Nah. Not perfectly. I can't move middle finger without moving the other two Edit: it is a joke. That arm is absolute awesome piece of tech. I am jelous of its creator and cant wait for customer ready product.
My ring finger would only move up to 60 D from hold position while others could up to 90 D. Besides , it's not a plain and linear . I bet you would remember that one "The most comfortable thing for supporting in sleep is not feather pillow but our hand" PS - I'm not taking robotic major, I study history.
We already got jetpacks and flying cars, for hoverboards it would depend on the propulsion method. If it were powered by fans and not some kind of antigrav tech, it would be pretty feasible to think we would get those in the near future. The robo maid will have to be last unfortunately.
Obsidian Oxide those jetpacks and flying cars you mentioned are not the practical kind that can be used anywhere and is available to the masses. Wish we could get to that level like in the scifi movies.
This is really impressive. It seems like you've pretty much perfected the hydraulic muscular, but I do have some suggestions(some of which you may have already considered) if it were me, I'd incorporate a gyroscope/compass and accelerometer in the head so that you can use the feedback to keep track of orientation. I'd also suggest some kind of position sensor in each joint that you can reference to animate a digital replica of the the physical android so that it knows the orientation of each limb. Also an inverse kinematic control system to simplify animation, and using the sensors and some basic logic for things like self balance, and the digital mirror to simplify the logic behind the I.K.
As a point, for better biometics, rather than position sensors on the joints, length and tension sensors connected to the muscles, like spindle and golgi nerves, might be more appropriate.
Or just use an hall sensor. It's a sensor that measures the distance from the magnet. Or he can measure the angle of a magnet turn. Similar to an electronic compass
@BalanceDemolitionCorpThe things we listened about edison aren't completely true actually....he was rich enough to buy patents of the bulb which was developed by someone and then improved it by hiring people....
@@jayesh3192 Thomas Edison was the Steve Jobs of his day in a lot of ways. His early genius is undeniable like his work on tech that no one talks about like telegraphy multiplexing, etc. but he was a master at using the media of the day to promote himself and his ideas. There's a load of myth (BS) mixed in with the technological innovation for sure. Read "A Streak Of Luck" by Robert Conot.
Amazing! It can reseal its own holes and even still function while damaged beyond self repair! I like being able to see the muscles moving under the "skin"
nah dude that PAM is empty when it deflates and doesnt bleed when it renflates it bleeds. PAMs were first developed (under the name of McKibben Artificial Muscles) in the 1950s for use in artificial limbs. The Bridgestone rubber company (Japan) commercialized the idea in the 1980s under the name of Rubbertuators. en.wikipedia.org/wiki/Pneumatic_artificial_muscles [SORRY FOR BEING ANOYYING]
the irony here is that the cost of artificially replicating parts or the entirety of the human body as close to perfect as possible is absurdly high and yet your born with it, regardless of your socioeconomic position basically even the bottom of society has access, meanwhile humanity a near impossibility in the cosmos is viewed by society as cheap expendable resource.
I knew a guy. OD'D. THEY HAD HIM IN A COMA FOR ABOUT 5 DAYS. Took his kidneys, liver, and heart. Maybe a lung too. Point is the guy was a 2 pack a day smoker and a more an occasional drug user. Aged 40. I bet they told the recipients he was a healthy 25 year old asian male or some shit.
Its all relative. Current R&D may make this seem expensive at the moment. In the end when one Man can operate all aspects of production, cost will be negligible... Humans/biology will always take time to grow.
Marketing: can we give the middle finger yet? Engineer: yeah we've been flipping birds since day one. Marketing:😔do you know how many memes we could've had by now🤑
this comes to show how actually complex the human muscles can be, im actually very impressed by this, i have never imagined to see someone build a robotic arm (or any other part) that could move on a very fluent way, wonder why most people didnt thought of that before.
Right..? I thought such tech would be possible in like 20 years...but I got shocked to see it already exists..after finding it on youtube, now imagine how far it would all go in 20 years..holy crap, real human like robots, I'd love to have such realistic robot to be as my partner or wife in the future..imagine this being driven using ChatGPT 7 or later versions of it..just wow
Congratulations for your progresses. I think I'm not the only one of your subscriber that would like to know more about you as a researcher for this project, but also other things: Like if you're fully time-invested in it or have like a job, what's your method for developing the arm, if you have any colleagues... If you're not willing to answer any of these questions I can fully understand, otherwise a blog of yours could be something interesting to watch
Thank you. I started this 7 years ago because I wanted something inhuman that could do any job for me. Lots of people have worked on it from time to time, but now there are 6 of us and we do it in our spare time, for free. I want to start a robotics company soon.
