Building a lunar simulator on Earth: the vacuum dome

In this episode, Rod and his students conduct an analysis of the requirements of a dome to house a vacuum equivalent to that on the moon (The vaccum dome).

EM2 is the Earth to Moon to Mars project, to develop and test technology for humankind’s colonisation of other world.

NASA has identified a moon base as the springboard to a Mars base, so Boswell Technologies is spearheading a grass roots effort to test as much technology as possible before it goes into space.

you can watch the video in this page or click to see in Youtube.

To get involved, email roderick.boswell@gmail.com

You can watch the video for a professional description of read the following for a general description!
Building a vacuum dome for the lunar environment

The Moon is a harsh environment, with no atmosphere to protect humans from the vacuum, radiation, and extreme temperatures. In order to live and work on the Moon, we will need to create artificial habitats that can provide a safe and comfortable environment.

One way to do this is to build vacuum domes. Vacuum domes are large, airtight structures that can be filled with air or other gases to create a breathable atmosphere. They can also be used to protect humans from the harmful effects of the lunar environment.

Building a vacuum dome on the Moon will be a challenging task. The materials will need to be strong and lightweight enough to be transported to the Moon, and the dome will need to be sealed tightly to prevent air from leaking out.

However, there are a number of different ways to build a vacuum dome on the Moon. One approach is to use inflatable modules. Inflatable modules are made of lightweight materials that can be folded up and transported to the Moon. Once on the Moon, the modules can be inflated with air to create a dome.

Another approach is to use 3D printing. 3D printing can be used to create complex structures from a variety of materials. This could be used to create a vacuum dome out of lunar regolith, the loose soil and rocks that cover the Moon’s surface.

Once a vacuum dome is built on the Moon, it can be used for a variety of purposes. It could be used as a habitat for humans, or it could be used to grow food or produce materials. Vacuum domes could also be used to build observatories or research facilities.

Here are some of the key considerations for building a vacuum dome on the Moon:

  • Materials: The materials used to build the dome must be strong and lightweight enough to be transported to the Moon, and they must be able to withstand the harsh lunar environment.
  • Construction: The dome must be constructed in a way that ensures a tight seal. This will prevent air from leaking out and will protect the occupants from the vacuum of space.
  • Life support systems: The dome will need to be equipped with life support systems to provide the occupants with air, water, food, and temperature control.
  • Radiation shielding: The dome will need to be shielded from radiation from the Sun and from cosmic rays.

Building a vacuum dome on the Moon will be a challenging task, but it is essential for the future of human exploration and settlement on the Moon.

Here are some of the potential benefits of building vacuum domes on the Moon:

  • Protection from the lunar environment: Vacuum domes can protect humans from the vacuum, radiation, and extreme temperatures of the lunar environment.
  • Versatility: Vacuum domes can be used for a variety of purposes, such as habitats, greenhouses, observatories, and research facilities.
  • Sustainability: Vacuum domes could be built using lunar regolith, which is a readily available resource on the Moon.

Vacuum domes could play an important role in the future of human exploration and settlement on the Moon.

2 thoughts on “Building a lunar simulator on Earth: the vacuum dome”

  1. Pingback: Communicating with a Moon base - Boswell Technologies

  2. Pingback: Reducing the cost and entropy of human missions to Mars -

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