Mankind's quest to live among the stars gets a little more realistic with the advent of 3-D printing.
If
humanity's longtime dream of a moon colony is ever going to be
achieved, its architects will have to deal with the fundamental
logistical problem of having to haul boatloads of building materials
into outer space — an expensive and time-consuming endeavor that, quite
simply, isn't feasible considering the financial troubles NASA is
currently facing.
So... what then? The answer, say
skyward-looking engineers, is to harvest available materials from the
moon itself. The European Space Agency recently revealed plans to use a 3-D printer to build the complex shapes and pieces of equipment that would make up an inhabitable space base.
3-D
printing, lest you forget, is a technique that allows users to "print"
three-dimensional objects layer-by-layer. Usually, the printers employ
plastic in place of ink, but a diverse range of materials like metal,
clay, and yes, even chocolate can be used to print toys, furniture, or
whatever else can be sketched out with AutoCAD, software for
computer-assisted design and drafting. More recently, 3-D printers have
been the subject of intense scrutiny, with several media outlets
reporting that people can theoretically build operational handguns and
rifles at home if they download the correct plans.
Now, a team of
researchers from the architecture firm Foster + Partners is exploring
the possibility of using portable 3-D printers to convert lunar material
into a moon base. Working with a UK-based company called Monolite,
researchers were able to chemically mold sand-like material together
with a special kind of binding salt that forms into a sturdy, stone-hard
solid. "Our current printer builds at a rate of around 2 m per hour,"
Monolite founder Enrico Dini tells Discovery News, "while our
next-generation design should attain 3.5 m per hour, completing an
entire building in a week." (Take a look at the base and the machine
here.)
This, however, isn't the first time 3-D printing has been
tapped to possibly build a moon base. Last year, NASA challenged
researchers at Washington State University to develop a technique to
build smooth, cylindrical shapes for a future space habitat.
Brought to you by NetLingo: Improve Your Internet IQ
Subscribe to the NetLingo Blog via Email or RSS here!