NAVER LABS - AMBIDEX
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- Опубліковано 22 сер 2024
- AMBIDEX - Robot Arm with Innovative Cable-Driven Mechanisms
AMBIDEX is a robot arm resulting from collaborative R&D on human-robot coexistence. The arm uses innovative cable-driven mechanisms that make any interaction with humans safe. At just 2.6 kg (5.7 lbs), it weighs less than the average arm of a male adult. AMBIDEX can be operated at a maximum speed of 5 m/s and is capable of carrying up to 3 kg (6.6 lbs). Because AMBIDEX can be controlled to the same extent as an industrial robot, it has a wide range of applications, from simple carrying to performing complex tasks that require precise manipulation and collaboration. AMBIDEX supports high-speed, wireless, real time control from remote locations using the low latency and high throughput of 5G networks.
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mailchi.mp/3a3...
Now this is some truly beautiful engineering right here. Both Smoove in its motions and really elegant its design.
@John Hooper eh, whats a few million jobs for cool robo arms
@John Hooper don't worry it has the IQ of a walnut.
*smooth
Yeah it really is though I'm a bit disappointed that it can only carry 3kg. Lighter and maybe a little faster but not as versatile.
Fear of robots ? Fear of the humans that misuse them is more sensible.
So deep, man.
unfortunately fear gets more attraction than logic.
most people rather watch a horror movie than a documentary.
i rather watch the documentary. information is more useful than a few moments of fear.
Now the big question: When will we be able to mount it on our backs for awesome 4-arm action?
Yeah right 😆
General Kinobe...
What? 2 arms aren't good enough on date night? Roflmfao.
Right now. Build it yourself. These have been around for centuries. Look up Davinci's robot arm, Victorian Automatons, Disney Automatons, movie special effects puppeteering. All of it uses these same cable drive systems.
This is impressive, I can imagine what Boston dynamics and these limbs can achieve
Boston Dynamics would not bother with such ancient and weak technology. They are focusing more on pneumatics and servos.
@@grayeaglej Boston Dynamics doesn't use pneumatics in anything and 'servo' is a meaningless term here because the Ambidex robot uses servos, just like pretty much every other robot in existence.
@@michalsuchanek322 No, a Servo is a very specific thing. Different from a motor, stepper motor, etc. It has specific capabilities and limitations depending upon type.
And the majority of robots use stepper motors, hydrolics, pneumatics, linear actuators, or cable drives. Servos are generally reserved for more high end, low quantity, precision units due to expense.
@@grayeaglej a servo is just an actuator with positional feedback that facilitates closed loop control. Every actuator on this robot is a servo. You sound rather confused.
@@michalsuchanek322 You are contradicting yourself.
I wonder if we could use them as prostetic limbs somewhen in the future
I really hope so. I'm super excited to get my body parts replaced with cybernetic enhancements.
3 kg payload... they'll have to get much stronger or the only thing you'll be able to carry is a laptop. Forget using tools to make any kind of effort. Forget using weapons or practicing any martial art whatsoever.
@@TheNefastor Some would say that the inability to use weapons or practice martial arts is a good thing when the aim is human-robot coexistence. But on a more serious note, the limit is probably to make sure that it is safe for human-robot interaction, I'm guessing it's the same reason they have limited the speed.
@@mcarswell100 actually it's just a trade-off for the high flexibility of the arms. There are compliant robots of the same size that are much stronger, Baxter for example. If a robot is compliant there should be no need to limit its power. Besides, when it comes to hurting people, speed is more dangerous than just strength (remember the kinetic energy equation)
@Average Joesson The force is not in any way crippled. It's just incredibly hard to make powerful mechanical arms that are light. The stronger the arm, the heavier it is, and thus requires more energy. More energy, more battery, which is also incredibly heavy. There is no easy solution for the mechanics of robotics with the current technology, they are doomed to be weak, heavy and have a small autonomy (can't go much more than 1h without needing recharge).
" we took out the legs because it either tried to escape or run toward us"
Love how they show off its martial arts prowess to get noticed by the future robotic over lords.
"Eh Guys Wheres my Head???...."
in development 😂
NAVER LABS : I am the your head
i dont talk to hand
You don't need head for Hand Jobs!! :P
Want nightmares? Imagine this on the back of Boston Dynamics dog with a machine gun in its hands.
It couldn't hold a machine gun. Too heavy. Maybe an SMG or Pistol, but the recoil would destroy the rig after the first shot.
Wire cable driven automatons like this have been around for centuries, there is a reason they are not used in industrial settings.
Yes I agree. That could be. But, we can't stop the technical advance. If even we didn't develop the AI or robots, someone will make it in someday, in somewhere. There is only way to prevent it. Be the first developer. But! The first developer have to make it public.
