NASA Will Turn Asteroid Into A Space Station For Astronauts



future, futuristic, CalTech, NASA, space missions, space, missions to Mars, Mars, California Institute of Technology, space station, asteroid, Earth, moon, space projects, space project
A group of scientists at CalTech in collaboration with NASA intend to seize a 500 ton asteroid, and turn it into a space station for astronauts on their missions to Mars. According to the report prepared by Nasa and Caltech this project will have an estimated cost of $2.1 billion. It is planned to run in an ‘asteroid capturing capsule’ via a rocket into the space between the Earth and the Moon. The capsule will engulf the rock with a space bag equipped with drawstrings; when captured, the capsule will be able to tug the rock into a gravitationally neutral spot, and then place it to orbit the Moon. Thus space explorers will have a stationary base to launch trips deeper into space. This promising project might be rather helpful for our understanding of space and near-Earth objects.
Via:astounde.com, dailymail.co.uk

future, futuristic, CalTech, NASA, space missions, space, missions to Mars, Mars, California Institute of Technology, space station, asteroid, Earth, moon, space projects, space project

future, futuristic, CalTech, NASA, space missions, space, missions to Mars, Mars, California Institute of Technology, space station, asteroid, Earth, moon, space projects, space project


More Posts:

Top 10 Bizarre Concept Cars
Innovative Balcony Transformed From Bloomframe Window (+VIDEO)
Get Three-dimensional Images Of The Viscera With A Scanning Device
The Portable Power Center Produces Green Energy At Any Place (+VIDEO)
ESA Will Build A Lunar Base Using A 3D Printer
David Hanson Warns That We Only Have A Few Years Left To Teach Robotics To Be Humane
Allen Cell Types Database: Understanding The Fundamental Building Blocks Of The Brain
Why Can't We Experiment On Human Embryonic Stem Cells?
Demo of HoloLens-Aided Neurosurgery
Cognitive Mobility: Olli The Self-Driving Vehicle And Watson The Cognitive System