It's the craziest design, power packs should be positioned internally within segmented areas for balance. Seems like they are just toying with the idea because they can obviously do much better than that.
tony budz The positioning of the battery is very human, much like us wearing a backpack, weight distribution in a backpack causes no problems unless the weight is beyond a certain level. That said, it's DARPA pretty sure anything you have thought of they have thought of.
However in all these videos of robots is clearly seen that these military projects are very much financed, while projects peaceable, like trying to cure cancer, are much less financed
Pretty sure this is the cutting edge of Robots as they have talked about practical uses for these robots including behind closed door exhibitions and what do you know, War was one of the uses.
The public arena is the most advanced there is. Because it is part of industry, science, education and open source development. If this was done in private it would just be a handful of people carry out research but when robotics is public it involves millions of people.
Why do they have a big lump of a battery hanging off the back? Can they not spread it out across the robot? Like multiple batteries that create the same power as the one big one?
Was anyone else a little tense when the guy was standing in front of the robot describing it's features? I half expected the robot to pick him up and throw him through a wall or something..
Hackis Bell Owh don't worry about that, they will soon when their animations and strength and balance has been mastered. Its getting obvious the more advanced these robots get, the more you could imagine what these robots could do for humans not just pick us up lol.. Let them do our dirty jobs, sweeping the streets boring production jobs etc..
While a fully automated ATLAS is a commendable long term goal wouldn't it make sense to field ATLAS immediately with telepresence capabilities (a human operator with VR goggles, haptic feedback, etc.) Put it to work fighting fires, repairing Fukushima (a worker just died there today, thousands exposed to high levels of radiation), EOD work, mining work, garbage collection, etc.
If you did any reading on the project, you'd know that the whole point is for operating within buildings where radio signal is limited. The purpose is to build a robot that can continually operate with only occasional communication, and can figure things out for itself in the mean time.
what if the movement of the robot could be used to charge a secondary battery until the 1st dies..it can alternate batteries over and over like this....can that work?
I personally think the reason all these movies coming out about robots like Elysium and chappie is because that's what our future robots are going to look like
I got couple questions if someone could please respond: First question is what motors are been used on the robot and are they commercially available? Second question is about the robot design and that is why stop at 2 arms why not 4? Was it decided that 2 are enough? Or it was to much of a bother to program 4 arms to not hit each other and work around one another? And last question is about the number of legs. Wouldn't a 3 legged robot be more stable and also offer a more stable platform for when heavy tools are been used? I understand the humanoid form benefits as been able to work in a human environment but a third leg in the back like a kangaroo tail shouldn't bother from this perspective.
The robot probably has much more balance than any of us. Regardless it's easier to keep balance when the weight is high. For example take a large spoon and you'll see it's easy to balance it on its handle with the heavy spoon part up top. It is however hard to balance with the heavy side in the air. The robot with most of the mass up top can in the same way keep his balance with subtle and fine movements. They are not building a tower, they are building a moving robot.
DARPAtv, I noticed in the video that you said you would be adding the intelligence of the robot where the head would be. Have you talked with the CEO of Hanson Robotics? They have fairly advanced AI tech and realistic humanoid designs.
Something I've long wondered about: Are there any applications where it would make sense not to have the higher-level processing functions (i.e., the "brain") on board the robot itself? That is, have it running on some stationary platform nearby, with wireless communications allowing the brain to receive sensor data and issue high-level motor commands. I would think that such would be the case when you need both a light weight robot and a high level of processing. And perhaps it would also be more practical in settings where the robot's area of operation (i.e., distance from the processor) is relatively limited. Is this actually being done by anyone?
This is really quite incredible. You guys are changing the future right in front of our eyes. Eventually these robots will be as nimble as the lightest ballerina. It's only a matter of time.
