MIT fabricates silk guns to move in non-gravity space

Astronauts will use a silk shotgun inspired by spiders to pull the body from one point to another

Researchers at Massachusetts Institute of Technology (MIT) have tried many optimal ways to allow astronauts to easily move in non-micro or gravity environments, such as on the International Space Station ISS, for example. and the best solution they give: use a spider shot like a spider !

Picture 1 of MIT fabricates silk guns to move in non-gravity space

The device will fire a silk thread with a magnetic head.

Accordingly, astronauts will use a silk shotgun inspired by spiders to pull the body from one point to another. Xin Liu, a technical specialist at MIT, said: "Its mechanism is quite similar to Spider-Man. The device will fire a thread with a magnetic head. When this head comes in contact with a steel plate, it will try to determine the rope to the surface with magnetic force, then the device will start to rewind, like a fishing rod, but in the opposite direction, and pull the user back in. Because of the non-gravity environment, you there is no weight so such a small device can still pull a person around without any problems. "

With more and more astronauts working on space longer, solutions like this will become extremely important. Although astronauts like to try to adjust life in a micro-gravity environment by pushing walls to move, or crawling with handrails, the newly developed silk rifle will help everything become easier and sure to get a certain response from astronauts.

Currently, the MIT device called "Orbit Weaver" has not yet been tested in real orbit. However, Liu had the opportunity to try it on a simulated flight, using the free-fall process to create a weightless feeling in a time span of less than a minute.

"It worked; I could fire the thread and move with it. But I have to say that it's hard to do anything. This is my first time in a non-gravity environment. The weightless process. "The feeling of being dizzy comes very fast. I can't move too fast because of the safety protocols in the plane. Everything we do must comply with federal regulations." - Liu explained.

Liu said MIT has no plans to commercialize this technology (anyway, this is a technology . useless, unless you buy yourself a . space station to use) . However, it still plans to work with partners who wish to push the technology further.

Update 17 December 2018
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