Amazon’s Kirkland, Washington, satellite factory was a real October 2022 manufacturing milestone—not just an office expansion. The planned 172,000-square-foot facility was designed to integrate, assemble, test, and qualify thousands of low-Earth-orbit broadband satellites for Project Kuiper. Amazon now calls the program Amazon Leo, and says the Kirkland site can produce up to five satellites per day at peak.
Those figures describe planned or company-stated capacity, not an independently verified daily output. The factory is one part of a much larger system that also requires launches, orbital deployment, ground infrastructure, regulatory approvals, and customer terminals.
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What Amazon announced in 2022
On October 27, 2022, Amazon said it was preparing a roughly 172,000-square-foot production facility in Kirkland to manufacture satellites for Project Kuiper, its planned broadband constellation.
The announcement mattered because Amazon was moving beyond spacecraft research and prototype work toward repeatable, industrial-scale production. The company described a factory model intended to produce satellites more like consumer electronics or automobiles than traditional one-off spacecraft.
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At the time, Project Kuiper’s planned constellation consisted of 3,236 satellites. Amazon faced an aggressive deployment timetable tied to its Federal Communications Commission authorization, including an original requirement to launch at least half of the constellation by 2026. That was the regulatory and business context behind the push to build a high-volume production operation.
The program’s name has since changed. On November 13, 2025, Amazon announced that Project Kuiper had become Amazon Leo. References to Kuiper in the original announcement are therefore historical; the underlying satellite-internet program is now branded Amazon Leo.
Why Kirkland needed to be different from Redmond
Amazon’s Seattle-area operations were not all intended to do the same job. Redmond was the company’s research-and-development center, supporting engineering, early integration, and prototype work. GeekWire reported that the Redmond operation occupied about 219,000 square feet.
Kirkland was planned as the production counterpart: a dedicated environment for standardized assembly, integration, testing, and qualification. In practical terms, that meant creating repeatable manufacturing steps that could be improved, automated, and scaled as more satellites moved through the line.
| Location | Primary role |
|---|---|
| Redmond, Washington | Research, development, engineering, and early prototype work |
| Kirkland, Washington | Satellite production, final assembly, integration, testing, and qualification |
| Florida | Payload processing and preparation for launch |
How fast was the factory supposed to work?
Amazon’s production estimates changed as the facility progressed:
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- The initial 2022 target was one to three satellites per day.
- A later production interview described a peak target of up to four satellites per day.
- Amazon’s more recent description says the Kirkland facility can build up to five satellites per day at peak.
These numbers should not be read as a verified average. “Up to five per day” is a peak-capacity statement. It does not prove that five completed satellites leave the factory every day, that all units pass qualification immediately, or that five satellites are launched daily.
The distinction is important for understanding the economics and execution risk of a satellite network. A production line can have substantial nominal capacity while actual deployment is constrained by component supply, testing, software qualification, launch availability, payload processing, orbital commissioning, or regulatory requirements.
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The available reporting describes Kirkland as a manufacturing and qualification facility, not simply a warehouse. Its work was intended to include:
- Satellite integration and final assembly.
- Functional testing and qualification.
- Precision adhesive application.
- Antenna measurement.
- Increasing use of automation and robotics.
- Standardized, repeatable production steps suitable for high-volume manufacturing.
Amazon said its engineers had designed robots for tasks requiring highly consistent precision, including applying adhesives and measuring antennas. That does not mean Kirkland manufactures every satellite component from raw materials. The evidence supports a production, integration, testing, and qualification role—not a claim that the facility is a fully vertically integrated spacecraft plant.
Where is the factory?
Amazon did not officially identify the precise address in its original announcement. GeekWire linked the project to a roughly 172,000-square-foot industrial space at the Totem Lake Commerce Center, 12521 128th Lane NE, Kirkland, based on real-estate listings and local construction permits. Amazon declined to confirm the location at the time.
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The careful distinction is:
- Confirmed in the original reporting: Amazon planned a 172,000-square-foot production facility in Kirkland.
- Reported or inferred: The likely site was the Totem Lake Commerce Center at the address above.
- Not safe to state without qualification: That Amazon officially confirmed the address in the 2022 announcement.
For Seattle-area readers, the location helps illustrate the project’s connection to the broader Eastside technology and aerospace workforce. But the address question should not obscure the more important point: Kirkland was intended to be a scaled production site, while Redmond remained central to research and engineering.