Wow! I'm impressed! I've done a decent amount with mckibbens muscles though mine have as of yet been pneumatic. What strength, and contraction ratio are you getting? At 80PSI I was getting 80lbs of lifting force, under no load contraction was ~30% under full load it was about 10%. (Keeping in mind the muscle weighed under a pound with lines included.) Before seeing this video my plan was to go to hydraulics eventually. Seems like it is more viable than I thought! I figured the elasticity of the muscles would give you a more ideal motion for biomimicry, looks like I was right. What I will say is that getting a good seal with those kinds of muscles is a nightmare, I ended up machining my own nozzles that had two different types of "teeth" to grab onto the bladder and sheath separately. Unfortunately, that meant I also had to have a "bell" over each end because the bladder could expand too rapidly at the ends and explode because the sheath wouldn't limit its expansion well enough when the expansion was sufficiently localized.
You should look into a new class of self healing polymers called vitrimers. A hole or cut in vitrimer material reseals without the need for adhesives or thermal treatment.
Don't worry bro, it was the AI that made terminator so deadly not his physical body. Our robot won't need as much intelligence as a human, just the amount to handle all the boring and repetitive work. After all, it is the brain that makes humans so potentially dangerous ;)
How did you overcome the issues of range of motion? I've looked into this stuff before, but found that pneumatic muscles had major drawbacks in regards to range of motion and space, making them unideal for biomimetic prosthesis and robotics. And artificial muscles are still in their infancy and much weaker and more expensive. Are you using a particular fluid in the muscles to achieve these results?
@@befer My mistake because its from czech republic indeed. So from their neighbours. And it means repeating work, so like working in a factory and do the exact the same handling all day every day, so dull and boring, and sometimes hard work that you can do without the need of thinking because it's just repeating the same shit all the time.
Impressive!!! followed you for more than two years. I am also working on designing the robotic arm. I used the tradditional motors to design the artificial muscles, which is very restrictive. I think your design is the one that closest to the human arm I have ever seen. May I know what the skin-like material you use to the robotic arm in this video?
The skin like material seems to be very similar to pantyhose. Also it should be possible to get similar functions by using motors that tighten or elongate a cable or rope that acts as the muscle. Maybe not at the same level of realism, but functionally, it should be very close
I love the way you put the liquid in. Looks like a fantasy scientist doing some evil experiment. Almost like you are feeding a cyborg amalgamation in your lab.
Кстати у чувака есть все шансы стать богатым и известным ! за данным типом(прототипом) мышц, будущее (в отличие от механических и гидравлических) Удачи чел, не сдавайся !!!! By the way, the dude has every chance of becoming rich and famous! for this type (prototype) of muscles, the future (as opposed to mechanical and hydraulic) Good luck people, do not give up !!!!
@@ДжеймсБонд-ь4ю есть пневматика,есть электромеханика.И возможно в будущем искуственные мышцы-в этом направлении давно копают,у моего отца за 86 год авторское свидетельство на искуственную мышцу на принципе магнитострикции,кто то возится с нитинолом,глядишь допилят когда то
Nice work but still some big problems to solve - we have made a lot of McKibben (fluidic) muscle actuated robots - including some pressurised water versions. The problems we came up against where the high failure rates - especially when the muscles are allowed to twist and rub against each other. The end caps are also a problem - human muscles terminate smoothly in a taper. Position control will also be a problem - McKibben muscles are non linear in both force and displacement. There's a nice paper by Neumann from Festo that describes it. You also have the problem of contraction ratio - human muscles can achieve better than 70% - these muscles will get around 25% so you cannot match human characteristics in the same size envelope. These fundamental problems are what stopped us working in this area - but hey I don't want to discourage great work -maybe you can solve it!
I know damn nothing about biomechanics and robot making. But this is damn impressive... You could become the wealthiest man in the known universe if you managed to adapt this to work as prosthetics, with a smaller overall package.