I like how the robot throws a slow punch at 1:04 & ends in a martial arts stance, say hi to your new robot overlords. :'D
It's very nice that it can't punch you to death when it turns against us but it's still pretty unsetteling to know that one of the main advantages of human arms is being able to handle guns and, well, now were not alone.
Just imagine having this in kitchen and a Michelin star shelf with VR cooking for you. Sizoning woild be difficult to figure out.
I hope we can get augmented body parts in the future... so that I can say "I never asked for this..."
and Cool Glass
Be careful what you wish for...
Next week's news: giant robot flying dildo.
Imagine where this technology will be in the next 5 years. All the people that this technology will help is incredible.
Now connect this to a person and throw them in VR with force feedback.
ambient intelligence ;
then I name you Ambia .
LIMS2?
this hands down is the robot of the future that we need.
I've been watching this for a few years now, truly wonderful engineering that has gone into this!
Well, it looks nice but nothing about this is new. Davinci was sketching and building these centuries ago. Wire cable automatons are a well known engineering concept.
Suuuupeeeer bonito!!!!! Que salgan ya en un ciberbarcafe. Y despues en todas las granjas del mundo. I luve it. Y despues en el cuidado de mayores. Cuando mas hay en la calle mas bajaran sus precios. Que salgan ya.
Ok, i get it. So when can we have one like this to open my beer?
Imagine they made this into a backpack and these two arms came out of it to. XD
you have to carry 2.6kg of the arm so that the arm can carry 3kg lol.
Up to 3kg. They're making the robots weak as in insurance against the robot uprising.
You just know a variant of this is going to appear on a future US game show under the name “Mr Punchy.” 👊
Обалдеть! Инопланетные технологии какие то...
1:10 "Hey kid! You ever wanted to high-five a robot?"
Nobody:
Skynet: Excellent!
TheInfamousDope
Wrong!
Instead
Everyone: Excellent!
Skynet:
this meme sucks man stop using it
Cyber punk 2077 looks amazing
Gorgeous design & engineering. Curious to learn about the attention being put into the Force feedback systems, and the (initial) intended application/s.
I know girls will love this
Nice to see where Johnny Silverhand got his arm from.
The arms of the future terminator
Lil titanium here some carbon-fiber there do same for lags....
네이버에서 해외에 거점을 두고 개발하고 있다고는 들었는데 저정도까지 성공했었구나.....
Very cool! Are there plans to incorporate this tech into prosthetics?
Wowooo such a smooth operation... Mind blowing..
0:58 incorporates the strengths of real human arms except for actual strength.
3kg?
3kg payload is... anemic. it is a beautiful and elegant machine, but it needs a more powerful variant to be truly useful out in the real world. I would say that a 20kg max sustained payload is a minimum standard.
We could build two of them and become Doctor Octopus.
Is this commercially available?
Cyberpunk 2020
Imagine mounting this thing above the robodog from Boston Dynamics!
Americans: can it wield two guns?
here's an idea, why don't all labs/universities/companies combine their tech? Think about it. Several places around the world have researchers, inventors, and robotics experts working on different parts of a body, whether it be arms, legs, innards, or head (on shoulders), they could combine to form a complete humanoid robot or of the like.
最高にかっこいい美しいロボットですね一度見て見たい
What happens if cable stretches, wears out or breaks. How long will cable last? Will it be easy to recable?
Imagine fixing this up to a special robotic exoskeleton
These look to be useful in telelunar operations.
Xenos Zeta
You mean my kitchen and laundry ?
Seems like there could be serious prosthetic application here too
The avatar amp suit is coming!!! The motor back on its shoulder just like it ,i think.
Ileal manipulators lack only the same legs and preferably not of a platform type, hands lack stability, shake from the slightest impact, it is necessary to increase the capacity of servos and motors.
Strap those on my back and let me control 'em with my neuralink implant please.
I want 4 arms and i bet a lot of other people want 4 arms too.
I want to see a robot build another robot!
Seriously question...
Can i give you my left arm for a THIS MASTER PIECE ENGINEERING?
Reminds me of the arms from that Valve Index Portal thing
Now for the torso, legs, and, head.
Mobile Suit previous arm?
Can we program this as per our needs?
Oh this looks cool
5g...oh dammit
It's South Korean?
I'll wait until it's developed on America's upcoming 6g network
Oh look at them,too gorgeous piece of engineering!😢
Love it! But did anyone get a flash back to Robocop?
Love it so pretty and cool
Amazing technology, and beautiful design! Just made me laugh to red "High-speed, wireless, real time remote control" - NO, this arm is definitely NOT wireless.
