Amazon will launch two prototypes of Project Kuiper in 2022

Amazon wants to launch the first prototype satellites for Project Kuiper at the end of 2022. The company founded by Jeff Bezos aims in the future to put 3,236 satellites into orbit in order to deliver high-speed internet.

After space tourism, Amazon embarks on satellite internet. The American giant announced, in statmentThey applied for a trial release license with the Federal Communications Commission (FCC). In the fourth quarter of 2022, Amazon will launch the first two prototype satellites for its Kuiper Project. The KuiperSat-1 and KuiperSat-2 satellites will be placed in orbit at an altitude of 590 kilometers by the RS1 rocket from ABL Space Systems. They will be an ‘important step in development’ [du projet Kuiper] » Refers to the press release.

The Kuiper project aims to deploy a constellation of 3,236 satellites in low Earth orbit in order to provide high-speed Internet via satellite. Unlike ADSL, satellite internet allows freedom from all geographical restrictions, and therefore no more white areas. This project reminds us of Elon Musk’s project. With Starlink, Space X and Tesla chief is already ahead of rival Jeff Bezos because he has already launched nearly 2,800 satellites, out of a planned 12,000, with Falcon 9 rockets. A few thousand customers are now testing Starlink for a dollar. 99 per month does not include the $499 calling package. according to Le New York TimesThe Federal Communications Commission has given Amazon until mid-2026 to launch half of the 3,236 satellites.

Danger to spatial vision?

With a budget of $10 billion—similar to Starlink—the Kuiper project is raising fears of an increase in space debris and visible chaos for astronomers. However, the company founded by Jeff Bezos is reassuring. The satellites are designed to completely disintegrate in the atmosphere, and the two models will be “actively absorbed after the mission.” In addition, one of the two satellites will be equipped with a sun visor to understand if it is an “effective way to reduce reflectivity and mitigate its effect on optical telescopes on Earth.”

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