Except to the uninformed people like me who didn't know what a fairing was. Okay, now I do thanks to the Internet. Yes, an excellent line now that I am informed. ;)
Exactly. In like a hundred years we might have a space robot "economy" completely separate to our economy and we may be able to go to space hotels, big telescopes, 0'Neil cylinders, that may cost nothing. The robots would have to be able to mine and smelt and construct in space. And be able to maintain stuff and make more robots and maintain themselves, to be able to build stuff in space for us (cos nothing is 100% reliable). Of course it would include AI. A big difference to those depressing inflatables that we have to take with us, not to mention the astronomical cost. Better to wait for AI to be advanced enough and maybe we could just tell the computer what we want and it will tell us how to initiate all of this.
@@AsbestosMuffins A reliable and cheap wireless printer. Most printers are sold at a loss because they know you will have to buy their ink for the rest of the printer's life. You want a nice reliable wireless printer you will likely get an expensive one.
Just imagine magnetic gearing being used on mainstream motorbikes and cars, just one of the many wonderful innovations that are spearheaded by Space exploration.
While they're impressive you have to understand they're limited by how much torque they can achieve. Can't use magnets to do tons of force. Makes sense for space but not on Earth.
This is how we build spaceship in the future, build shipyard in space through robot and 3d printing, and build the shipyard near asteroid belt, where resource is infinte and it will be cheaper to transfer resource between the mining factory and the shipyard, and build space based solar panel near the shipyard or transfer it from mars, and you have a very efficient logistic and building operation
Shame it had the audio cut out - would love to have heard the two robots bickering at eachother while trying to figure out who lost the last two screws.
Another note worthy shirt there !!! I think the push to mars is to far, we need to set up a base on the moon first....test out the tech alot closer to rescue!
@@Stylofo4m Are you kidding me, the moon is way closer to us! Baby steps is the way. One thing goes wrong on Mars and you have to wait like 2 years to check on your people. Moon's 3 days away, unbeatable.
Elon Musk is fascinating, but I don't believe the hype that surrounds Spacex and the mission to Mars. Joe Scott did a video on the difficulties of the trip to Mars with current technology, it would be fatal for the astronauts, that is to slow. Once arriving on Mars and establishing a colony, doubtful, he intends to terraform it by nuking it. Will Elon be going himself? Will Elon claim Mars for the USA? Fantastic, nationalism in space. Starlink giving world wide communication coverage, yes I will be able to text someone who I'm sitting right next too anywhere in the world. This is not my idea of progress for humanity. When Armstrong/Aldrin where pressured to make a statement extolling the virtues of the USA, they declined. I want us to go to the moon/mars and beyond without poisoning our solar system, to much and not disfigured by ugly nationalism. I might be peddling a pipedream but so is Elon Musk
@@Stylofo4m A veeery thin one, yes, and? Moon is still the logical next step, being so close to us. But hey who are we to even talk anyway, we will see... My money is on our moon :) Might not happen at all as well, seeing how we're destroying everything on here and crucial ressources are getting really scarce. Maybe our next bases are back in the caves.
Wow, the future of printing complex 3D organs in microgravity... that's very impressive. And sounds realistic since the value of human organs is so damn high, especially for mortals with access to large capital.
You can already harvest organs right now from donors. The important issue is the body rejects anything that is not there from the start of body development.
This was a very good video. I definitely like the idea of those contactless magnetic bearings. Especially as they can be 3-D printed like that. That has been one of the main limits for applying 3-D printing to mechanical parts that usually need very smooth surfaces.
You accept being locked down by your tyrannical government for the last year yet you also believe that the common man will be living in a Utopian space colony in the near future. The very same science that forces you to wear a ridiculous face diaper is also going to build this space fantasy for your betterment. Okay😆
Humans will always be more versatile and dependable than robots. Humans on Mars can build telescopes and radar tracking dish's that will act as early warning systems for Earth & the Moon, (as well as Mars) against meteorites/comets possibly Solar Flares. With the thinner atmosphere of CO2, it may give a clearer view and it is closer to the Main Asteroid Belt. Mars could be useful for mining the asteroids for rare earth metals.
@@David-yo5ws Concur. I saw a Swedish researcher posit the theory that general AI will never come to fruition, but that we will develop an ever-broader and more specialized range of narrow AIs which excel in narrow contexts. If you assume that he's correct the most interesting next question to ask (in my opinion is) - what happens when these narrow AIs learn how to internetwork and do transfer learning autonomously? I think that may be the point where we start to see something like general AI emerge.
