can extend from the antenna to the satellite, then to the ground gateway and the customer’s data center or AWS, without passing through the public internet. This could be important for institutions and government entities that need to isolate data traffic, alongside service-level agreements, professional installations and support directed at commercial customers.
For consumers, Amazon discusses price, ease of subscription and installation, and the possibility of integrating the service with products such as Prime, Prime Video, eero devices, Fire TV and Ring, but it did not announce service prices or when it would become available in each market in the material. The main questions remain tied to the company’s ability to maintain its launch and production pace and to turn internal tests and demonstrations into a stable, widely available service before the end of 2026.