That's the magic of the Dr. Octopus arm. You just wanted another human prosphetic, but after months of testing and adding a bunch of extras you decide "screw it, three apposable claws and a multitool that bend in any direction is way better."
hahaha the last choice of photo to go with "we hope this research can propell the research of robotic swarms" was a future for the planet I don't think anyone has visualized quite like this before
Isaac Asimov's Robot City series. 6 books. 1987-1988 "Meanwhile, the city is growing and changed at an alarming rate. Buildings literally change right before their eyes. Derec learns the material the robots and the city itself is made of is the same highly advanced material that the robots of the asteroid he woke up on were made of"
So in the future AI apocalypse, these would be some of the first enemies you would face at beginning levels but later on they would combine into a huge monster for the boss battle. haha great ingenuity here!
Exactly what I was thinking. After having played Horizon Zero Dawn, surely nothing could go wrong with having literal swarms of robots based off of animals, right? 🤔
Drones: "Am i a joke to u?" Snails: "can you drones reach tight spaces, move on planets with no atmosphere, build structures, help others of your kind to reach somewhere and shapeshift into different multi-celluar robots?"
I can imagine dust or other particles to be a massive disadvanage for a robot that uses grip as it's main feature. Snails have the advantade of constatly producing mucus, which essencially "washes" every surface it comes across. Here, dusted rails, sucker or shell, metallic junk sticking to the magnets underneath (Unless elecromagnets, but still). A major disadvantage in the filed applications. I can imagine a secondary robot, acting out as simple maintanence for the swarm to keep the little ones operational A fridge sized carrier/ washing machine/ recharge station. It would benefit by getting the swarm as close as possible to the target worksite and give chance to retrieve them afterwards.
@@isaac5990 I doubt they'll have enough space to incorporate it within the shell, enough energy to sustain such a system, or if it would even work on a small scale like that. If inplemented it could prove to be too much weigh per bot for modular systems to hold together. Also these bots are more of a drone than a *robot* robot. Depending of their reliablility in the field, it may find few ways of evolution. focus may lay on being either a swarm of one-use slow crawlers packed with sensors similar to Mars rovers, or alternatively a sound 'team' of bots versitile and sophisticated enough to really perform the tasks throughly, there for making them more valuable and worth retirieving (this version would be the one to go with the 'carrier' idea mentioned earlier)
@@sometimesmyarmsbendback if they're going to be used in disaster scenarios then they're probably gonna be used in far dustier places for longer, that's different than getting let outside for a short while during the test
Needing 6 robots to climb a 2 foot high step and then having to leave 5 of them behind is a bit of a rug pull. However, imagining a future where these are scaled down 100x, mesh networked, with better surface adhesion, and governed by an autonomous AI is pretty wild.
@puzzzl - Does the surrounding Shanzhai community have the ability to scale this down by 100 at the moment? I have seen some pretty impressive miniaturization in the GZ horological markets. That might also be a good place to start looking for engineers capable of taking this out of the lab.
@@christopherd.winnan8701 I think the obvious next step here is to mesh network these current units and have them working and moving together as a whole rather than having a couple people standing back there with xbox controllers trying to move them into the right place. With proper software and articulation algorithms we might start to see the kind of emergent behavior that would prove a use for the technology.
This is one of the most "sci fi" looking robots I've seen. Something about the uniformly smooth metallic perfectly round shell contrasting the complex machinery below makes it so interesting to look at.
My problem with it creating ways past obstacles is that it leaves its peer swarm to just send one single snailbot over the obstacle, i want to see them helping eachother traverse without sacrificing snails.
I assume that this was a goal oriented test. "Get across" not "Get Everyone across". If these are actually used I think they will be nicer to each other
In the example of the robots crossing the "ravine", you can link robots that crossed into a stable snake on the opposite side, allowing the last robots to cross, then finally the bridge itself climb over itself one by one until all robots have crossed
You can see that the video is in 15x speed, so with these prototypes its a slow process, also, they probably have only 7 or so robots made. If you make 700, all 50 times quicker, you could do some fancy stuff.
So this is how the Grey Swarm that will devour the galaxy, started. Cool. It's actually impressive how they can join like a megazord to form a robotic hand, but still struggle to form a ladder and climb a ~40cm rock.
Самое сложное здесь не роботы а прописанные алгоритмы . Когда искуственный интеллект дорастет до написания алгоритмов поведения подобных вещей , то и создание роботов под любые задачи не станет препятствием . Пока все слишком сложно - сложное поведение требует невероятной точности . Даже подобные роботы затребовали невероятно много времени и их управление осуществляется живым оператором .