@@paulcassidy4559 A thought provoking 'next question'. It makes me imagine what it would be like to have, say a time-less room, where sitting at a round table you have Stephen Hawking, Einstein, Professor Faul (Neurologist), Dr Christian Barnard (Heart transplant surgeon) and throw in a top DNA scientist and Botanist and Design Engineer, who would be representative of those narrow AI's & let them communicate at the speed of a Super Computer (in the far distant future): what would they come up with, utilizing their collective & combined output? Glad I won't be around for the answer ;-)
It will change everything for everyone, its not just building more habitats, and spacecraft, our automation is good enough to make everything, and I mean everything without humans, its just complications from gravity, convection losses, and contamination that that throws a wrench in the works, and space for the sometimes slower larger plants that stops us. This will be a fully post scarcity world.
I am really anticipating what amazing things can be made in space. Having the ever curious mind I possess I enjoy prognosticating about what our future beholds!!!
Ask yourself, Smart Phones have been around since 2007. Before that was the 2000 Flip Phone. How soon before the next big leap forward in communications technology? Convergence of Starlink, Neuralink and Smart Phone Tech at the nano scale :D Most futurologists are mired in just upping present tech slowly. I much prefer convergence and exponential growth of technology. It's more fun.
@@davidcadman4468 if you could interface your brain directly with the Internet, would you do so? Your Neuralink™ would receive firmware updates and apps and you would have petabytes of storage as well. An 8G antenna would be bioprinted in microgravity and grafted to the top of your ear, allowing gigabit Starlink Internet... Sign me up!
Ull be long dead before that happens. I bet they will build a big self sustaining ship capable traveling one way to the closest earthlike planet and ull never hear from them again
I don't know if I want to live to see the next industrial revolution. Considering what happened to factory workers during the first one. I'm worried that for whatever reason space based corporations will stop considering the rights of their employees. Hopefully the rules againest these practices will be upheld in the future. These are just my thoughts on the future of industry in space.
It's happening much faster now because of all the new technologies. I think growing organs in space will be very well funded and that will require laboratories up there. ua-cam.com/channels/HrSMrK7NRPbDxBwiWrLm-A.html is doing something now at a rapid pace.
We'll not learn from the numerous revolutions that came before us, so I'm glad I'm gonna be a pile of ash or some samples in a science lab before that time arrives. The human race simply can't learn to do the right thing, so we've been doomed since time we evolved. Let's give the dinosaurs another go, for the shits & giggles!
Wow! I heard about making things in space but had no idea that we are actually doing it! That's really awesome! :) Thank you for the video....and for making this channel.
The tyranny of the fairing - I never heard it put that way before, but you are correct Curious Droid. It appears that virtually every payload that it launched in recent years has an over-sized fairing. On another note, thank you Curious Droid for being a voice of logic and reason in a world in which opinions are increasing viewed as "alternative" facts.
If I remember correctly, they basically had to invent brushless motors for the KH-9 spy satellites so that tiny fragments wouldn't mess up the optics. Also Techshot is down the road from me!
Well, some times the world doesn't move forward as fast or in the direction one would think. In the 1960s everyone would assume we would have flying cars or a mars-base by 2020 - but instead we have Facebook and Twitter.
It will be interesting to see how future generations will build the robots in space, which in turn build larger robots which are necessary to construct larger space structures.
Haha, damn, i'd love to order my organs from space, they deliver the container at your door, or, smashing through the roof into your basement, but it looks pretty cool!
Oh the superconducting magnetic levitating bearing sounds very very interesting. It is the oil lubricant that serves as a bearing in internal combustion engines for the last many years. That sound futury....
We could build spacecraft the size of the space station in just 2 years if we automate, or remote the process of attaching the modules. In 2020, the Falcon9 flew more than 20 times flawlessly. When the Starship Booster is ready, it could do the same thing but with much more mass. So imagine launching at least 20 modules in 1 year. We could build the Enterprise in half the time it took to build the ISS.
thanks for great video. But I have a derived question. Max payload is limited by fairing. But what is actually limiting a fairing? I kind of understand that it is sort liquid dynamics and complex optimization problems. But can't they trade off efficiency once in a while in favor of bigger geometry?
