NASA Administrator Michael Griffin has announced plans to return to the moon by the year 2020 and establish a human presence there. As part of that effort, space architects and engineers are designing an inflatable habitat for astronauts on a lunar mission. It’s one of five surface structure prototypes being discussed as possible accommodations for astronauts on long-term stays on other planets.
Earth & Sky spoke to Larry Toups at NASA’s Johnson Space Center. His job is to figure out how to make a structure – sort of like a big tent – that’s light and compact to transport, and easy to set up on the surface of the moon. Toups said the advantage of an inflatable structure is that it can provide more room for less weight.
One of the main challenges is to be sure the structure itself is safe. The moon doesn’t have an atmosphere, so, for example, the inflatable structure has a layer that protects against micrometeroids. In fact, this structure consists of between 7 and 10 layers of lightweight material woven together.
They’re testing it out in Antarctica to see how it performs in an extreme environment analogous to the surface of the moon, or even Mars. NASA has set a deadline for itself – the year 2012 – to decide if the inflatable habitat will get off the ground.
Toups added that the development of the lunar habitat will have benefits for people on Earth, like much of the technology that came out of Apollo and the space age.
Our thanks today to NASA during the International Polar Year.
Our thanks to:
Larry Toups
Lunar Surface Systems Project Office
Constellation Program
NASA Johnson Space Flight Center
Houston, TX
I would like you to pass this along to someone who has the authority to check it out. I have never examined moon dust first hand, but from what I have heard about it from those who have, it sounds to me that it may have the properties of an excellent cement of the type used to make concrete. If this is the case, then the most valuable thing they can take on that first new mission to the moon will be high tech concrete working tools. Provided they can cook up enough water for new lunar construction, and the material has the ability to set within a vacuum this idea will dramatically decrease the weight while increasing the living space of the astronauts. The constructed lunar buildings would be permanent and only need to be sealed on the inside to be habitable. Thanks, and I hope this memo reaches someone who also thinks outside the box, Brian.