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How Kirkland fits into Amazon Leo’s supply chain
A satellite factory alone cannot deliver broadband service. Amazon’s system requires a chain running from design and assembly through launch and orbital operation.
Amazon has also built a separate 100,000-square-foot payload-processing facility in Florida. The company says that site can support up to three simultaneous launch campaigns. Satellites produced and tested in Washington must ultimately be prepared for launch, integrated with rockets, deployed, commissioned, and connected to the broader network.
Amazon has identified a multi-provider launch strategy involving Arianespace, Blue Origin, SpaceX, and United Launch Alliance. That approach can provide access to more launch capacity, but it also creates coordination and scheduling dependencies. Manufacturing throughput and launch throughput are separate metrics.
The timeline after the announcement
- October 27, 2022: Amazon announced the planned Kirkland production facility for Project Kuiper satellites.
- October 6, 2023: Amazon launched its first two prototype satellites on an Atlas V rocket.
- 2024: Amazon later said it began full-rate production at its dedicated Kirkland satellite-manufacturing factory.
- April 2025: Amazon Leo began full-scale constellation deployment, according to Amazon.
- November 13, 2025: Project Kuiper was renamed Amazon Leo.
- 2026: Amazon continued describing plans to build, launch, and deploy the constellation, including an effort to increase launch activity.
Amazon said it had more than 150 satellites in orbit by November 2025. A current Amazon overview also says deployment has continued through more than 80 launches contracted with multiple providers. These are company-reported program updates, not an independent production ledger for the Kirkland factory.
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The original FCC deadline needs historical context
The 2026 deployment language attached to the 2022 story should not be repeated as though the regulatory situation never changed. The original reporting described the then-existing FCC milestone requiring Amazon to launch at least half of its planned 3,236-satellite constellation by 2026.
Later FCC actions and filings changed the regulatory context. A June 5, 2026 FCC document identifies Amazon Leo as formerly Project Kuiper and discusses milestone-related conditions and deployment requirements. Any current account should therefore distinguish between the original authorization and schedule, later waiver or regulatory developments, and Amazon’s current deployment plans.
That distinction matters because regulatory compliance is another dependency between factory capacity and commercial service. A production line can support a deployment plan, but it cannot by itself satisfy orbital, spectrum, launch, or service obligations.
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It demonstrates a serious industrial strategy
The Kirkland facility shows that Amazon was trying to apply mass-production logic to satellite internet. A constellation of thousands of spacecraft requires more than excellent prototypes; it requires repeatable processes, quality control, testing capacity, supply-chain planning, and a way to reduce the time and cost of producing each unit.
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Even a five-satellite-per-day peak capacity would not guarantee that Amazon Leo meets every deployment target. Potential bottlenecks can move elsewhere in the system:
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- Component availability and supplier quality.
- Environmental and functional testing.
- Software and hardware qualification.
- Rocket availability and launch delays.
- Florida payload processing.
- Orbital deployment and satellite commissioning.
- Ground-station and network readiness.
- Regulatory milestones.
It does not equal customer availability
Amazon said an enterprise preview began in November 2025 and that broader service rollout was planned during 2026. Availability depends on location, rollout stage, network coverage, terminal supply, and the type of customer being served. Readers should check Amazon’s current Amazon Leo information page rather than infer service availability from the existence or size of the Kirkland factory.
Other issues surrounding a large satellite constellation
Amazon said it was working with astronomers to reduce satellite reflectivity and mitigate effects on night-sky observations. That is a relevant design and astronomy concern, but testing mitigation approaches is not the same as proving that the issue has been solved.
Competition is another part of the story. Starlink had a substantial head start when the 2022 Kirkland announcement was made, with thousands of satellites in orbit and hundreds of thousands of subscribers according to contemporary GeekWire reporting. Those figures are historical and should not be treated as a current 2026 market comparison without updated sourcing.
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Bottom line
Amazon’s Kirkland project was designed to turn satellite manufacturing into a repeatable, high-volume operation. The 172,000-square-foot facility was meant to complement Redmond’s research work and feed a broader system that includes Florida payload processing, multiple launch providers, and orbital network deployment.
The project has moved beyond its original announcement: Amazon says full-rate production began in 2024, full-scale deployment began in April 2025, and the program is now called Amazon Leo. But the company’s stated peak capacity of up to five satellites per day should be understood as manufacturing capability, not proof of sustained output, launch cadence, or completed broadband service.
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