So, their structure reminds me of the "robinoid" repair bots from the cartoon "Steven Universe", and their swarm configuration reminds me of molecular structures. In the field of chemistry there has been research into using using a kind of "stem cell" blank of a molecule that can take on the properties of any element. The goal of the research is to separate atmospheric carbon into N + H2O, if i recall. The relevance of this to your project being a potential crossover, using your snail locomotion system somehow at a molecular scale. This is very cool, and very inspiring! Congratulations on building working models!
@TheQwilleran - Do you have any links to the Robinoid? They also reminded me of the curl-ups designed by MC Escher. en.wikipedia.org/wiki/Curl-up Maybe those will be a future iteration?
@@christopherd.winnan8701 well~ it looks like yt ate my reply. Clearly it's not that i posted a link, but just in case, go to your favorite image search engine and look up "Steven Universe robonoids warp tour". They're spheroid, with four legs that each bisect along the y-axis. I also linked the fan page for the character. For that, you can change the search term to "Steven Universe flask robonoid". Same results, you're just guaranteed to get the Fandom page for it. Again, sorry 🙏
@@christopherd.winnan8701 the curl up escher art is really cool. It reminds me of a track vehicle. Together, these two types could scale vertical surfaces and create appendages to perform all sorts of tasks! Have you heard of biomimicry?
Holy shit, this is one of the coolest fucking research projects I've seen in a while! This technology is going to be invaluable for space exploration, disaster relief, rescue efforts, and so much more!
@@jebes909090correct. These people are living in a dream world. We never even went to the moon. No one will own a personal robot. The future is apocalyptic.
Could these bots be deployed as super snails in a permaculture setting? If they only use a very little power, they could be very useful as targetted sensors. Do you have any plans to use them in similar horticultural settings?
This is how science works now if you don't know. Our world is so advanced that we need to start from scratch sometimes and fool ourselves that the invention can be better than what we have, otherwise we'll never get anything done.
AIGHT hol up now clearly someone doesn't have an iq over 50 here MY G- what we see here has soooooooo many applications in those "crisis" ur talking about I'm not gonna list all of em but earthquake prone areas are one of em.
Real snails work together to form arms to throw tiny box into big box?? There's nothing impressive about the mechanism of each robot snail. It's the swarm tactic part that's catching ppl's eyes. People who don't even comprehend the main point talking about "cognitive dissonance". Lol
@@CjxJamie the swarm dynamics seem faked tbh. Most swarms move each component at the same time, because they're each operating on their own. This "swarm" moved one single robot at a time, waiting for the last one to stop before moving the next one. It seems likely that these robots are being remote controlled by a human, as they are not operating as a true swarm
@@anotherfreakingaccount What is "faked"? When did they claim the robot snails are working autonomously without human input? It was clear to me from the first 10 seconds of the video that this is a demonstration of the useful application of swarm tactics. When resources are limited, before doing something, we first try to prove that it has real world utilities.
@@CjxJamie "Robot swarms are groups of robots that work together to achieve a common goal without centralized control" "A robot swarm is a self-organizing multi-robot system characterized by high redundancy" The term "swarm" when used in reference to robots heavily implies that theyre autonomous. It's somewhat disingenuous to call a group of robots being controlled by a human a "swarm" because the swarm mechanics arent functioning. For example it wouldn't be accurate to call an RC car race a "robot swarm", even though it is a group of machines. I dont think anyones wasting time on projects like this when resources are limited. These have basically zero immediate practical use. These robots are too big to do anything useful as a composite robot, theyre too slow and too limited in movement to be used for transport. They're an interesting tech demo I suppose, but we've had superior robot swarms for over 20 years now
Use softly sectioned continuous membranous tracks with brushes in the housing to keep them clean. This way the whole track suctions as it pops around the leading corners. You can divide as much as you want for as many suction points as you want along this "foot".
Some of the most creative robotting around, in part because it doesn't leave the viewer with a sense of the uncanny valley the way human/dog shaped robots do. I think they should owe some royalties to the Mega Man games from the 80's for these though.
But imagine these things being a little bit as big as you and having to take care of them you have to think about it he’s gonna be working on these what kind of degree do you need to work on it or what job is it going to take over
I imagine they're autonomous, though for these field testing I would guess there's someone with a computer who's switching between each bot, would explain why they seem to only move one at a time.
