Amazon's CEO Jeff Bezos announces the design of the new moon landing 'Blue Moon'
The aerospace startup
Blue Origin | Blue Moon
Jeff Bezos unveils mock-up of Blue Origin's lunar lander Blue Moon-The Verge
At the Convention Center in Washington, DC , Bezos announced a mockup of Blue Moon, a lunar landing gear that Blue Origin has been working on for the past three years. Blue Moon can be launched in combination with Blue Origin's vertical landing rocket ' New Glenn ' announced in 2017, and Blue Moon itself will be equipped with its own engine ' BE-7 '.
You can see in detail the following image movie to see what Blue Moon is actually a lunar lander.
Introducing Blue Moon
Blue Moon flies over the moon.
The Blue Moon, which also carries an engine, is capable of autonomously navigating the space, carrying a
It seems that you can eject the package from the main body while floating in the outer space.
The BE-7 engine is mounted in the direction of Blue Moon, and the four legs extend in the same direction as the engine.
It was vertical with the side with the legs down.
While still vertical, Blue Moon slowly lands on the moon. Blue Moon's precision guidance and descent sensors use machine learning to land accurately anywhere on the moon.
An arm extends from the top of the landing Blue Moon ...
A small lunar probe has been taken down.
According to Bezos, Blue Moon can carry up to four lunar probes simultaneously. At the moment, it seems that it has not become a mechanism for humans to ride, but it seems that it will also be possible for humans to board by creating a larger Blue Moon version.
In his event announcement, Mr. Bezos stated that 'a very fundamental and long-term problem is that humans will eventually use up the energy on the earth,' and this solution is for the energy of the solar system in places other than the earth. It is to get the source.
'The most important thing we know about the moon is that there is water,' Bezos says, using the liquid hydrogen fueled by Blue Moon's BE-7 engine. It may be possible to produce from the surface ice.