How NASA is using 3D Printing
ฝัง
- เผยแพร่เมื่อ 2 มิ.ย. 2024
- 3D Printing has proven itself to be an important part of successful space exploration. NASA has also been investing heavily in this technology. This video will explore how NASA is using 3D printing in many areas and how 3D printing will advance space exploration for the future.
*Chapters*
00:00 - Intro
00:28 - Tools & Repair Parts
01:42 - Rocket Components
02:57 - Lunar Habitats
04:11 - Rovers
04:51 - Other Areas
05:34 - Outro
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replicators are not far behind now. Star trek becoming a reality 😍
This is honestly the whole reason for this channel. To see the beginnings of replicators.
Now we are getting somewhere 😮😊
A nice video.. you certainly seem to be up to speed on things. The new institute on metal 3d printing you mention at the end will be on certification and understanding of laser processing..essential for predicting performance of critical parts.
Thank you for the feedback.
So pleased I stumbled upon your channel. 3D printing is fascinating, seeming to have limitless applications and I thank you for your clear presentation of a compex subject.
Thank you very much.
We’re getting pretty close to a real world replicator. This is great to boldly go 😮
Excited to see the progression towards them.
really informative!
Thanks!
Seems like you would need some sort of liquid binder which wouldn’t be found on mars , calling shenanigans on the mars 3D printing walls for a habitat
There's a website that says mixing titanium and martian soil is used to 3d print, martian soil is made mostly out of sand/iron oxide, and they would be melted together not mixing water.
@@Imbatmn57 wouldn’t you need some sort of refining process to get the native soil to a level of consistency?
i still like my 3d printer design for my space ship factory
Sounds interesting
Still waiting for the first 3-D printed human
Hopefully I’ll be around to cover it here.
has NASA optimized 3D printing to make use of zero gravity to it's advantage to do prints that can't be done on earth? saame goes for vacuum
I think the only test they did was to see if zero gravity would affect 3D printing in space. Which it did not.
We will print spaceships grown to our DNA
Ugh, when building on the Moon, critical structures like habitats, CHAP's and generator power should be underground, not on the surface.
It has no atmosphee and thus any micrometeors will hit the surface when on collision course for the Moon.
Cheap solar panels that can be recycled on the Moon itself, after being hit by such a microasteroid up
to the point of breaking, should also be a usable tech and applied for cheap power, which the Moon
has in abundance, since it's almost never nighttime, and once again has no atmosphere which then
enhances Lunar power collection.
Once all the sub-surface is done, then yes, maybe a couple surface domes for recreation.
This is true for all teh easily recyclables or expendables, but not for key structures.
In fact sending a tool drone to the Moon, should be the first step and allows for remote operation
of just about any task, like drilling, solidifying any subsurface structure.
The Moon is mostly dust, so digging is hard, with all the dust flowing back into the hole.
This can be overcome by laserhardening of the dust hole as it is being drilled.
The alternate method would be solidifying blocks of Lunar dust into solid 'bricks'
in shapes that allow for veritcal downward construction, like O rings or curved bricks.
A curved downward spiral for Lunar vehicles with solidified floor would also be useful
and disallow direct airlock impacts with small-medium meteors, increasing safety.
For any human presence I'd suggest a spin based gravity enhancer.
Tilted closed platform carrousel/spinwheel. 0.1 G surely isnt enough for long term presence.
A very impressive detailed argument for subsurface prioritization, i think the testing of surface colonies on mars is to make the idea of colonization sexy so they can spend more government money without blowback.
Now all nasa has to do is create a viable ftl propulsion unit and they are good to go.
Regards😊
No need, They’ll just piggy back off Space X. LOL. Thanks
@@aprintedworld i had no idea space x has a practical ftl propulsion system.
Regards
They could repeat Moon landing in tghe last 60-70 years.What makes you think that dead dinosaur can pull this out? NASA shouls be shut down as a failure as it is.
Meanwhile spending billions on expendable rockets AGAIN...
Nothings more efficient than government research.