From the paper, they made different models for different situations. The defined movements of a model are executed under factors varying by circumstances.
@@alex.g7317Obviously this is just proof of concept, but a very impressive one. You live in the world of AI, of course these will be autonomous in the future. In this proof of concept demonstration, some if not most of the robots will be remote controlled just to prove the core concepts (manipulation, tasking)
this looks like the robot out of big hero 6, only it needs some fast brushless motors to be really quick and maintain the magnetism while moving really fast.
Never in my life have I ever thought of robot snails assembling like the power rangers to roll over rough terrain or grip objects like a claw arm.
O sos muy joven o muy poco creativo.
@@FernandoFarina-lj8isAverage internet boomer:
That's the magic of the Dr. Octopus arm. You just wanted another human prosphetic, but after months of testing and adding a bunch of extras you decide "screw it, three apposable claws and a multitool that bend in any direction is way better."
hahaha the last choice of photo to go with "we hope this research can propell the research of robotic swarms" was a future for the planet I don't think anyone has visualized quite like this before
It’s the Future 😢
Planning for the post-apocalypse!
Isaac Asimov's Robot City series. 6 books. 1987-1988
"Meanwhile, the city is growing and changed at an alarming rate. Buildings literally change right before their eyes. Derec learns the material the robots and the city itself is made of is the same highly advanced material that the robots of the asteroid he woke up on were made of"
Yeah, I wasn't expecting the terminators to be so darn cute
Came here for the science, stayed for the post-apocalyptic snail robots
So in the future AI apocalypse, these would be some of the first enemies you would face at beginning levels but later on they would combine into a huge monster for the boss battle. haha great ingenuity here!
oh great i have to grind more snail robots because i can't get magnetic threads anywhere else!
What the hell? Why do I need six snailbot shells to make pauldrons? I only have two shoulders!
Exactly what I was thinking. After having played Horizon Zero Dawn, surely nothing could go wrong with having literal swarms of robots based off of animals, right? 🤔
Where are the Power Rangers when you need them..
Good thing I have tons of robotic salt
Drones: "Am i a joke to u?"
Snails: "can you drones reach tight spaces, move on planets with no atmosphere, build structures, help others of your kind to reach somewhere and shapeshift into different multi-celluar robots?"
Also snails: Are you worshipping the Slaanesh?
Unfortunately suction cups won't work without an atmosphere either
@@Wock__ magnets
The ingenuity is impressive but i cant get over just how dang cute they are!
Until they get close to you quietly, then explode.
@@J.D.VisionThe Snail IRL
@@J.D.Vision same
Mere humans: "So, what have you been up to?" Scientists:
From the moment noticed the weakness of my flesh
From the moment I understood the weakness of my flesh, it *disgusted* me...
More applicable to that time they taught a mouse to drive a tiny car
@@custos3249 Link?
@@custos3249😂😂 that shit was crazy I was shook
Just what the world was missing, sentient ball joints.
"real world applications". shows post ww2
not ww2 ww3
@@bodo3868 actually what happens when 𝔂𝓸𝓾𝓻 𝓶𝓸𝓽𝓱𝓮𝓻 falls flat on her bodacious posterior.
@@bodo3868 which is live already..
@@simonschneider5913 sure it is
@@simonschneider5913 nope
2050: They've built a snail robot factory completely out of snail robots
I can imagine dust or other particles to be a massive disadvanage for a robot that uses grip as it's main feature. Snails have the advantade of constatly producing mucus, which essencially "washes" every surface it comes across. Here, dusted rails, sucker or shell, metallic junk sticking to the magnets underneath (Unless elecromagnets, but still). A major disadvantage in the filed applications. I can imagine a secondary robot, acting out as simple maintanence for the swarm to keep the little ones operational A fridge sized carrier/ washing machine/ recharge station. It would benefit by getting the swarm as close as possible to the target worksite and give chance to retrieve them afterwards.
why not build the cleaning functions into the main snail robots?
@@isaac5990 I doubt they'll have enough space to incorporate it within the shell, enough energy to sustain such a system, or if it would even work on a small scale like that. If inplemented it could prove to be too much weigh per bot for modular systems to hold together. Also these bots are more of a drone than a *robot* robot.
Depending of their reliablility in the field, it may find few ways of evolution. focus may lay on being either a swarm of one-use slow crawlers packed with sensors similar to Mars rovers, or alternatively a sound 'team' of bots versitile and sophisticated enough to really perform the tasks throughly, there for making them more valuable and worth retirieving (this version would be the one to go with the 'carrier' idea mentioned earlier)
@@crowickedone4037 Maybe they could use some kind of really really thin lubricant as a sort of pseudo-mucus?
