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Galleria del progetto Moon Camp 2023-2024 

Lasciatevi ispirare da questi incredibili habitat per l'esplorazione umana dello spazio progettati da gruppi di studenti di tutto il mondo.

Resource Extraction Rover by The Space Farers

TASIS Portogallo  Sintra-Lisboa    Portogallo 13 anni, 14 anni   3 / 2 Inglese Luna



Link esterno per Tinkercad 3D design



Descrizione del progetto

Abbiamo scoperto che la terra lunare (regolite) contiene molto ossigeno e composti metallici, quali: Ossido di silicio, ossido di alluminio, ossido di calcio, ossido di magnesio, ossido di titanio, ferro, sodio, potassio, cromo, zirconio.

So we decided to make a rover that collects regolith and separates the elements from each other. Our first idea was to use electrolysis to separate the different elements, but then realised that electrolysis had to be done in a liquid, so we had to find a new solution.

The Rover drives along the equator of the moon at roughly 10.5 miles per hour and is powered by solar panels. This is just enough to be in sunlight at all times. This means it can run constantly and not have to stop during the night. As the rover drives along, it scoops up lunar dirt and brings it to a heating chamber, where it then shoots high power lasers at it. This starts to heat up the regolith, and since each of the different elements have a different melting point, one by one they will turn into a gas. Every time one element turns into a gas, a valve will open and suck it into a separate chamber, and then seal again. There the gas cools down and solidifies back into a pure element. The process is repeated until there is nothing left in the heating chamber and then the process will start all over again with a different batch of lunar dirt. There will be a drop off point at a certain spot on the Moon where it can empty its storage.


#Design 3D

Altri progetti
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  Cúpula espacial.
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  流浪者
  广州 - Cina