The three most important innovations that Atlas needs. 1- processing information faster, so he can think and move faster. 2- Flexibility and movement, feet should be for all terrains, because flat feet is only good for flat surfaces. 3-where are the hands and fingers? I don't see any human alike fingers, and hands are long and bulking arms, they need to improve and change that, I would recommend lighter metals for the arms, hands and finger, something like the polygraffito metal use for the racing cars, is light weight and flexible.
why does he say "may the best robot win?" all of the teams are using the same robot right? the competition is based on who can make the best code for it.
Hydraulic-electric servos are incredibly fast, strong, and accurate. Used in jet engines, machine tools, industrial actuators, etc. Been around since the late '50s early '60s. They can be controlled, with electric feedback, to very fine measurements while maintaining strong torques with a steady efficient energy consumption.
+T Hh I work with a couple of machines at work that use these types of servos and I agree they would be physically impractical and too costly for walking robots.
Ultron got beat up by Vision because he when through his body and detach head from body. so robots would need a body that would function without a head, or even if they take there heads off, and should have heads that can be fix, replace and restore quickly, also bodies that electrocuted so if they try to surpass them by molecular deployment wouldn't affect it. I must say that Atlas has no movement in his head, and has not enough camaras, it needs more camaras and different vision kinds, like Xray and infrared vision capabilities.
Can someone clarify for me what the purpose of THIS iteration of robot is? Are they focusing on mobility, because that seems quite arbitrary to me. It's like making a brain dead person instead of one that has limited mobility but can comprehend what it sees. Is this a robot-robot, not an autonomous one? Also could you explain why they use hydraulics instead of electronic servos? Does it provide more power or is more efficient? Thanks.
Now that you've decided to make Atlas more mobile and independent, I guess it's now a matter of seeking the ways of making it the most energy efficient. But you should still consider alternate energy sources to increase its independence. Perhaps solar energy could be a viable option... and any similarities with The Matrix's plot are just mere coincidences and should only be regarded as such...
No worries. If they get out of control, we can just scorch the sky which would stop the machines from taking over...hey, where did i put those batteries?
"This new pump makes the robot much quieter. Now the teams can operate the robot without the need for any hearing protection." So right now the definition of a quiet robot is one than doesn't require hearing protection to operate. I guess that's a step in the right direction but still, had no idea it was that loud.
Well, pay attention folks, Elysium is only round the corner. I refuse to think Atlas has not been tested weaponised in the dark depths of some aircraft hanger... And now its battery powered.
Am I the only one who would love to be in a huge arena with a bunch of these and a bunch of DARPA wildkats chasing you and you have to fight them with a melee weapon and a pistol?
The year 2055. Twenty-five billion dollars, countless hours, and unparalleled technology has gone into this highly advanced android. Now Barny uses this android to sweep his kitchen once each night, before bedtime.
Aloha, Was this an invite for the challenge or an add for Googles Boston Dynamics ATLAS? Funny Nothing Has Changed bellow the knee. I would think ground contact dynamics and energy return from gait would be given higher priority. Although I am biased. Mahalo, Steve SBIR A11-109
+Myles Anthony Delfin While Asimo might look more polished on the outside Boston Dynamics seem to have so much more going on under the hood. The way they design self correction in movement and dynamic adaptability is really impressive. Hell like 4-5 years ago, the video of them kicking their big dog robot and it self adjusting and then also adjusting to correct balance after slipping on ice like a natural creature is just amazing. The goal with Atlas is functional autonomy in real world situations whereas Asimo, while still very impressive, is more of a pre-programmed deal.
+Jay Haggin You could be right, the "dynamic adaptability," as you said, is really great. I'm not an engineer so I can't make any real assessments, but I understand what you pointed out about building for real-world autonomy, it's something worth waiting to see in the future.
Got to go to MIT robotics lab for work. Saw a lot of the robots hoping one would walk by.... Nope, I asked one of the security guys if any robots where walking around and he said he never seen it =(
Why won't they use fuel cells? Judging by Kraftwerk it's not too expensive (for DARPA anyway) and with decent amount of gas it can run for much longer than with any reasonable Li-Ion pack.