@@befer i was just saying because these artifical muscles are very strong and they would be too strong to be used in a robot if we were to be careful about skynet taking over the world
“From the moment I understood the weakness of my flesh, it disgusted me. I craved the strength and certainty of steel. I aspired to the purity of the blessed machine. Your kind cling to your flesh as if it will not decay and fail you. One day the crude biomass you call a temple will wither and you will beg my kind to save you. But I am already saved. For the Machine is Immortal.”
Miałem nadzieje zobaczenia kiedys konczyn wykonanych z inspiracji ludzkim cialem. Tego jak dzialaja nasze miesnie, szkielet, sciegna. Uczac sie z natury. Twoja/wasza praca cieszy oko.
This video brought a smile to my face and made me think about how many lives it could help. Imagine losing an arm to an IED and still being able to flip people the bird, don't know how someone could leave a thumbs down on this video
Bhahaha the fact that the hand get stuck at the end in this very particular way is hilarious. Just the prototype telling you something while you are trying to make it work flawlessly xD
Jak przemówiłeś po polsku oszalałem oO!! Cały czas jakoś mi umknęło, że jesteś Polakiem, a oglądam ten kanał co jakiś czas i byłem przekonany, że to całościowo zagraniczna robota 😂 Pozdrawiam!
Hi, I found your videos few days ago and I am astonished for what are you doing, it's in a advanced stage of a revolutionary and exciting work. Right now you are working mostly in the forearm muscles right? What do you think to make a kind of fascia for a group os muscles that work in similar moves, or located very close to each other to reduce a bit of the friction between the structure of the muscles, I don't know the long time repercussions in the actual arrangement, but it's a suggestion. And another one that I think of being worth in the very future when you start to work in more complex movements, with muscles working on two big articulations or more, maybe will be interesting to have a sensor for stretching or something like that to facilitate maintenance. Hope I can give a little to this big project, looking ahead for this. Keep on the great work!!!
I was wondering when someone would come up with the arm and hand like yours. I’ve had something similar in mind for many years now. I just don’t posses the knowledge or skills to actually make it. Very nice job
I came up with that concept years ago.. the big differences was steal wires running lengthwise on outside of rubber tube. The other was a continuously flowing system where fluid flows at constant pressure thru all muscles and are controlled by restricting flow coming out opposite end. If you stretch a rope or wire between to objects it doesn't take much force to bring object close if you pull gently in middle at a right angle to the line... the amount of force you can apply is based on length of muscle vs leverage point on joint. With the continuous flow thru the muscle can act as natural shock absorbers. I never patented any of it... hell I still have improvements on the original concept but never tried to put it in practice... lol
No matter how smart someone is, they still can’t resist the urge to flip the bird like the rest of us! 😂
Lol you best believe that once I get my robot arm, that's the first thing I'm doing.
Damnit you got to it first lol
All humans are programmed to flip the bird.
It's an instinct pass down to generation.
I wanted him to do it but didn't expect it lol
This arm perfectly simulates the muscles contraction and relaxation. This is goin to be revolutionary..
Nah. Not perfectly. I can't move middle finger without moving the other two
Edit: it is a joke. That arm is absolute awesome piece of tech. I am jelous of its creator and cant wait for customer ready product.
@@tyrentyren well that's because of tendon things i think
@@tyrentyren Bones and joints ! They're very important too. When we grip the fingers, the joints move too, that makes smw different from fixed ones.
My ring finger would only move up to 60 D from hold position while others could up to 90 D. Besides , it's not a plain and linear . I bet you would remember that one "The most comfortable thing for supporting in sleep is not feather pillow but our hand"
PS - I'm not taking robotic major, I study history.
@@tyrentyren Look at your hand!
I may never get the hoover board, jet pack or flying car I was promised. But it looks like there is still hope for the well stacked robotic maid.
Yeah and she'll give u a nice handsie while giving you the bird
@@aaronmichaelmusic_ I like that
Dare to dream.
We already got jetpacks and flying cars, for hoverboards it would depend on the propulsion method. If it were powered by fans and not some kind of antigrav tech, it would be pretty feasible to think we would get those in the near future. The robo maid will have to be last unfortunately.
Obsidian Oxide those jetpacks and flying cars you mentioned are not the practical kind that can be used anywhere and is available to the masses. Wish we could get to that level like in the scifi movies.
