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Amazon’s satellite internet venture, Project Kuiper, is initiating its ambitious plan to rival Starlink by deploying 27 satellites into low Earth orbit today. This launch marks the first phase in constructing a network aimed at competing with Elon Musk’s SpaceX service. The question remains: can Kuiper effectively challenge Starlink’s lead in the satellite internet market? We examine the current situation.
Understanding Project Kuiper
Essentially, Kuiper is envisioned as a constellation of numerous satellites designed to transmit internet signals globally. This infrastructure aims to provide internet access to users in underserved and remote areas lacking traditional terrestrial infrastructure.
This concept mirrors Starlink, the satellite internet service already operational under SpaceX. Project Kuiper, established in 2019, is a subsidiary of Amazon, spearheaded by founder Jeff Bezos.
While Amazon did not grant an interview request from New Scientist, the company has previously stated that its satellites will operate at speeds exceeding 27,000 kilometers per hour, orbiting Earth approximately every 90 minutes. To access the internet, customers will need to acquire and install a compact antenna at their location.
Kuiper KA-01 Mission: Launch Schedule and Viewing
This inaugural mission is designated KA-01, or Kuiper Atlas 1, with a scheduled launch time of 7pm EDT on April 9.

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A United Launch Alliance Atlas V rocket will transport the satellites from Cape Canaveral Space Force Station in Florida. Amazon has stated that this mission will represent the heaviest payload ever carried by this launch vehicle.
United Launch Alliance is set to broadcast the launch live on its website, commencing 20 minutes prior to liftoff.
First Deployment of Finalized Satellites
While Kuiper launched two prototype satellites in October 2023, this mission signifies the first deployment of the final, enhanced satellite version. The company emphasizes this launch as a “significant upgrade.”
Improvements include enhanced solar panels, propulsion systems, and communication technology. Notably, astronomers will welcome the inclusion of a dielectric mirror film coating designed to minimize reflected sunlight. Concerns have been raised by astronomers regarding the impact of highly reflective satellites from other ventures, which have been described as an “existential problem for astronomy”.
Starlink’s Current Market Position
Starlink currently holds a leading position in the satellite internet sector by a considerable margin.
Kuiper has received authorization from the US Federal Communications Commission to operate 3,236 satellites. The company has indicated that it plans to commence offering internet services to consumers once 578 satellites are in orbit.
Even with a successful launch today, Kuiper still needs to deploy an additional 551 satellites before it can begin generating revenue from its services.
The company reports securing over 80 launches with various providers to deploy its complete satellite constellation. Interestingly, SpaceX is among the launch providers contracted by Kuiper.
SpaceX initiated satellite launches in 2019 and currently boasts over 6,750 satellites in orbit, serving millions of subscribers. SpaceX is also developing Starshield, a military-focused satellite network, reportedly under contract with the US government.
Can Kuiper Bridge the Gap?
Kuiper faces a substantial challenge to close the gap with Starlink, which benefits from a significant head start and the advantage of being under the same ownership as a rocket launch company.
While not under Amazon’s direct ownership, Jeff Bezos’s space venture, Blue Origin, aims to replicate SpaceX’s reusable rocket advancements. This could potentially accelerate Kuiper’s progress.
Amazon possesses potential advantages. Its vast customer base of online shoppers and streaming service users could be incentivized to adopt satellite internet through bundled offers or promotions.
Furthermore, a substantial global population lacks consistent internet access, representing a significant potential market. The long-term viability of multiple major satellite internet providers, alongside smaller competitors such as OneWeb, remains to be seen.
Alternative technologies, including uncrewed, solar-powered aircraft designed for long-duration high-altitude operation, could also emerge as cost-effective alternatives to satellite networks.
However, the emergence of a strong competitor in the satellite internet market is undoubtedly favorable for consumers.