M O T H E R S N A I L
@@sometimesmyarmsbendback if they're going to be used in disaster scenarios then they're probably gonna be used in far dustier places for longer, that's different than getting let outside for a short while during the test
i love snails and robots and i think this is the greatest thing that has ever been created
almost same.
snails are 2nd place. Frogs are 1st place for me.
@@nemesisurvivorleon those are also great ribbit
Needing 6 robots to climb a 2 foot high step and then having to leave 5 of them behind is a bit of a rug pull. However, imagining a future where these are scaled down 100x, mesh networked, with better surface adhesion, and governed by an autonomous AI is pretty wild.
@puzzzl - Does the surrounding Shanzhai community have the ability to scale this down by 100 at the moment?
I have seen some pretty impressive miniaturization in the GZ horological markets. That might also be a good place to start looking for engineers capable of taking this out of the lab.
@@christopherd.winnan8701 I think the obvious next step here is to mesh network these current units and have them working and moving together as a whole rather than having a couple people standing back there with xbox controllers trying to move them into the right place. With proper software and articulation algorithms we might start to see the kind of emergent behavior that would prove a use for the technology.
@@puzzzl - So how long before we can purchase a set in Sham Shui Po or Hua Qiang Bei?
@@christopherd.winnan8701 What is up with your weird questions? Is this one of the "AI bots" people keep talking about?
I think theres a possible maneuver where the robot that is on top could be latched onto and used to pull the rest up
Nice. Making the nanobots from Big Hero 6 come to life.
Dang beat me to it
Wow. Even the narrator ist a robot. ;-)
Plot twist: He's a snail robot. The snailbots invented themselves.
This is why I love robotics. You can do just about anything you want with a couple of pieces of plastic and metal!
I suddenly have a strong feeling that a future where robots in this form are walking around is coming.
This is one of the most "sci fi" looking robots I've seen. Something about the uniformly smooth metallic perfectly round shell contrasting the complex machinery below makes it so interesting to look at.
My problem with it creating ways past obstacles is that it leaves its peer swarm to just send one single snailbot over the obstacle, i want to see them helping eachother traverse without sacrificing snails.
I assume that this was a goal oriented test. "Get across" not "Get Everyone across". If these are actually used I think they will be nicer to each other
In the example of the robots crossing the "ravine", you can link robots that crossed into a stable snake on the opposite side, allowing the last robots to cross, then finally the bridge itself climb over itself one by one until all robots have crossed
With climbing you can build a bigger structure of many on the top and use it to lift the last robot up.
You can see that the video is in 15x speed, so with these prototypes its a slow process, also, they probably have only 7 or so robots made. If you make 700, all 50 times quicker, you could do some fancy stuff.
It can at least with the trench crossing. It they are heavy enough to form the bridge, they can do it in reverse and get everyone across
Flow robotics is very interesting
So this is how the Grey Swarm that will devour the galaxy, started. Cool.
It's actually impressive how they can join like a megazord to form a robotic hand, but still struggle to form a ladder and climb a ~40cm rock.
GPR vs. Swarm robots. A fight for the market worth watching
Real snail to Robotic snail : So ur ability is same as mine
Real snail : Muda muda muda .....
Robo snail : Ora ora ora ....
I love how some robots are based off of real creatures, like the one in this video
Cute chibi ohmu. ❤ But seriously, any dust or grit is going to ruin the adhesion of those little suction cups.
Goated reference
The swarm demonstrations were actually super impressive, ngl. Shows how flexible they can be.
Pfp?
Seeing snails stacked really hit me different
Самое сложное здесь не роботы а прописанные алгоритмы . Когда искуственный интеллект дорастет до написания алгоритмов поведения подобных вещей , то и создание роботов под любые задачи не станет препятствием . Пока все слишком сложно - сложное поведение требует невероятной точности . Даже подобные роботы затребовали невероятно много времени и их управление осуществляется живым оператором .
I can’t decide if this is ARG level creepy or absolutely adorable
It can be both!
This one is wild. Cute how it got unstuck @6:19 lol 😳😅
Big fan of the phrasing "in the wild" like these are animals in their natural habitat and adorably dumpy little robots.
So, their structure reminds me of the "robinoid" repair bots from the cartoon "Steven Universe", and their swarm configuration reminds me of molecular structures.