This is really impressive. It seems like you've pretty much perfected the hydraulic muscular, but I do have some suggestions(some of which you may have already considered) if it were me, I'd incorporate a gyroscope/compass and accelerometer in the head so that you can use the feedback to keep track of orientation. I'd also suggest some kind of position sensor in each joint that you can reference to animate a digital replica of the the physical android so that it knows the orientation of each limb. Also an inverse kinematic control system to simplify animation, and using the sensors and some basic logic for things like self balance, and the digital mirror to simplify the logic behind the I.K.
As a point, for better biometics, rather than position sensors on the joints, length and tension sensors connected to the muscles, like spindle and golgi nerves, might be more appropriate.
@@KaosFireMaker I've just been learning about golgi tendon nerves in a neuromechamics class, cool to see them mentioned here!
Or just use an hall sensor. It's a sensor that measures the distance from the magnet. Or he can measure the angle of a magnet turn. Similar to an electronic compass
@@lezysmurp Agreed. Its the responsible thing to do.
my brain hurts
I love seeing the progress!!
I wish to be a part of the progress ((
Your future robot overlords will kill you last.
That's what you say now!
Progress to what exactly?
Skynet is proud of you
the arm improved so much holy damn the regeneration thing is insane
keep up the good work man
kinda like blood clotting... and much like liquids used in inner tubes to seal punctures.
Imagine the liquid is really blood and the skin of the robots is a really SKIN.
@@asterlofts1565 i mean that’d be already basically a real arm, like the artificial muscles are just so perfectly done.
just like in a real arm
@@blwd
Yeah...
Feels like every update you've made a new arm :P
Almost
@@CloneRobotics and we always get the finger!
@@Nobody-Nowhere Just a bit of Polish humour.
@BalanceDemolitionCorpThe things we listened about edison aren't completely true actually....he was rich enough to buy patents of the bulb which was developed by someone and then improved it by hiring people....
@@jayesh3192 Thomas Edison was the Steve Jobs of his day in a lot of ways. His early genius is undeniable like his work on tech that no one talks about like telegraphy multiplexing, etc. but he was a master at using the media of the day to promote himself and his ideas. There's a load of myth (BS) mixed in with the technological innovation for sure. Read "A Streak Of Luck" by Robert Conot.
Amazing! It can reseal its own holes and even still function while damaged beyond self repair! I like being able to see the muscles moving under the "skin"
nah dude that PAM is empty when it deflates and doesnt bleed when it renflates it bleeds. PAMs were first developed (under the name of McKibben Artificial Muscles) in the 1950s for use in artificial limbs. The Bridgestone rubber company (Japan) commercialized the idea in the 1980s under the name of Rubbertuators. en.wikipedia.org/wiki/Pneumatic_artificial_muscles [SORRY FOR BEING ANOYYING]
This looks super realistic. Awesome job
Even still it flips us off 😍
the irony here is that the cost of artificially replicating parts or the entirety of the human body as close to perfect as possible is absurdly high and yet your born with it, regardless of your socioeconomic position basically even the bottom of society has access, meanwhile humanity a near impossibility in the cosmos is viewed by society as cheap expendable resource.
I feel you.
Not really, there are people who will pay good money for your body parts (if those are still in good condition)
I knew a guy. OD'D. THEY HAD HIM IN A COMA FOR ABOUT 5 DAYS. Took his kidneys, liver, and heart. Maybe a lung too. Point is the guy was a 2 pack a day smoker and a more an occasional drug user. Aged 40.
I bet they told the recipients he was a healthy 25 year old asian male or some shit.
@@globalsolidarity55 it's possible he was still exhibiting the health of a 25 year old asian male lol
Its all relative. Current R&D may make this seem expensive at the moment. In the end when one Man can operate all aspects of production, cost will be negligible... Humans/biology will always take time to grow.
The giant amber voleumetric flask makes it feel like your feeding sustaining lifeblood into a alchemic homunculus.
Which to be fair, you sort of are
I hope that the water-delivery system is located in the 'stomach' in the future, so that they can pour water down the thing's gullet to rehydrate it.
I just want it to run on alcohol like the robots in futurama
@@brianp6859 +1
Ikr! I got the same feeling when seeing it.
The guy is feeding a cyborg amalgamation in his garage!
Finally, at least someone is going the right way to create androids. 👍 Way to go!
I can't wait to see this project complete absolute genius work my man. Keep it up
I see the future of bionic prosthetics AND physical augmentation in this. Me and my company are hooked. I'll keep an eye on you for future projects ;)
Marketing: can we give the middle finger yet?
