Amazon Completed Its 1,000th Broadband Satellite
The company ramped up production to 27 units weekly to support its planned 2026 customer service rollout.
Updated on Oct. 9, 2026 in Space
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Amazon has officially completed its 1,000th low-Earth orbit (LEO) broadband satellite at its dedicated manufacturing facility in Kirkland, Washington. This production milestone arrives as the firm prepares for its first commercial launch aboard a Vulcan rocket.
Why it matters
The rapid scale-up of satellite manufacturing capacity is intended to support a multi-layered constellation, beginning with a 3,232-satellite network. Reaching this milestone positions the company to initiate commercial broadband services in 2026.
The Kirkland factory now produces 27 satellites per week to populate the authorized 3,232-unit constellation. Terminals for the system, known as Leo Ultra, are rated for download speeds of 1 gigabit per second and upload speeds of 400 megabits per second.
The players
Amazon
A multinational technology conglomerate developing a vertically integrated satellite internet constellation through its Kuiper hardware and infrastructure division.
The details
The facility in Kirkland covers 170,000 square feet and was built in 15 months after Amazon acquired the space in December 2022. Each satellite requires several weeks for assembly and testing before deployment. The company also maintains a separate regulatory filing for a 5,105-satellite direct-to-device system intended for future expansion.
Timeline
December 2022: Amazon acquired the Kirkland factory building.
October 8, 2026: The 1,000th satellite was confirmed complete.
Q4 2026: The first launch is scheduled to occur on a Vulcan rocket.
2026: Amazon expects to begin rolling out customer service.
2028: Deployment of the direct-to-device system is slated to begin.
The Tech Race
Amazon is accelerating its manufacturing pace to compete with established low-Earth orbit satellite networks currently providing global connectivity. This 1,000-unit milestone marks a transition from prototype development to the high-volume production required to populate the authorized 3,232-satellite constellation.
Residential users will eventually access the network via Leo Ultra terminals capable of 1 gigabit per second throughput. While initial service is planned for a 2026 rollout, pricing and specific geographic coverage zones have not yet been disclosed.
The takeaway
The transition to high-volume manufacturing confirms Amazon’s shift toward commercial infrastructure deployment. Watch for the Vulcan launch in Q4 2026, which will serve as the critical validation point for the system's satellite bus performance in orbit.
What happens next
The first commercial deployment is scheduled for Q4 2026 aboard a Vulcan rocket, which will serve as the primary indicator for the system's operational viability.
Further reading
For more background on the infrastructure of satellite internet, visit the Space section.
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