Robot research really needs a battery technology revolution to happen, otherwise these machines will always have to carry those huge battery packs on their backs
The head needs to rotate, and needs more camaras. Why is it that in most movies about robots they have black and white vision camaras? Those camaras are old, don't they know Thermal, infrared, XRay and ultraviolet, it would be so cool if they could do a 4K ultraviolet vision double camaras.
***** First they're getting basic movement working. Once you have that figured out, THEN you can add the fancy gadgets. It doesn't make sense to add 'fancy gadgets' when their robot can't even move by itself, without having a tether or a cord. Basics, basics, basics.
hybby well the whole robot is done stupidly, because they should of started with the brain, and No! They started with a dumb body to make it more complicated and take longer, besides the battery power backpack he has is old tech, why don't they just put a very small magnetic spinning alternator inside, small as a cell phone, and a hidrogen battery, just watch the terminator movie man, the design they have there is super simple and easy, and very efficient, the guys making the robots need to watch more robot movies. The most important parts of the robot are 4 1-Brain(computer) 2-Power source(battery and energy generator) 3- Flexibility (Spinal cord like human) 4- Hands and Feet(Stability and object grabbing) So far they have nothing well done, the robot doesn't have hands, and or real feet, it doesn't have spinal cord, the head doesn't move, and doesn't even have a brain, they are just being stupid, the tech using in this robot was all ready made in the 70, why aren't they using newer tech, like high definition cameras, new advance sensor's, a new advance CPU with internal memory and processing capacity, etc etc etc.
***** - Have you considered building a robot? It seems like something you have a lot of knowledge about. Perhaps you can create something that's even better than what they have, and teach them how to be more effective and efficient in their robot building.
hybby I would certainly like to do so, but it involves a lot of money, unless I could work for them as a supervisor and provide them with ideas, like see if I could improve the models with some ideas etc. But they don't want from what I see, because they are manipulated in there minds by Satan, they are doing it wrong to waste more money and time, sense Satan wants to empoverish the USA and make the Chinese rich, sense the Chinese are clones of him. By the way they are also building robots with the Japanese in China in secret facilities, they are allied with Japan secretly, but they don't say, also with North Korea they are one gang.
***** ... if you really want to do it, start small. Until you show proof that you know what you're talking about, on a micro level, they'll never put you in charge of a larger project. Annnddd you've involved Satan. That's just off the wall. I'm muting this conversation. Cheers.
Didn't they had robot hands and arms that can play the piano somewhere, they could be put on to the robot and make it play the piano, also make food, I like to see the robot make tortillas.
Cant wait for all the military contracts to come rolling in if they haven't all ready! Great idea though Use the public to build future soldiers and give them a prize for our own demise...
there are better metal alloys they can use, like High Endropy alloy, which is lighter than Aluminum and stronger than Titanium, they should use those kinds of advance metal alloys to make the robots much more lighter and stronger.
![Evolution of Boston Dynamic’s Robots [1992-2023]](http://i.ytimg.com/vi/Rdm2ggtFvmQ/mqdefault.jpg)
![Evolution of Boston Dynamic’s Robots [1992-2023]](/img/tr.png)
So now it has a battery pack , is not tethered anymore ....
'There are no strings on me'
It's the craziest design, power packs should be positioned internally within segmented areas for balance. Seems like they are just toying with the idea because they can obviously do much better than that.
tony budz The positioning of the battery is very human, much like us wearing a backpack, weight distribution in a backpack causes no problems unless the weight is beyond a certain level.
That said, it's DARPA pretty sure anything you have thought of they have thought of.
tony budz The battery pack must be able to be replaced easily and sometimes quickly. It may still very well be in perfect balance.
I suppose, not to belittle the design, I guess it makes no difference to the robot where the pdu is located when its stuck with flat feet. :)
they should put on solar panels so it can charge a little as it goes and still run if it passes out in the wilderness after a few days charging..