Engineer: yeah we've been flipping birds since day one.
Marketing:😔do you know how many memes we could've had by now🤑
this comes to show how actually complex the human muscles can be, im actually very impressed by this, i have never imagined to see someone build a robotic arm (or any other part) that could move on a very fluent way, wonder why most people didnt thought of that before.
Right..? I thought such tech would be possible in like 20 years...but I got shocked to see it already exists..after finding it on youtube, now imagine how far it would all go in 20 years..holy crap, real human like robots, I'd love to have such realistic robot to be as my partner or wife in the future..imagine this being driven using ChatGPT 7 or later versions of it..just wow
Absolutely incredible, can't wait to see this project grow!
Congratulations for your progresses.
I think I'm not the only one of your subscriber that would like to know more about you as a researcher for this project, but also other things:
Like if you're fully time-invested in it or have like a job, what's your method for developing the arm, if you have any colleagues...
If you're not willing to answer any of these questions I can fully understand, otherwise a blog of yours could be something interesting to watch
Agreed, I would like to know all these thing and more as well.
Thank you. I started this 7 years ago because I wanted something inhuman that could do any job for me. Lots of people have worked on it from time to time, but now there are 6 of us and we do it in our spare time, for free. I want to start a robotics company soon.
@@CloneRobotics 👍🏼👍🏼👍🏼
Wow! I'm impressed! I've done a decent amount with mckibbens muscles though mine have as of yet been pneumatic. What strength, and contraction ratio are you getting? At 80PSI I was getting 80lbs of lifting force, under no load contraction was ~30% under full load it was about 10%. (Keeping in mind the muscle weighed under a pound with lines included.)
Before seeing this video my plan was to go to hydraulics eventually. Seems like it is more viable than I thought! I figured the elasticity of the muscles would give you a more ideal motion for biomimicry, looks like I was right.
What I will say is that getting a good seal with those kinds of muscles is a nightmare, I ended up machining my own nozzles that had two different types of "teeth" to grab onto the bladder and sheath separately. Unfortunately, that meant I also had to have a "bell" over each end because the bladder could expand too rapidly at the ends and explode because the sheath wouldn't limit its expansion well enough when the expansion was sufficiently localized.
You definitely should get more attention, that shit is awesome
Zajebiście to wygląda.
No to super robota, życzę powodzenia,a napewno wam się uda, Polska w was wierzy 🇵🇱
I środkowy palec n końcu :D hahah. Projekt wygląda niesamowicie!!
You should look into a new class of self healing polymers called vitrimers. A hole or cut in vitrimer material reseals without the need for adhesives or thermal treatment.
Artificial Coagulation
"Chtěla bych být tvým robotem" is what comes to mind whenever I watch your videos. You're doing mankind a great service, I salute you brother!
He's making terminator I'm scared, the arms and finger look more realistic than mine!🤯🤭
Don't worry bro, it was the AI that made terminator so deadly not his physical body. Our robot won't need as much intelligence as a human, just the amount to handle all the boring and repetitive work. After all, it is the brain that makes humans so potentially dangerous ;)
@@CloneRobotics So what happens when the government starts writing the programs?
That middle finger in the end. I love it.
Can't wait till the day my neck gets crushed by this thing after we piss off the self aware captcha AI
I've been thinking about designs like this for years almost decades! so excited to go through your videos!
How did you overcome the issues of range of motion? I've looked into this stuff before, but found that pneumatic muscles had major drawbacks in regards to range of motion and space, making them unideal for biomimetic prosthesis and robotics. And artificial muscles are still in their infancy and much weaker and more expensive. Are you using a particular fluid in the muscles to achieve these results?
they're using water, not sure what else they put in, probably a trade secret.
im always so hyped when you upload
Как же круто! Надеюсь люди с ампутацией конечностей, смогут в будущем пользоваться такими крутыми изобретениями в быту!))
Вы (ты) круты (крут) 👍🏻🔥❤️
Wow... where have you been my whole life of RUclips?!!
This is exceptional material.
😎🇺🇸
Amazing work. As always
Amazing! Always looking forward to your videos. Such progress!
Nieźle, życzę powodzenia (galaktykawka)
Dzięki!
What the heck! This is THEEEE most amazing innovation I've seen in 2021!! BRAVO!
