A FULLSCALE space station model has been blown up at Nasa’s Marshall Space Center in Alabama.
The bizarre experiment was conducted by Sierra Space, which blew up its first space station module prototype in preparation for future missions.
SWNSThe full-scale LIFE inflatable space station was burst as part of an experiment supported by Nasa[/caption]
SWNSThe inflatable space station burst and produced stunning images[/caption]
Blowing up the space station prototype was no small task.
The module was about the size of a three-story building apartment.
Sierra Space has called its space station LIFE, which stands for Large Integrated Flexible Environment.
The space habitat was over 20 feet tall before it burst.
It was made from woven fabrics and is designed to be carried on a rocket on space missions.
Once in space, it can be inflated in orbit and become a home for astronauts.
The aim is for the space home to be bigger in volume than the current International Space Station.
Sierra Space wanted to test the safety limits of the structure and how much was too much inflation.
An Ultimate Burst Pressure was used to test just how strong the space station material is.
Sierra Space CEO Tom Vice says: “We are driving the reinvention of the space station that will shape a new era of humanity’s exploration and discovery in Low Earth Orbit and beyond.
“Sierra Space’s inflatable space station technology offers the absolute largest in-space pressured volume, the best unit economics per on-orbit volume and lowest launch and total operating costs.
“Having the best unit economics positions Sierra Space as the category leader in microgravity research and product development, providing customers with the most attractive return on their investment.”
Nasa’s Marshall Space Flight Center provides services to Sierra Space as part of a Reimbursable Space Act Agreement.
The agreement supports the company’s development of commercial Low Earth Orbit technology and risk reduction activities.
SWNSThe inflatable aims to provide a home in space[/caption]