However in all these videos of robots is clearly seen that these military projects are very much financed, while projects peaceable, like trying to cure cancer, are much less financed
atlas is my favourite of all the new generation of robots
When will it run on beer?
If this is out for the general public to see, I wonder how advanced and far ahead the robots the military has that are kept secret in black projects.
One can only imagine :P
Pretty sure this is the cutting edge of Robots as they have talked about practical uses for these robots including behind closed door exhibitions and what do you know, War was one of the uses.
The public arena is the most advanced there is. Because it is part of industry, science, education and open source development.
If this was done in private it would just be a handful of people carry out research but when robotics is public it involves millions of people.
I'm scared to know, being in a police state.
Awesome. So when will you design P-Body?
This is 6 years old video, what Darpa robots can do now? 🤗
Why do they have a big lump of a battery hanging off the back? Can they not spread it out across the robot? Like multiple batteries that create the same power as the one big one?
All we need to do now is have Slumdog Millionaire give it an empathy chip.
Already Happend, Next!?
Curious what the new hydraulic pump make/model is, must be quite a neat one to be quiet yet deliver the power that they used to give to the robot.
Will P-body get an upgrade as well?
love how we're developing the future rulers of the earth!
Was anyone else a little tense when the guy was standing in front of the robot describing it's features?
I half expected the robot to pick him up and throw him through a wall or something..
Lol, exactly me, I guess I watched too much sci-fi movies :D
It was like the Robocop scene
Hackis Bell Owh don't worry about that, they will soon when their animations and strength and balance has been mastered.
Its getting obvious the more advanced these robots get, the more you could imagine what these robots could do for humans not just pick us up lol..
Let them do our dirty jobs, sweeping the streets boring production jobs etc..
So when is the new P-body model coming out?
So nice to see this technology change .
I can see this robot in the future, saving many lives!
I see them killing many lives
never kick a robot, they will remember that in the future
even if they don't remember it they'll find all the videos of it on youtube lol, dw you will be spared for this comment
While a fully automated ATLAS is a commendable long term goal wouldn't it make sense to field ATLAS immediately with telepresence capabilities (a human operator with VR goggles, haptic feedback, etc.) Put it to work fighting fires, repairing Fukushima (a worker just died there today, thousands exposed to high levels of radiation), EOD work, mining work, garbage collection, etc.
The power, something ignored in tv shows and movies, is a big limiter. I doubt it can run for more than a couple hours.
If you did any reading on the project, you'd know that the whole point is for operating within buildings where radio signal is limited. The purpose is to build a robot that can continually operate with only occasional communication, and can figure things out for itself in the mean time.
ataraxic89 When low on power it can just go to a charging station like the roomba
JWQweqOPDH I'll have to look into that reading business you talk of, not sure if I can handle it ( ¬__¬ ）
SoCalFreelance Just visit the website for the Darpa Robotics Challenge project (or whatever it's called nowadays).
what if the movement of the robot could be used to charge a secondary battery until the 1st dies..it can alternate batteries over and over like this....can that work?
I personally think the reason all these movies coming out about robots like Elysium and chappie is because that's what our future robots are going to look like
total cost till now ?
I got couple questions if someone could please respond:
First question is what motors are been used on the robot and are they commercially available?
Second question is about the robot design and that is why stop at 2 arms why not 4? Was it decided that 2 are enough? Or it was to much of a bother to program 4 arms to not hit each other and work around one another?
And last question is about the number of legs. Wouldn't a 3 legged robot be more stable and also offer a more stable platform for when heavy tools are been used? I understand the humanoid form benefits as been able to work in a human environment but a third leg in the back like a kangaroo tail shouldn't bother from this perspective.
2 arms is all you need. 4 arms requires more hydraulic pressure to move the joints and more computers to control, just not worth the few benefits.
May be need to use small engine on gas\propane\methane like a hydraulic pump and energy alternator?
Why did they decide to put the heavy batteries so high above the center of gravity? Put them in it's legs and hips to give it better balance.
