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Because of the incoming mission of Artemis on the Moon, the extraction of water, oxygen, and metal from the lunar regolith is necessary, which involves intensive power requirements. To keep a mining unit operation running continuously, a technical solution known as the Tall Lunar Tower (TLT) claims to be able to capture sunlight 93% of the time through a solar panel structure. The composition of a typical panel is 76% glass, 10% polymer, 8% aluminum, 5% pure silicon, and 1% other metals. Fortunately, we just need ...

The possibilities and prospects of a solar sail using to solve new problems of space systems control are discussed. The economic and environmental benefits that can be obtained with this control method for interplanetary transitions or for the functioning of the space system in the near-planetary space are considered. This type of control is carried out through the use of special solar sail designs that allow the maximum use of light pressure. The very idea of the solar sail control is connected with the search fo...

The extraction and utilization of planetary materials in situ are of utmost importance to establish a sustainable human presence on Mars. Among these resources, water stands out as the most valuable due to its potential for producing rocket propellants and supporting life systems for astronauts. This research delves into the water resources in Meridiani Planum, an equatorial region where the presence of hydrated sulfates has been confirmed. Leveraging data from the Opportunity Rover and its advanced instruments- t...