The casting of materials with perfect internal homogenity /no gravity-pressures and density-variations/ will lead us to the metallic (and rigid plastic) foams.
we need 3D printer tech that can actually print the stuff too, which is why I have been focused on this and how to achieve for earth bound or internal units in a starship vacuum since a lot of the work has to have that vacuum to properly control the output of fabrication. I just wish there were more people working on or supporting this tech to allow a completed "replicator" level of printer tech that can produce every part it is made of, as well as the myrid of electronic and structural units made of virtually everything from the plastics people are used to thinking of, to metal or even molecular structures based on simple carbon molecules rather than large collections of polymer chains of carbon compounds like fused filament is mostly focused on,
Hmm... 3D Printed Spacecraft on space? The prospect Space Mining and using the materials to 3D print space vehicles. I could think of this as a future industry that we could possibly see soon, hopefully in our lifetimes. Edit: 7:00 welp I jinxed it
Wow! A super interesting relevant space video with no Elon! Those magnetic gears are a new level, just unbelievable and logical at the same time. Platinum asteroids here we come!
And there's the answer to all those blockheads who ask what's the use of the space program: it's a massive technology driver. I've been hearing about future space industry since I was a boy in the 70's. I'd like to live to see it for real.
That's incredible. I'm an hgv mechanic to trade so my job is worn parts. But if they're not touching then no wear and no lube and printing organs. Wow.
“Tyranny of the fairing” was an excellent line!
Except to the uninformed people like me who didn't know what a fairing was. Okay, now I do thanks to the Internet. Yes, an excellent line now that I am informed. ;)
Indeed. NASA PR is teeming with poets who missed their callings by diverting to technology...👸👨🎓🕵️♂️🎭🎖or "textology"?
Is it the next HBO drama in space?
I don't understand
Can you explain please? What is the reference?
the magnetic gearing was by far the most impressive thing ive seen this year.
It's also one of those things you hear and think "Damn, yeah that absolutely makes sense"
It's one of the most impressive things I've seen in many years, so simple too.
@MichaelKingsfordGray UNLIKE BARAK OBAMA
next level!
My jaw literally dropped
If Curious Droid ever goes to the International Space Station, they will have to manufacture shirts in orbit, too.
Your channel is the very definition of quality over quantity. You literally inspired me to start my own channel. I hope I can follow in your footsteps
So true
ikr
One of the only channels that really engages my brain. Plus his shirt game is unstoppable
Stolen comment from last video.
OK, but what does your shirt collection look like?
"Any machine in space, must have 100% reliability."
"Ok, what should we launch?"
"A printer!"
I don't know what will happen first, self sustaining fusion, or reliable wireless printing
Exactly. In like a hundred years we might have a space robot "economy" completely separate to our economy and we may be able to go to space hotels, big telescopes, 0'Neil cylinders, that may cost nothing. The robots would have to be able to mine and smelt and construct in space. And be able to maintain stuff and make more robots and maintain themselves, to be able to build stuff in space for us (cos nothing is 100% reliable). Of course it would include AI. A big difference to those depressing inflatables that we have to take with us, not to mention the astronomical cost. Better to wait for AI to be advanced enough and maybe we could just tell the computer what we want and it will tell us how to initiate all of this.
@@AsbestosMuffins A reliable and cheap wireless printer. Most printers are sold at a loss because they know you will have to buy their ink for the rest of the printer's life. You want a nice reliable wireless printer you will likely get an expensive one.
*right click - send to printer - Space Printer*
JPL: "why is the printer printing in space? who is printing this stuff?"
Next thing we need to send up is an IT robot, designed to turn the printer off and back on.
As usual, awesome shirts
I want that man wardrobe.
I know, right? I stay for the science, but I come for them shirts!
Agree.
one of my favorite parts of sci fi is seeing how things are built, this is super exciting to me
Just imagine magnetic gearing being used on mainstream motorbikes and cars, just one of the many wonderful innovations that are spearheaded by Space exploration.
You wouldnt really need them though, direct drive motors on the drive wheels
While they're impressive you have to understand they're limited by how much torque they can achieve. Can't use magnets to do tons of force. Makes sense for space but not on Earth.
@@TechnologistAtWork Yeah, good point. There probably still is some use for them on Earth though.
👍Thank you I said this in 1960.
I agree, maybe mag-assisted gearing at least
This is how we build spaceship in the future, build shipyard in space through robot and 3d printing, and build the shipyard near asteroid belt, where resource is infinte and it will be cheaper to transfer resource between the mining factory and the shipyard, and build space based solar panel near the shipyard or transfer it from mars, and you have a very efficient logistic and building operation
Wow! How can you not give this a thumbs up at the very least. Amazing 😯
4:25 - It reminds me of my wife and me building something from Ikea.
