... as deep as 2 metres. It is reported that the probe will carry on board, a Panoramic Camera (PCAM), Lunar Regolith Penetrating Radar (LRPR), and the Lunar Mineralogical Spectrometer (LMS). If all goes according to plan, then more Chang’e missions are...
... that the most favorable ice deposits for mining are likely tens of centimeters or deeper within the lunar regolith, even in locations where ice is currently stable at the very surface. High concentrations though are distributed randomly...
... use of local materials has also been demonstrated: a 1.5 tonne building block has been printed using simulated lunar regolith. Up in orbit, 3D printers for polymers are already present on the ISS and a metallic printer is set to join them...
..., either by rover tracks, engine exhaust or even eventually, new footprints. Tests were done on the way the lunar regolith is disturbed in different controlled conditions. A 93-page document emerged from these studies with the title ‘Recommendations...
...to be the first ‘astro-scientist’ training centre on the lunar surface. There, astro-scientists will be trained to perform complicated ... pole, where crater-based resources, in particular the lunar regolith and icewater in the lava tubes at the bottom,...
... cost effectively will be through reusable launch vehicles. A concept for constructing a lunar base using automated 3D printers, making use of lunar regolith as building material. SpaceX recently succeeded in the Falcon-9 launch of astronauts to the...