For a moment I though they were Prosthetics lol... They are that good with Design
Advancements in robotics takes one more steps in better future, ten years flipping burgers in fast food restaurant
오호... 네이버랩스에서 이런 것도 하는군요? 와이어로 동작하는 방식이면, 엑소스켈레톤으로 만들 수 있을듯 한데... 그러면 입는 로봇을 만드는게 가능하리라 생각합니다. 힘분배를 잘 고려하여 외형을 디자인하고 뉴럴링크 같은 회사와 협업하여 신경다발이 보내는 시그널을 읽어 엑소스켈레톤을 제어하면 상당한 작품이 나올 듯 합니다. 뉴럴링크 처럼 머리에 칩을 박는것 까지는 아니더라도 심전도를 측정하는 방식으로, 팔다리에 보내지는 시그널을 정밀하게 읽어내는 기술을 개발해야 겠네요. 뉴럴링크는 뇌의 신경세포 시그널을 정밀하게 읽어내는 기술을 이미 가지고 있으니 신체의 신경계로 보내지는 시그널을 읽어내는 기술 또한 충분히 개발 할 역량이 있으리라 생각합니다. 물론 심전도 방식과 칩을 넣는 방식은 전혀 다른 기술이지만, 적어도 시그널을 해석하는 기술은 뉴럴링크가 이미 보유하고 있으니 적절하지 않나 하는 생각이 듭니다.
Abstract design
What is used for position feedback?
헐...한국기업,....!!(S.KOREA)
Companies need to focused on improving the texterity of robotic fingers
At last! Animusic can be made in real life!
Once the artificial muscles are properly developed, then it would give robots a new dimensional function of proper movement and weight distribution..
I can foresee my extra arms
AWESOME !!😲
If you like this then you will all love the originals. Wire cable driven automatons like this have been around for Centuries.
Davinci built the first I know of, the Victorians were crazy about them building thousands, Disney imagineers covered Disneyland and Disneyworld in such creations, and most movies made before the age of CGI and even after used such things for their creature effects.
Only problem is the inherent nature of Cable, the stretch and give of components, makes these devices imprecise, weak, and fragile compared to other systems so you will likely never see them in an industrial setting where strength or precision is key.
Instead perhaps these could replace the guy flipping burgers at fast food places, or assembling lightweight products that dont require precise alignment.
It sadly just does not have the strength or precision, and its drive system is too bulky, to be of any use to say an amputee, or in the medical feild, or as a help to the elderly. For now pneumatics, hydraulics, servos, and actuators will remain the dominant means of artificial motion.
they're using special material designed to last
I wonder when the military will buy these. I wanna hear "Tactical Robot Hunter Killer Deployed!!"
pretty sure military are testing these already.. why do you think 5G networks are beeing deployed.. 5G will provide the direct link for these machines to central AI core.
@@voron27
HOLY SHIT YOU'RE RIGHT!!!
@@MSaleh-vy8rr dont forget your Tin foil hat )))
هل اوتار الذراعين مصنوعه من مادة الياف الكربون
Can it box?
Does it qualify as a cobot?
👇 shows how many people notice Ubuntu 🙂
My dream
A fully featured T800 is so close.
So close...
I want to see it doing spinjutzu
Is it available for purchase?
I see it now, this device on a 5G network. Ever see 'Runaway' starring Tom Selleck?
What kind of engineering engages in this?
What sensors does it have?! How does this comprehend the environment around?
it does not.
the demo (in this video) seems like not operated with sensors. maybe sensor operation for continuous mass production in industrial usage
So they run the preprogrammed open loop demo which does not really show the capability of the technology. Typical :3
@@NickTheHunter i think they rather highlight the mechanical design of their product instead further implementation, since usually consumer (commercial and industrial sector) custom spec their needs. product like this not mass produced in the same manner as conventional commodities to general societies
It’s has a heart....aaaawwweeee
the futur of dishwashers !
Love how they use Linux 0:07
Lol imagine living in the cyberpunk future,where hacking someone limb as a joke..
If robots could replace 100 employees plus that robot runs on renewable energy produced by the company that that's a win win
let's make gundam
Wow, has it been commercially avaibale
Wow.
Reminds me of the dwarf gekkos in metal gear rising
3KG is not a lot.
Soon, cybernetics organism over endoskeleton
It looks like Samuel Hayden's torso
Genos, is that you?
why use it for human prosthetic arms trial
price?
What ever happened to carbon fiber muscles?
So they create a robot which will soon have AI and the first thing they program it to do (@1:00) is to block and punch! 😂
Me:(glares intensely at robot) Hmmm i see you too know the art punch. BRING IT!!!!!!!!!