Shame it had the audio cut out - would love to have heard the two robots bickering at eachother while trying to figure out who lost the last two screws.
Nicely done. No hype, no excess drama. Just the facts as we know with some positive speculation. Thank you.
Another note worthy shirt there !!!
I think the push to mars is to far, we need to set up a base on the moon first....test out the tech alot closer to rescue!
@@Stylofo4m Are you kidding me, the moon is way closer to us! Baby steps is the way. One thing goes wrong on Mars and you have to wait like 2 years to check on your people. Moon's 3 days away, unbeatable.
Elon Musk is fascinating, but I don't believe the hype that surrounds Spacex and the mission to Mars. Joe Scott did a video on the difficulties of the trip to Mars with current technology, it would be fatal for the astronauts, that is to slow.
Once arriving on Mars and establishing a colony, doubtful, he intends to terraform it by nuking it. Will Elon be going himself? Will Elon claim Mars for the USA? Fantastic, nationalism in space. Starlink giving world wide communication coverage, yes I will be able to text someone who I'm sitting right next too anywhere in the world.
This is not my idea of progress for humanity. When Armstrong/Aldrin where pressured to make a statement extolling the virtues of the USA, they declined. I want us to go to the moon/mars and beyond without poisoning our solar system, to much and not disfigured by ugly nationalism.
I might be peddling a pipedream but so is Elon Musk
@@Stylofo4m Good, so we'll really be ready for Mars. Just restock every month or so, or something like the ISS. Can't do that on Mars, can you?
@@Stylofo4m A veeery thin one, yes, and? Moon is still the logical next step, being so close to us. But hey who are we to even talk anyway, we will see... My money is on our moon :) Might not happen at all as well, seeing how we're destroying everything on here and crucial ressources are getting really scarce. Maybe our next bases are back in the caves.
Wow, the future of printing complex 3D organs in microgravity... that's very impressive. And sounds realistic since the value of human organs is so damn high, especially for mortals with access to large capital.
You can already harvest organs right now from donors. The important issue is the body rejects anything that is not there from the start of body development.
Mr. Chikatilo has the best programming, but also his style is impeccable.
And I always look forward to what shirt Mr Shillito will present to us as well.
This was a very good video. I definitely like the idea of those contactless magnetic bearings. Especially as they can be 3-D printed like that. That has been one of the main limits for applying 3-D printing to mechanical parts that usually need very smooth surfaces.
Curious droid keeping us all sane during lockdown
@#$%$### lockdown grrrrr
Think of it as global spaceship crew training.
You accept being locked down by your tyrannical government for the last year yet you also believe that the common man will be living in a Utopian space colony in the near future. The very same science that forces you to wear a ridiculous face diaper is also going to build this space fantasy for your betterment. Okay😆
@@robertnichols78 You're mixing stuff up way too much.
@@robertnichols78 damnm someones got a stick up their arse
As usually the most advanced cutting edge channel of the web , thanks
Despite the challenges in producing these machines, they are where our future lies, more so than large human colonies on Mars.
i feel like mars is a gas station stop with the moon being step one and after mars .... well who knows but i look forward to it
Humans will always be more versatile and dependable than robots. Humans on Mars can build telescopes and radar tracking dish's that will act as early warning systems for Earth & the Moon, (as well as Mars) against meteorites/comets possibly Solar Flares. With the thinner atmosphere of CO2, it may give a clearer view and it is closer to the Main Asteroid Belt. Mars could be useful for mining the asteroids for rare earth metals.
@@David-yo5ws Concur. I saw a Swedish researcher posit the theory that general AI will never come to fruition, but that we will develop an ever-broader and more specialized range of narrow AIs which excel in narrow contexts. If you assume that he's correct the most interesting next question to ask (in my opinion is) - what happens when these narrow AIs learn how to internetwork and do transfer learning autonomously? I think that may be the point where we start to see something like general AI emerge.
@@paulcassidy4559 A thought provoking 'next question'.
It makes me imagine what it would be like to have, say a time-less room, where sitting at a round table you have Stephen Hawking, Einstein, Professor Faul (Neurologist), Dr Christian Barnard (Heart transplant surgeon) and throw in a top DNA scientist and Botanist and Design Engineer, who would be representative of those narrow AI's & let them communicate at the speed of a Super Computer (in the far distant future): what would they come up with, utilizing their collective & combined output?