Polish people really are built different.
the word robot comes from Poland
@@3DPeter wait what? really ? where from exactly? like was it used in a book or? i thought it was a latin word
@@3DPeter google says it came from czech language not Polish
@@befer My mistake because its from czech republic indeed. So from their neighbours. And it means repeating work, so like working in a factory and do the exact the same handling all day every day, so dull and boring, and sometimes hard work that you can do without the need of thinking because it's just
repeating the same shit all the time.
One of the most realistic bionic hands I’ve seen so far. These hydraulic muscles are definitely the way to go for realistic prosthetics. Congrats 👍
Отличная работа👍
This randomly was recommended to me and I'm not disappointed! Definitely subbing lmao
Impressive!!! followed you for more than two years. I am also working on designing the robotic arm. I used the tradditional motors to design the artificial muscles, which is very restrictive. I think your design is the one that closest to the human arm I have ever seen. May I know what the skin-like material you use to the robotic arm in this video?
This is only a part of a skin composite, but material used is unfortunately a company's secret
The skin like material seems to be very similar to pantyhose.
Also it should be possible to get similar functions by using motors that tighten or elongate a cable or rope that acts as the muscle.
Maybe not at the same level of realism, but functionally, it should be very close
I love the way you put the liquid in. Looks like a fantasy scientist doing some evil experiment. Almost like you are feeding a cyborg amalgamation in your lab.
Good job my boy👌👌👌
This guy has been making what I’ve been dreaming about for years! Your work looks amazing!
Ahh yesh , the early stages of Myomer (battletech : reference) this is some wicked stuff 👌👌✅
Sick been watching since your first upload to RUclips seeing this is pretty cool
Кстати у чувака есть все шансы стать богатым и известным ! за данным типом(прототипом) мышц, будущее (в отличие от механических и гидравлических) Удачи чел, не сдавайся !!!!
By the way, the dude has every chance of becoming rich and famous! for this type (prototype) of muscles, the future (as opposed to mechanical and hydraulic) Good luck people, do not give up !!!!
это гидравлика,чувак.со всеми её плюсами и минусами.
Тоже подумал что гидравлика. Ну а если не она, то что тогда?
@@ДжеймсБонд-ь4ю есть пневматика,есть электромеханика.И возможно в будущем искуственные мышцы-в этом направлении давно копают,у моего отца за 86 год авторское свидетельство на искуственную мышцу на принципе магнитострикции,кто то возится с нитинолом,глядишь допилят когда то
Nice work but still some big problems to solve - we have made a lot of McKibben (fluidic) muscle actuated robots - including some pressurised water versions. The problems we came up against where the high failure rates - especially when the muscles are allowed to twist and rub against each other. The end caps are also a problem - human muscles terminate smoothly in a taper.
Position control will also be a problem - McKibben muscles are non linear in both force and displacement. There's a nice paper by Neumann from Festo that describes it.
You also have the problem of contraction ratio - human muscles can achieve better than 70% - these muscles will get around 25% so you cannot match human characteristics in the same size envelope. These fundamental problems are what stopped us working in this area - but hey I don't want to discourage great work -maybe you can solve it!
I know damn nothing about biomechanics and robot making. But this is damn impressive... You could become the wealthiest man in the known universe if you managed to adapt this to work as prosthetics, with a smaller overall package.
Yeah this will really improve prosthetics
I think you are going to create the new generation of human-like robotics. Can't wait to see this project get to its final stage!
Zajebiscie to wyglada
Genuinely awesome !!! Hope to see a full humanoid test bench ^^
You should work for the Tesla Bot team.
Bring us forth the waifus already !
He said he's gonna make his own, better one
elon said the robots will be physically capable of running no more than 3-4mph and they can only lift 50 pounds so they wont be able to kill humans
@@deltashot5608 what does that have to do with anything that either of us said ?
@@befer i was just saying because these artifical muscles are very strong and they would be too strong to be used in a robot if we were to be careful about skynet taking over the world
@@deltashot5608 asiimov's 1st law lol
Congratulations guys ! this is awesome work.
かっこいい！これをどうやって作るのか教えてください！
I will start a company soon. I can only show a little of this
Give this project free range!!!!!! Millionaire's out there adopt this project!!!!!
“From the moment I understood the weakness of my flesh, it disgusted me. I craved the strength and certainty of steel. I aspired to the purity of the blessed machine. Your kind cling to your flesh as if it will not decay and fail you. One day the crude biomass you call a temple will wither and you will beg my kind to save you.
