This new technology is expected to enter service in 2026.
The new technology is called "accelerator"And it looks like slingshotwhich is regarding 94 meters long, and attached to it is a rotating arm that moves at a speed of up to 8000 kilometers per hour.
This slingshot can launch projectiles up to a height of regarding 7.6 km currently.
The supervising company published a video showing the launch of a projectile in the form of Rocket of the new slingshot to test its ability.
The company said that the launched payloads were subsequently recovered and were not damaged, so the launch is a milestone as it shows that the system is able to protect sensitive devices launched with the payloads.
The owner of the idea is a company "SpinLaunch"which seeks to provide an easy way to access outer spacesuch as sending satellites weighing up to 199 kilograms to an altitude of up to 60 kilometers.
Test No. 10 included loads from an agency "NASA"and a company "Airbus"and Cornell University, Inc "Output Space".
This test also sought to see if these items were capable of carrying 10,000 grams.
Jonathan Yani, CEO of the company responsible for the project, said that flight No. 10 represents an important turning point in the company’s work, with the opening of the system. "accelerator"which it works to accomplish in front of clients, strategic partners and research groups.
Yanni added that the data and insights gathered from flight tests are invaluable to his company seeking to develop an orbital launch system, as well as to customers who want to take advantage of the company’s services for sustainable, low-cost access to space.
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This technology paves the way for a new way to launch satellite to low Earth orbit (less than 1,000 km above Earth).
This new technology is expected to enter service in 2026.
The new technology is called an “accelerator”, and it looks like slingshotwhich is regarding 94 meters long, and attached to it is a rotating arm that moves at a speed of up to 8000 kilometers per hour.
This slingshot can fire projectiles up to a height of regarding 7.6 km at present.
The supervising company published a video showing the launch of a projectile in the form of Rocket of the new slingshot to test its ability.
The company said that the launched payloads were subsequently recovered and were not damaged, so the launch is a milestone as it shows that the system is able to protect sensitive devices launched with the payloads.
The idea behind the idea is the company “SpinLaunch”, which seeks to provide an easy way to access outer spacesuch as sending satellites weighing up to 199 kilograms to an altitude of up to 60 kilometers.
Test No. 10 included loads from the agency “NASA“, and a company “AirbusCornell University, and satellite maker OutputSpace.
This test also sought to see if these items were capable of carrying 10,000 grams.
Jonathan Yani, CEO of the company responsible for the project, said that Flight 10 represents an important turning point in the company’s work, with the opening of the “accelerator” system, which it is working on, to customers, strategic partners and research groups.
Yanni added that the data and insights gathered from flight tests are invaluable to his company seeking to develop an orbital launch system, as well as to customers who want to take advantage of the company’s services for sustainable, low-cost access to space.
