The battle to take over the internet with satellites is heating up, and Amazon Project Kuiper is finally making its bid after years. The company is about to deploy its initial manufacturing satellites, an important milestone towards making Starlink by SpaceX nervous. Will Amazon, though, succeed in catching up with an organization that has over 7,000 satellites launched in orbit and millions of customers all around the world?
Amazon’s second launch, Kuiper Atlas 1 (KA-01), will deploy 27 satellites into low Earth orbit (LEO) on a United Launch Alliance (ULA) Atlas V rocket. The launch date is April 9 and marks the initial deployment of Amazon’s finished satellite design. In a GeekWire interview, Project Kuiper Vice President Rajeev Badyal said, “We’ve done extensive testing on the ground to prepare for this first mission, but there are some things you can only learn in flight, and this will be the first time we’ve flown our final satellite design and the first time we’ve deployed so many satellites at once.” The satellites will orbit 630 kilometers above the planet, circling the world every 90 minutes at over 17,000 mph.
The game is high for Amazon. Federal Communications Commission (FCC) rules mandate the company to launch and connect the first half of the 3,236 satellites it is seeking by July 2026 and the remaining by July 2029. In case of failure to meet the timelines, there is a possibility of reduction of authorization of the constellation. In order to work within these schedules, Amazon has bought 83 launches with partners from among several providers, including ULA, Arianespace, Blue Origin, and even SpaceX. The launch partners are one measure of the size of the project and the schedule pressure.
The satellites of Amazon incorporate cutting-edge technology, including phased array antennas, high-power processors, and optical inter-satellite links for high-speed data transfer. These abilities are designed to deliver optimal performance from the constellation, with beta trials available to customers such as Verizon and Vodafone towards the latter half of the year. Space Systems has also focused on sustainability, employing a novel dielectric mirror film that keeps the satellites as unseen as possible to astronomers on the ground a nod to growing criticism of the environmental impact of large constellations of satellites.
Project Kuiper’s biggest selling point is its customer terminals. Amazon will offer a range of antennas, from a small seven-inch by seven-inch dish weighing only one pound but offering speeds of up to 100 Mbps. More commercial and residential-sized terminals will offer speeds of up to 1 Gbps. The firm will be manufacturing the devices for less than $400 each, something that potentially means they might be less expensive than what Starlink will be offering.
And still, with all of these advances, Amazon is way behind. Starlink has a colossally large head start since its constellation is already operational to millions of subscribers. In addition, SpaceX satellites have laser interconnects, which Amazon has not even shown on its test satellites yet. Optical interconnects are critical for a connected space ecosystem. Satellite-to-satellite interconnects that use radio communications cannot compete with the performance of optical systems and space-to-space communications over long ranges, University of Colorado, Boulder aerospace engineering professor Scott Palo stated. Satellite-to-satellite links via radio-based communication can’t compare with the performance of the optical technology and space-to-space communications over long distance. The scalability of operations by Amazon will be a measure of success.
Amazon’s Kirkland, Washington-based production facility is not leaving any stone unturned in a bid to meet the needs of its hyper busy launch plans. ULA Head Tory Bruno recently predicted a dozen Amazon and other customers launches during the year, split between Vulcan Centaur and Atlas V rockets. But rollout speed will need to kick into high gear to meet FCC needs. Amazon must launch almost 95 satellites per month in order to reach its 2026 goal by some estimates. The competitive satellite internet sector is in a hurry.
Though Starlink is the clear leader, others like OneWeb and China’s emerging constellations are hot on its heels. The sheer quantity of the satellites raise fears of congestion in space and even risk of collision. In FCC filings, Starlink satellites carried out over 50,000 collision-avoidance maneuvers between last June and November. Danielle Wood, leader of the Space Enabled Research Group at MIT’s Media Lab, warns, We can’t maintain the same pace of just adding new satellites in a way that’s going to guarantee safety. More cooperation and communication between companies and governments is needed. Amazon’s foray into satellite internet is a moment of reckoning for the industry.
With billions of dollars invested and an obvious deployment schedule, Project Kuiper has the potential to revolutionize the world’s connectivity. As Rajeev Badyal said, “No matter how the mission unfolds, this is just the start of our journey, and we have all the pieces in place to learn and adapt as we prepare to launch again and again over the coming years.” Whether Amazon will be able to take advantage of its technology innovation and logistics and make them a competitive Starlink is yet to be seen, but there is one thing certain: the competition for satellite internet is far from over.
