The Oxyde is a spacecraft/space module designed to Robonauts to the asteroid belt located between Mars and Jupiter. It would also be used to pull smaller asteroids back closer to the Earth and Moon and could house engineers in charge of mining operations.
Traveling within our solar system will probably become a possibility in the next 50 years. The next logical step will be to mine rare metals in space—if the numbers add up.
How will we do this? Will we develop multi-purpose vehicles for this task? That’s the idea behind the Oxyde concept.
How it Works
The Oxyde would be designed to carry humanoid robots into space. (See Robonaut 2 by NASA.) It would not, however, be engineered to re-enter our atmosphere. It would fly out into space by riding on top of a super heavy lift launch vehicle and remain there for the duration of its useful life.
The first Oxyde would be equipped with a chemical rocket powerful enough to reach the Asteroid Belt and bring back a small asteroid. Once it reached its destination, robonauts would exit the spacecraft and begin to survey and select suitable asteroids to mine.
Of course, the mass of the targeted asteroids would be limited by the thrust and fuel available on the Oxyde for the return trip. However, it would also be possible to send fuel to the surveying team once a candidate is selected.
Obviously, pulling an asteroid back to Earth will not be an easy task…. Smaller thrusters could be anchored to the rock and controlled by an onboard AI designed to steer and navigate it.
Once the Oxyde is back near the Moon, it could enter a lunar orbit with the asteroid and mining operations could begin.
At this point, a crew of human engineers could take their places aboard the Oxyde and live there to supervise mining operations. Basically, the Oxyde would become a space module for the mining crew.
What It’s Used For
Would you like humans to colonize the Solar System one day? If the answer is yes, then there will need to be a financial incentive, and mining is probably one of the best ones to attract investors. Of course, the cost will still be astronomical (100 Million $ US just for each launch, plus the spacecraft, preparation, etc.). There are thousands of unanswered questions, but this concept was meant first and foremost to continue the discussion around space mining operation.
I would like to thank Martin Rico for creating the images of the Oxyde concept. Martin lives near Buenos Aires, Argentina. He studied Design at the University of Buenos Aires and now works as a Freelance Industrial Designer. Martin also designed the Seataci Yacht concept and the Sutton and Maui Snowboard and Surfboard mobile rental units.