... has not been found on the Moon, the raw materials necessary to produce lime are present. If future lunar missions had high energy power sources, it would be possible to develop the technology to process these materials to produce lime...
... of the Human Landing System (HLS); and ESA’s Commercial Partnerships and Commercial Lunar Mission Support Services (CLMSS) for the provision of lunar communications and navigation services. A European Large Logistic Lander could enable a series...
... with the new heavy-lift launcher, the Soyuz 5, with a target date of a lunar landing in 2030. Indeed, under the Sirius programme, simulated lunar missions in Orel have already taken place. This artwork for a design concept for...
... building a robot arm. In return, European, Japanese and Canadian astronauts will be included in early lunar missions. Reasons and resources With the lunar far-side landing, China has achieved something that the world’s preeminent nation in automated...
... of a small-class prototype opens the door to the realisation of future testing activities on the different aspects of a lunar mission. For instance, the level of dexterity of space robots could be largely increased by the addition of human factors...
.... A model of Asagumo under test in lava tubes in Japan. Ultimate goal One of the main criticisms of previous lunar mission developments has been their lack of sustainability. The Apollo programme itself was famously unsustainable, largely from...