Amazon's Project Kuiper Takes Off, Challenging SpaceX’s Satellite Internet Dominance

By taking the tech competition to space, Amazon has officially launched Project Kuiper, competing with Musk’s SpaceX. Through the first launch of Project Kuiper, twenty-seven satellites have been sent into low-earth orbit via an Atlas V rocket from Cape Canaveral Space Force Station, Florida, at 7 p.m. ET on Monday. 

Internet Satellite Competition 

Amazon has debuted in the internet satellite market to break the monopoly of Musk’s Starlink on low-earth orbit. SpaceX launched the first batch of Starlink internet satellites in 2019 and since then has more than 8,000 Starlink satellites in orbit. On Monday, Starlink launched 27 V2 Mini satellites via Falcon 9, highlighting the ongoing efforts of Musk to strengthen Starlink’s constellation of satellites in low-earth orbit. 

Analysts are skeptical whether Amazon Project Kuiper will break the hegemony of Starlink in space, as Amazon is lagging six years behind SpaceX. Craig Moffett, senior managing director at the research firm MoffettNathanson, said 

“Kuiper is going to have a long way to go to catch up to be able to serve a significant part of the market. It looks like there is a very, very high probability that this will turn out to be too late for it to ever come close to being an attractive investment.”

Amazon Kuiper and SpaceX Transforming Global Internet Infrastructure

Amazon Kuiper and SpaceX are competing in low-earth orbit to transform the global internet infrastructure. These satellites are capable of providing the internet to remote areas where traditional broadband could not reach. However, launching satellites in low-earth orbit is not a piece of cake for either of the tech giants. Thousands of satellites are required to orbit closer to Earth than traditional communication satellites. Moreover, they need to travel more than 17,000 miles per hour (27,360 kilometres per hour) to maintain a smooth connection with the ground-based infrastructure. 

Currently, SpaceX’s Starlink satellites operate at roughly 340 miles (550-kilometer) altitude, while Amazon's Kuiper will settle at roughly 390 miles (630 kilometers) above Earth. Sitting higher than Starlink actually costs Kuiper some signal strength and adds latency, so Amazon has to make that up elsewhere in its network design. However, penetrating the already established satellite internet market dominated by SpaceX will be a Gordian knot for Amazon.