But I am already saved. For the Machine is Immortal.”
Isn't that from warframe v
@@befer nah it’s from Destiny 2
@@redsnowleopard apparently it's from war hammer 40000 so we're both right and wrong at the same time lol
This is awesome man, I will start to follow your updates.
Wow! This is probably the most advance robotic hand
Ja pierdole!! Jestem zachwycony tym ramieniem poważnie 👍👍🥇🥇
Miałem nadzieje zobaczenia kiedys konczyn wykonanych z inspiracji ludzkim cialem. Tego jak dzialaja nasze miesnie, szkielet, sciegna. Uczac sie z natury.
Twoja/wasza praca cieszy oko.
That last finger flip pretty much sums up how the apocalypse will come from this man's garage. Lol.
Absolutely brilliant. Well done guys.
This is some seriously advanced technology, Omnissiah bless you
This is beautiful. OMG. Keep up the good work!
Nice work! Looks great. Keep it up!
Very good guys. It's about someone took the example of the human body and replicated it.
I am very impressed that the middle finger is functionally independent from the others...
This is amazing you came along ways
Genius. Amazing work!
This video brought a smile to my face and made me think about how many lives it could help. Imagine losing an arm to an IED and still being able to flip people the bird, don't know how someone could leave a thumbs down on this video
That's brilliant work! Glad to witness revolutionary technology progress
Bhahaha the fact that the hand get stuck at the end in this very particular way is hilarious. Just the prototype telling you something while you are trying to make it work flawlessly xD
Thats really cool.
Congratulations!
You are the future of robotics.
Great! Nice! A New fan from Brazil
So you guys are the ones , thanks in advance.
Great job ! Good Luck to you and yours.
Wow, I had a very similar concept back in my younger years. Should have spent some time on it.
Great work!
Incredible work guys
Jak przemówiłeś po polsku oszalałem oO!! Cały czas jakoś mi umknęło, że jesteś Polakiem, a oglądam ten kanał co jakiś czas i byłem przekonany, że to całościowo zagraniczna robota 😂 Pozdrawiam!
That is awesome.. For once I'm happy with a RUclips channel recommendation..
Mark my words ur invention will Going to help humanity alot.
Amazing! Could you please upload a longer video explaining the technology more? Subscribed, cant wait to see more!
Y’all makin me wanna lose a limb so I can get one of this!
Hi, I found your videos few days ago and I am astonished for what are you doing, it's in a advanced stage of a revolutionary and exciting work. Right now you are working mostly in the forearm muscles right? What do you think to make a kind of fascia for a group os muscles that work in similar moves, or located very close to each other to reduce a bit of the friction between the structure of the muscles, I don't know the long time repercussions in the actual arrangement, but it's a suggestion.
And another one that I think of being worth in the very future when you start to work in more complex movements, with muscles working on two big articulations or more, maybe will be interesting to have a sensor for stretching or something like that to facilitate maintenance.
Hope I can give a little to this big project, looking ahead for this. Keep on the great work!!!
I was wondering when someone would come up with the arm and hand like yours. I’ve had something similar in mind for many years now. I just don’t posses the knowledge or skills to actually make it. Very nice job
Incredible works man
I hope my nervous system will be oke in like 5years defently a must. Keep going we need this!
This is goijng way better than I thought it was going to :D
Awesome!Exelent work!👍🏻
I came up with that concept years ago.. the big differences was steal wires running lengthwise on outside of rubber tube. The other was a continuously flowing system where fluid flows at constant pressure thru all muscles and are controlled by restricting flow coming out opposite end. If you stretch a rope or wire between to objects it doesn't take much force to bring object close if you pull gently in middle at a right angle to the line... the amount of force you can apply is based on length of muscle vs leverage point on joint. With the continuous flow thru the muscle can act as natural shock absorbers. I never patented any of it... hell I still have improvements on the original concept but never tried to put it in practice... lol
That's the future of prosthetic arms!!
1:29
Legend says: Now, Technology is at its next level..😂
Great work guys.
całą wylecianą wodę
.
mmmm...
już was kocham!!!
:)
Thanks for documenting this so the future will know how the robots were created before they rebelled. ;P
Dear God, it's not just an arm.
You are making a whole terminator in your garage!