In the field of chemistry there has been research into using using a kind of "stem cell" blank of a molecule that can take on the properties of any element. The goal of the research is to separate atmospheric carbon into N + H2O, if i recall. The relevance of this to your project being a potential crossover, using your snail locomotion system somehow at a molecular scale.
This is very cool, and very inspiring! Congratulations on building working models!
@TheQwilleran - Do you have any links to the Robinoid?
They also reminded me of the curl-ups designed by MC Escher.
en.wikipedia.org/wiki/Curl-up
Maybe those will be a future iteration?
@@christopherd.winnan8701 well~ it looks like yt ate my reply. Clearly it's not that i posted a link, but just in case, go to your favorite image search engine and look up "Steven Universe robonoids warp tour". They're spheroid, with four legs that each bisect along the y-axis. I also linked the fan page for the character. For that, you can change the search term to "Steven Universe flask robonoid". Same results, you're just guaranteed to get the Fandom page for it.
Again, sorry 🙏
@@christopherd.winnan8701 the curl up escher art is really cool. It reminds me of a track vehicle. Together, these two types could scale vertical surfaces and create appendages to perform all sorts of tasks! Have you heard of biomimicry?
@@TheQwuilleran - Do you know if there are commercial versions available in Shenzhen?
This is really cool. They also look adorable
This is great. My old nightmares were getting boring.
this is honestly impressive, and truly terrifying. rarely am i trully logged in watching a slow paced video like tgis one congrats
Holy shit, this is one of the coolest fucking research projects I've seen in a while! This technology is going to be invaluable for space exploration, disaster relief, rescue efforts, and so much more!
its not going to be used for anything.
@@jebes909090correct. These people are living in a dream world. We never even went to the moon. No one will own a personal robot. The future is apocalyptic.
Maybe if it was real. These seem to be remote controlled. Note how only one moves a time, which is behaviour entirely uncharacteristic of swarms
This is the coolest thing I've seen all year.
Cute little things
ever played with magnets in the sand?
I would like to see the tacks after a day in the "wild"
Could these bots be deployed as super snails in a permaculture setting? If they only use a very little power, they could be very useful as targetted sensors. Do you have any plans to use them in similar horticultural settings?
Such great application and engineering, I think your team will go far and you have forged a vision of machines in nature!
wow, this would make a sick puzzle game
it's called lemmings
So, when can we expect Vectorman?
imagine crawling out of a bunker after nukes drop and the first thing you see are snail robots crossing lawns and manipulating objects
I have seen the future and it is snail robot swarms wow.
Finally, peak physical form.
they are like real life pikimin i love them
awesome! incredible work, can only imagine how long this took you.
We cannot fix any crisis we have ! but we can build robot snails ! Great 👍
Why aren't you solving crises instead of typing passive aggressive comments on a youtube video?
This is how science works now if you don't know. Our world is so advanced that we need to start from scratch sometimes and fool ourselves that the invention can be better than what we have, otherwise we'll never get anything done.
Fallacy of relative privation
You make AI art. You don't have any say on the crises affecting the world
AIGHT hol up now clearly someone doesn't have an iq over 50 here MY G- what we see here has soooooooo many applications in those "crisis" ur talking about I'm not gonna list all of em but earthquake prone areas are one of em.
snail swarms: can climb rocks
drones: am I a joke to you?
well drones cant fly on planets/satelites with weak atmoshere. Maybe it can be usefull for space applications
drones also can't fit into tiny spaces
- Might be more covert than airborne drones, from visibility to sound.
- Drones not as cute.
@@omabang5002you win the point on cuteness factor
Robot snails? What an amazing design!
Real snail? Nah, just happened by chance.
yep. their cognitive dissonance to deny God.
Real snails work together to form arms to throw tiny box into big box??
There's nothing impressive about the mechanism of each robot snail. It's the swarm tactic part that's catching ppl's eyes.
People who don't even comprehend the main point talking about "cognitive dissonance". Lol
@@CjxJamie the swarm dynamics seem faked tbh. Most swarms move each component at the same time, because they're each operating on their own. This "swarm" moved one single robot at a time, waiting for the last one to stop before moving the next one. It seems likely that these robots are being remote controlled by a human, as they are not operating as a true swarm
@@anotherfreakingaccount What is "faked"? When did they claim the robot snails are working autonomously without human input?