You know, there is a reason why BACKpacks are a popular means of carrying stuff. And there is a reason why LEGpacks are basically unheard off.
Curixq Yea, because humans have great balance. Robots are about as graceful as a toaster being thrown out a window.
The robot probably has much more balance than any of us.
Regardless it's easier to keep balance when the weight is high.
For example take a large spoon and you'll see it's easy to balance it on its handle with the heavy spoon part up top.
It is however hard to balance with the heavy side in the air.
The robot with most of the mass up top can in the same way keep his balance with subtle and fine movements.
They are not building a tower, they are building a moving robot.
DARPAtv, I noticed in the video that you said you would be adding the intelligence of the robot where the head would be. Have you talked with the CEO of Hanson Robotics? They have fairly advanced AI tech and realistic humanoid designs.
What about Peabody?
Something I've long wondered about: Are there any applications where it would make sense not to have the higher-level processing functions (i.e., the "brain") on board the robot itself? That is, have it running on some stationary platform nearby, with wireless communications allowing the brain to receive sensor data and issue high-level motor commands.
I would think that such would be the case when you need both a light weight robot and a high level of processing. And perhaps it would also be more practical in settings where the robot's area of operation (i.e., distance from the processor) is relatively limited.
Is this actually being done by anyone?
This is really quite incredible. You guys are changing the future right in front of our eyes. Eventually these robots will be as nimble as the lightest ballerina. It's only a matter of time.
Is it DARPA the other name of SkyNet?
The competition will take place on June 5th and 6th. This is my super bowl + world cup x10. I can't wait!
The three most important innovations that Atlas needs.
1- processing information faster, so he can think and move faster.
2- Flexibility and movement, feet should be for all terrains, because flat feet is only good for flat surfaces.
3-where are the hands and fingers?
I don't see any human alike fingers, and hands are long and bulking arms, they need to improve and change that, I would recommend lighter metals for the arms, hands and finger, something like the polygraffito metal use for the racing cars, is light weight and flexible.
And look how far it has come today.
Now it can walk through the woods without a tether. And it's as quiet as your desktop.
And they went with "I, Robot" white. Next year's upgrade: "Terminator" Chrome.
New robot helpers?
Geronimo Williamson More like new robot KILLERS!
awesome work guys ....seeing this really puts into perspective how science fiction the robots we have seen on the BIG screen really are ..LOL
OK. This is the stuff they are showing us. Can you imagine the stuff we're not allowed to see? I can and it scares the shit out of me.
Welcome Ultron It's been too long,
why does he say "may the best robot win?" all of the teams are using the same robot right? the competition is based on who can make the best code for it.
Hydraulic power?
Hydraulic-electric servos are incredibly fast, strong, and accurate. Used in jet engines, machine tools, industrial actuators, etc. Been around since the late '50s early '60s. They can be controlled, with electric feedback, to very fine measurements while maintaining strong torques with a steady efficient energy consumption.
+joydime they're not THAT fast.... what they Are, is they are Incredibly Expensive
+T Hh I work with a couple of machines at work that use these types of servos and I agree they would be physically impractical and too costly for walking robots.
I for one warmly welcome our new robot overlords.
I for one welcome our new robot overlords
Fascinating device, may it way day be autonomous.
Good developments! :D
Keep it up. :)
So...there are n strings on it...
They should give the robot Johnny Five's head.
Ultron got beat up by Vision because he when through his body and detach head from body.
so robots would need a body that would function without a head, or even if they take there heads off, and should have heads that can be fix, replace and restore quickly, also bodies that electrocuted so if they try to surpass them by molecular deployment wouldn't affect it.
I must say that Atlas has no movement in his head, and has not enough camaras, it needs more camaras and different vision kinds, like Xray and infrared vision capabilities.
Can someone clarify for me what the purpose of THIS iteration of robot is? Are they focusing on mobility, because that seems quite arbitrary to me. It's like making a brain dead person instead of one that has limited mobility but can comprehend what it sees. Is this a robot-robot, not an autonomous one? Also could you explain why they use hydraulics instead of electronic servos? Does it provide more power or is more efficient? Thanks.
