In Moon Camp Explorers each team’s mission is to 3D design a complete Moon Camp using Tinkercad. They also have to explain how they will use local resources, protect astronauts from the dangers of space and describe the living and working facilities in their Moon Camp.
Casavant Saint-Hyacinthe-QC Canada 14 0 / 1 English
Our base is called Armstrong in homage of the first man who went on the moon in 1969. Our base can welcome at least 6 people. Almost of the establishment will be underground to protect the astronauts and the tight will be on the moon to get all the sun that the algae need to grow. The tight will has a special glass to protect the algae from too strong UV rays.
Our astronauts want to go on the moon to create a population on the moon. They also go on the moon to do some research to learn new things aout the moon
Close to the lunar poles
We chose this emplacement because the temperatures are more comfortable for the astronauts (0 to -55 Celsius degrees). Also, there is more sun rays in this emplacement, and it will help us to produce energy.
Our moon camp will have an exterior part to enter in the base, but the biggest part will be underground to protect the astronauts from the meteorites and the UV radiations. For the exterior part, a 10 to 20 cm layer of polyethylene will protect the peoples from dangerous radiation. The rest of the habitation will be built with regolith.
Our lunar camp will be almost totally buried in the ground to protect the astronauts from meteorites since the moon does not have an atmosphere to protect them. Also, the part that will be on the surface of the moon will be made from regolith, lunar sand and urine to create a kind of ultra-resistant brick that will be made by a 3D printer, directly printed on the moon. This will minimize the Earth/Moon trips.
Water
Because we are situated on the poles, big ice zones can be drill with a heated drill and after, we will convey the water to the filtration station who is connected to the moon camp.
Food
The astronauts will eat algae and vegetable who will grow in the tight or they also can eat dehydrated food.
Electricity
We will use rotative solar panels to collect a maximum of sun. The extra energy will be stock in giant battery. Because we are situated on the poles, we will have 14 days of sun and 14 days of darkness.
Air
To have good air, a lot of plants will use the CO2 to do good air. Also, the airlock will reduce the good air who will go outside so we will reduce a lot of time the same oxygen.
Our astronaut training program will include mechanic lessons so, if there is a prblem on the moon camp, they can repare it. Also, they will have secourism lessons because if someone has a problem, they can check the problem and give to the person the good medication.