Glad I won't be around for the answer ;-)
It will change everything for everyone, its not just building more habitats, and spacecraft, our automation is good enough to make everything, and I mean everything without humans, its just complications from gravity, convection losses, and contamination that that throws a wrench in the works, and space for the sometimes slower larger plants that stops us.
This will be a fully post scarcity world.
Here's the key to a much bigger and useful presence in space right here! 3D printing and robots.
The idea of getting a replacement heart that was printed in space is so crazy. We're in for another chapter.
I am really anticipating what amazing things can be made in space. Having the ever curious mind I possess I enjoy prognosticating about what our future beholds!!!
Love the new delivery!
So many new things in a single video. Contact less gears are super cool.
Thank you !
So going to have to wait for “Tea. Earl grey. Hot”?
Get a compliant boyfriend!
I'm afraid I can't do that, Dave. - Ash.
from what I heard at Oxford Professor Drexler you won't have to wait that long :D ua-cam.com/users/results?search_query=eric+drexler+nanotechnology
Ask yourself, Smart Phones have been around since 2007. Before that was the 2000 Flip Phone. How soon before the next big leap forward in communications technology? Convergence of Starlink, Neuralink and Smart Phone Tech at the nano scale :D Most futurologists are mired in just upping present tech slowly. I much prefer convergence and exponential growth of technology. It's more fun.
@@davidcadman4468 if you could interface your brain directly with the Internet, would you do so? Your Neuralink™ would receive firmware updates and apps and you would have petabytes of storage as well. An 8G antenna would be bioprinted in microgravity and grafted to the top of your ear, allowing gigabit Starlink Internet... Sign me up!
Can’t wait for the space industrial revolution!
Ull be long dead before that happens. I bet they will build a big self sustaining ship capable traveling one way to the closest earthlike planet and ull never hear from them again
Lol you won't be here
I don't know if I want to live to see the next industrial revolution. Considering what happened to factory workers during the first one. I'm worried that for whatever reason space based corporations will stop considering the rights of their employees. Hopefully the rules againest these practices will be upheld in the future.
These are just my thoughts on the future of industry in space.
It's happening much faster now because of all the new technologies. I think growing organs in space will be very well funded and that will require laboratories up there.
ua-cam.com/channels/HrSMrK7NRPbDxBwiWrLm-A.html is doing something now at a rapid pace.
We'll not learn from the numerous revolutions that came before us, so I'm glad I'm gonna be a pile of ash or some samples in a science lab before that time arrives.
The human race simply can't learn to do the right thing, so we've been doomed since time we evolved. Let's give the dinosaurs another go, for the shits & giggles!
Wow! I heard about making things in space but had no idea that we are actually doing it! That's really awesome! :) Thank you for the video....and for making this channel.
Stellar work my man ! As always
Imagine people from 100-200 yrs ago seeing the things we're capable of nowadays. Mind-blowing would be an understatement🤯
Fantastic video, Paul. Thanks 🙏
That was really updating thank you
Fantastic video. Thanks for making it.
Cool video, Paul!
I learned so much! Thanks man!
Impeccable style 😎
Perfect video! I was blown by the idea of friction less bearings. What an idea to use magnets!
The tyranny of the fairing - I never heard it put that way before, but you are correct Curious Droid. It appears that virtually every payload that it launched in recent years has an over-sized fairing.
On another note, thank you Curious Droid for being a voice of logic and reason in a world in which opinions are increasing viewed as "alternative" facts.
Another 1st class presentation..
Man every video of yours is mindblowing ..... So much to do , so much to wait
Thanks for this. That video was really interesting and informative. Love watching anything to do with space.👍👌🏴❤
Loved the video. As well as the shirt. As usual 😎Thank you!
Wow, we could build a huge telly in space and show adverts all over the globe!
noooooo! science has gone too far! :P ;)
@@kapa1611 🤣
Always the best content Paul, you never disappoint!
I just love this channel
I wait for your participation in spaceflight. It would be courios space lesson. You are one of the best.
If I remember correctly, they basically had to invent brushless motors for the KH-9 spy satellites so that tiny fragments wouldn't mess up the optics. Also Techshot is down the road from me!
Thank you for sharing.
Wonderful shirt! 😉👍
As we're sitting here going "Wow, neat!", I'm envisioning 100 years from now how this will seem so quaint. :-)
No, those shirts will still be neat in 100 years ;)
Well, some times the world doesn't move forward as fast or in the direction one would think. In the 1960s everyone would assume we would have flying cars or a mars-base by 2020 - but instead we have Facebook and Twitter.
