2.1.a – Where do you want to build your Moon Camp?
Shackleton crater
2.2.b – Why did you choose this location?
Firstly, the crater is located near the Moon’s south pole, which makes it an ideal location for a base due to the presence of water ice in the permanently shadowed areas of the crater. Water is a critical resource for human survival, and having access to it on the Moon could significantly reduce the cost and complexity of future lunar missions.
Secondly, Shackleton Crater has near-constant sunlight on its rim, providing a source of solar power for the base. This is particularly important for long-duration missions, as it would allow the base to operate continuously without the need for large energy storage systems.
Thirdly, the crater’s location at the Moon’s south pole also provides access to a wide range of scientific opportunities, including the study of the Moon’s geology, the search for resources, and the exploration of the lunar environment.
Finally, the unique location of Shackleton Crater also provides protection from the harsh radiation environment on the Moon’s surface, making it a safer location for human habitation.
Overall, Shackleton Crater’s location, availability of water, solar power potential, scientific opportunities, and radiation protection make it a promising location for a future lunar base.
2.2 How do you plan to build your Moon Camp? Describe how you can use the Moon’s natural resources, and which materials you would need to bring from Earth.
One of the key advantages of building a Moon Camp is the availability of natural resources on the Moon. The Moon’s surface is rich in materials such as regolith, which is a mixture of dust, rocks, and other materials. Regolith can be processed to extract resources such as oxygen, which can be used for breathing and rocket propellant, and metals such as iron, aluminum, and titanium, which can be used for construction.
To build a Moon Camp, the first step would be to send robotic missions to explore and map potential landing sites and identify the best areas for resource extraction. Once a suitable location is identified, a series of landers would be sent to transport equipment and materials needed for construction.
To minimize the amount of material that needs to be transported from Earth, the camp would be built using a combination of locally sourced materials and prefabricated components. The regolith would be excavated and processed to extract resources such as oxygen, water, and metals. These resources could be used to manufacture construction materials such as bricks, concrete, and metals.
Additionally, solar power would be a critical component of the Moon Camp’s infrastructure, providing energy for lighting, heating, and other essential functions. Solar panels could be deployed on the surface to harness the abundant sunlight on the Moon.
While some materials would need to be transported from Earth, such as specialized equipment and supplies that cannot be manufactured on the Moon, the goal would be to minimize the amount of material needed from Earth to reduce the cost and complexity of the mission.