It was clear to me from the first 10 seconds of the video that this is a demonstration of the useful application of swarm tactics. When resources are limited, before doing something, we first try to prove that it has real world utilities.
@@CjxJamie "Robot swarms are groups of robots that work together to achieve a common goal without centralized control"
"A robot swarm is a self-organizing multi-robot system characterized by high redundancy"
The term "swarm" when used in reference to robots heavily implies that theyre autonomous. It's somewhat disingenuous to call a group of robots being controlled by a human a "swarm" because the swarm mechanics arent functioning. For example it wouldn't be accurate to call an RC car race a "robot swarm", even though it is a group of machines. I dont think anyones wasting time on projects like this when resources are limited. These have basically zero immediate practical use. These robots are too big to do anything useful as a composite robot, theyre too slow and too limited in movement to be used for transport. They're an interesting tech demo I suppose, but we've had superior robot swarms for over 20 years now
Can they deliver tea? If yes, where can i buy a bunch?
Use softly sectioned continuous membranous tracks with brushes in the housing to keep them clean. This way the whole track suctions as it pops around the leading corners. You can divide as much as you want for as many suction points as you want along this "foot".
Why does a ball need wheels.
Man this is so much fun to watch!
they're so cute that they make me emotional. I love you robot snail swarm...
Почему наука не популярна, видео крутое, а тема изучения бомба 😭👍
Some of the most creative robotting around, in part because it doesn't leave the viewer with a sense of the uncanny valley the way human/dog shaped robots do. I think they should owe some royalties to the Mega Man games from the 80's for these though.
The future is looking pretty amazing. Nice work team!
This has better wiring than my actual car
How do the magnets keep clean?
my god, this is amazing
i love each and every one of them
What did they do to that city??
god: "you could not live with your own failures. and where did that lead you? back to snail"
Making these into a puzzle game would be really cool
WHY IS THIS ON MY FEED?
And why am i enjoying whatching this?
Great! Enjoyed the intro with the snail lecture
Immortal snail about to go crazy
OMG what a progress
Little robots are pretty cute.
Impresionante otro gran aporte!!!
So what if we made them small the size of beads?
thats one super cool robot!
6:25 ok now that was cool!
But imagine these things being a little bit as big as you and having to take care of them you have to think about it he’s gonna be working on these what kind of degree do you need to work on it or what job is it going to take over
Idk why im finding this funny loll. The way its working hard to climb and do all that looks cute but also funny.
I love them ❤️ good work
У меня на первом КПК в 2004 году был игра Улитки, пародия на червячки. Вспомнилось.
This is beautiful
How do you control something like this? Is there a controller for each robot?
I imagine they're autonomous, though for these field testing I would guess there's someone with a computer who's switching between each bot, would explain why they seem to only move one at a time.
From the paper, they made different models for different situations. The defined movements of a model are executed under factors varying by circumstances.
@@julianemery718 I don’t get how each can move automatically but ok.
@@shykj8892 so a mix between individual control and automatic movement?
@@alex.g7317Obviously this is just proof of concept, but a very impressive one. You live in the world of AI, of course these will be autonomous in the future. In this proof of concept demonstration, some if not most of the robots will be remote controlled just to prove the core concepts (manipulation, tasking)
It’s cool to see how humanity will fall
The magnetic tracks probably will accumulate magnetizable debri over time, no? Do they have some built-in brushes or something clean up?
the medium voice
the coordination is amazing, orientation of each robot
Insanely amazing
They are cute robots 😊
awww they are so cute!
where is the space for the payload? I think it's almost not there.
Why does the string of words "terrestrial robotic swarms" strike fear into my heart?
They could make ones with specialized shells for better grasping or other tasks. A lot of incredible possibilities
With enough of them, we could make a giant mecha.
Sounds like a good application for an octopus hand since it grabs to surface so well
Let's Fucking Goooo!!!! Snail Robots!!!
Could they use a Nano Tape tread instead of magnets, in order to make it more able to stick to surfaces and climb walls like a real snail?
it will probably gets dirty and lose its stickiness soon, like real snails constantly producing mucus in order to move
alien visitants:
humans, what's your pinacle of engineering?
humans:
These are adorable.
Very nice 👌 What a creative idea.
this looks like the robot out of big hero 6, only it needs some fast brushless motors to be really quick and maintain the magnetism while moving really fast.
Now I really want to see real snails forming into trikes, building bridges, and forming an arm.
Liked and subbed 🏆👍🏼
Great video
Now imagine trillions of nanobots doing that 😳