...associated transportation systems (spent rocket stages) and other related debris have entered the space domain. While many of these... The challenges posed by the increasing amount of debris and smaller satellites are fostering innovation and the ...
... means that the threat of a potential collision or break-up in orbit will escalate. This increased likelihood of increasing amounts of debris endangers current and future satellite missions and puts society’s reliance on data from space at risk. ELSA...
...first milestone this week as it successfully caught some mock debris 300 kilometres above the Earth. Like the plastic that .... It is estimated that over half a million pieces of debris of varying sizes clutter the space around Earth. The problem has...
... the research is principally performed in Australia where government-university-industry programs have led to many breakthroughs in space debris detection and tracking over the past decade. The maturity of this tracking technology and the existing...
...challenges that complicate efforts to preserve the space environment for future generations. Detecting space debris is not easy. Most orbital debris is below 10 cm in size, and this is the hardest to track and monitor due to the detection limitations...
... a 400 km altitude, 51.6 degree inclined orbit. Design changes made for BEAK include a new aeroshell deployment mechanism. Debris mitigation LEO is one of the most commercially valuable regions of outer space (second only to geostationary orbit, GEO...