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Astroscale ha raggiunto un importante traguardo il 25 agosto, quando il suo satellite demo per la rimozione della spazzatura spaziale, che è attualmente in . ....
5th May 2021 - 08:00 GMT | by Arie Egozi in Tel Aviv RSS Will this solution extend the service life of in-orbit satellites? (Photo: Astroscale) A US-owned Israeli firm is developing a logistical solution to avoid the problem of drift orbit. Israeli company Effective Space has designed an auxiliary satellite to prolong the life of an operational satellite in low-earth or geostationary orbit by up to 15 years. Tests of the new system are being conducted in cooperation with US company Astroscale, which acquired the intellectual property, assets, operations and engineering . Want to read more? To read this article, along with thousands of others like it, start your Premium News free trial. ....
~ There are estimated to be more than 500,000 fragments of space debris measuring more than one centimeter in size, each hurtling around in space at a speed of 8 kilometers per second (km/s). If debris were to strike an artificial satellite, it could have a significant impact on the global meteorological observation and GPS (Global Positioning System) systems. Now, however, a string of Japanese startups are coming forward with solutions for removing space debris from rocket parts and defunct satellites, as Japan’s technology leads the way to resolving the environmental issues of outer space. ELSA-ｄ Space Sweepers On March 22 at 3:07 P.M. (JST), space startup company Astroscale (Sumida Ward, Tokyo), founded in 2013, launched the world’s first space debris removal demonstration satellite, the ELSA-d, from the Baikonur Cosmodrome in Kazakhstan. ....
Astroscale A satellite is about to demonstrate a new way of capturing space junk with magnets for the first time. With the frequency of space launches dramatically increasing in recent years, the potential for a disastrous collision above Earth is continually growing. Now, Japanese orbital clean-up company Astroscale is testing a potential solution. The firm’s End-of-Life Services by Astroscale demonstration mission is scheduled to lift off on 20 March aboard a Russian Soyuz rocket. It consists of two spacecraft: a small “client” satellite and a larger “servicer” satellite, or “chaser”. The smaller satellite is equipped with a magnetic plate which allows the chaser to dock with it. ....