... all insurers and satellite owners, with more than 200 dead satellites in geostationary orbit. Of even greater concern for operators with assets in lower Earth orbits is the additional threat of collision from thousands of launch vehicle spent parts...
... that prevents it being controlled from the ground. This has great value in different situations. In the case of geostationary orbit, where narrow slots are assigned to operators, a satellite has to be removed in order to make way for the newer...
... impossible. This could be the case not only for LEO, but also for medium Earth orbit (MEO) and geostationary orbit (GEO). So, it is absolutely imperative that we tackle the issue of congestion and debris in space before LEO constellations...
..., all these satellites will need to be launched. Launch providers, already suffering from a downturn in the traditional geostationary orbit (GEO) launch market, will be relieved. The world’s main commercial launch providers are hoping to make up for...
...km above the planet). But that’s where it stopped. As of today, no one has found a way to make space beyond geostationary orbit ‘pay’. In a bid to remove this logjam by kick-starting commercial initiatives intended to carry our economic activity even...
... attack display with attack sequencing marks. Escalation control There is a vast region of space between geostationary orbit and the Moon that is not routinely tracked by terrestrial space surveillance sensors Due to the global nature of ...