@@satyris410 Haha, that is true!
Great video on a super cool topic!
It will be interesting to see how future generations will build the robots in space, which in turn build larger robots which are necessary to construct larger space structures.
Haha, damn, i'd love to order my organs from space, they deliver the container at your door, or, smashing through the roof into your basement, but it looks pretty cool!
Almost a million subs! You deserve it.
Your content is awesome mate.
Excellent, excellent, excellent
Yo that organ printing is super dope though...
Amazing ideas!
Having machinery parts function without touching,, now that is very impressive..
Yo magnets bitch !
Brilliant video, luminescent shirt and those gears man...they are something else.
Great video!
Fascinating research and knowledge as usual,greetings to you good sir
Oh the superconducting magnetic levitating bearing sounds very very interesting. It is the oil lubricant that serves as a bearing in internal combustion engines for the last many years. That sound futury....
Mind blowing presentation! Outstanding!
Always excellent.
Keep going Mr. Curious Droid, I love your channel!
The future is so exciting 🙌
I could listen to this guy and Scott Manley talk about interesting stuff all day. Ran out of new video's ages ago though :(
I actually got an advertisement for Markforged 3D printers before this
A dream 3D printer. Unfortunately, extremely expensive! $125k starting price for base model
That was great Paul. I really enjoy your videos. Have you done one yet n the Space Elevator?
Top Video Paul
Thank you for yet another great upload
another amazing space video! thank you
OK Good. I'm not alone in thinking those magnetic gears were the most impressive and important development revealed here.
We could build spacecraft the size of the space station in just 2 years if we automate, or remote the process of attaching the modules. In 2020, the Falcon9 flew more than 20 times flawlessly. When the Starship Booster is ready, it could do the same thing but with much more mass. So imagine launching at least 20 modules in 1 year. We could build the Enterprise in half the time it took to build the ISS.
Incredible
So cool!
Supercool stuff.
One high value employment opportunity in space will be maintenance specialists.
One of your very best
I would love to visit the moon, Mars... not so much. That commute really sucks!
You have some really interesting topics on your channel. Well done!
thanks for great video. But I have a derived question. Max payload is limited by fairing. But what is actually limiting a fairing? I kind of understand that it is sort liquid dynamics and complex optimization problems. But can't they trade off efficiency once in a while in favor of bigger geometry?
epic shirt, Sir. you’re ready for the future
Just short of a million subscribers cant wait for you to get it champ 💪🙌❤
Love Curious Droid
Getting close to 1M subs!
Yes just like everything on this channel is always excellent!
Finally a way to build a real spaceship
Happy Patreon patron here. Another great video - they never fail to be educational and interesting for me.
The casting of materials with perfect internal homogenity /no gravity-pressures and density-variations/ will lead us to the metallic (and rigid plastic) foams.
we need 3D printer tech that can actually print the stuff too, which is why I have been focused on this and how to achieve for earth bound or internal units in a starship vacuum since a lot of the work has to have that vacuum to properly control the output of fabrication. I just wish there were more people working on or supporting this tech to allow a completed "replicator" level of printer tech that can produce every part it is made of, as well as the myrid of electronic and structural units made of virtually everything from the plastics people are used to thinking of, to metal or even molecular structures based on simple carbon molecules rather than large collections of polymer chains of carbon compounds like fused filament is mostly focused on,
Excellent as always sir. I see you're getting close to 1 million subs! I look forward to you breaking that milestone ;)
First!
Thanks for another great video!
different level of explanations
Hmm... 3D Printed Spacecraft on space?
The prospect Space Mining and using the materials to 3D print space vehicles. I could think of this as a future industry that we could possibly see soon, hopefully in our lifetimes.
Edit: 7:00 welp I jinxed it
Wow! A super interesting relevant space video with no Elon! Those magnetic gears are a new level, just unbelievable and logical at the same time. Platinum asteroids here we come!
And there's the answer to all those blockheads who ask what's the use of the space program: it's a massive technology driver.
I've been hearing about future space industry since I was a boy in the 70's. I'd like to live to see it for real.
Epic!
2:59 Everyone is getting involved and no one is working!
You didn't mention the "Gateway foundation" that if all goes well, will be the really fist big structure totally build in space
That's incredible. I'm an hgv mechanic to trade so my job is worn parts. But if they're not touching then no wear and no lube and printing organs. Wow.