This looks like the beginning of a sci-fi movie
The only thing that the atlas need now is a cool design.
Now that you've decided to make Atlas more mobile and independent, I guess it's now a matter of seeking the ways of making it the most energy efficient. But you should still consider alternate energy sources to increase its independence. Perhaps solar energy could be a viable option... and any similarities with The Matrix's plot are just mere coincidences and should only be regarded as such...
No worries. If they get out of control, we can just scorch the sky which would stop the machines from taking over...hey, where did i put those batteries?
itdadof3 I see what you did there.
So these are the dudes working at groom lake since 1977...
No. Groom Lake specializes in aircraft. This is BostonDynamics's robot.
It was a joke.
"This new pump makes the robot much quieter. Now the teams can operate the robot without the need for any hearing protection." So right now the definition of a quiet robot is one than doesn't require hearing protection to operate. I guess that's a step in the right direction but still, had no idea it was that loud.
I once had strings but now I'm free...
InvalidCreations there are no strings on me...
Just imagine what they'll be like in 20 years.... can't wait!!!!
Did these researchers not watch any of the terminator movies????
That robot skipped Leg Day. :(
Coming soon, enforcing marshal law in a city near you! :D
...what's the smallest caliber need to take out that thing!
Wary Tenpoint
By the looks of it a marble on the floor would do the trick.
Would you mind give me a heads up when you're done with T-800? I wanna be safe in my atomic bunker for that!
Well, pay attention folks, Elysium is only round the corner. I refuse to think Atlas has not been tested weaponised in the dark depths of some aircraft hanger... And now its battery powered.
Am I the only one who would love to be in a huge arena with a bunch of these and a bunch of DARPA wildkats chasing you and you have to fight them with a melee weapon and a pistol?
Needs to transform and use wheels when it can.
The year 2055. Twenty-five billion dollars, countless hours, and unparalleled technology has gone into this highly advanced android. Now Barny uses this android to sweep his kitchen once each night, before bedtime.
"All this has happened before, and all this will happen again"
atlas: Iiiiiiii got no strings to hold me back
energy runs and atlas falls down
Give atlas festco's fishtail grippers, they would work well
Aloha,
Was this an invite for the challenge or an add for Googles Boston Dynamics ATLAS?
Funny Nothing Has Changed bellow the knee.
I would think ground contact dynamics and energy return from gait would be given higher priority.
Although I am biased.
Mahalo,
Steve
SBIR A11-109
I think the design is better than the IPhone X
What you're looking at is ADVANCED WARFARE
Does this mean atlas from call of duty advanced warfare
This is cool and all, but why are they making Bi-pedal robots? It's like the most in-efficient form of locomotion.
Looks like the early-stage development of Asimo, I wonder why they haven't adopted the range of motions that Asimo is already capable of doing...
+Myles Anthony Delfin While Asimo might look more polished on the outside Boston Dynamics seem to have so much more going on under the hood. The way they design self correction in movement and dynamic adaptability is really impressive. Hell like 4-5 years ago, the video of them kicking their big dog robot and it self adjusting and then also adjusting to correct balance after slipping on ice like a natural creature is just amazing. The goal with Atlas is functional autonomy in real world situations whereas Asimo, while still very impressive, is more of a pre-programmed deal.
+Jay Haggin You could be right, the "dynamic adaptability," as you said, is really great. I'm not an engineer so I can't make any real assessments, but I understand what you pointed out about building for real-world autonomy, it's something worth waiting to see in the future.
Got to go to MIT robotics lab for work. Saw a lot of the robots hoping one would walk by.... Nope, I asked one of the security guys if any robots where walking around and he said he never seen it =(
um great info but instead of showing its specs why not show us somthing mindblowing so we sponser it just sayiin
I hope Arny will be still alive when this ones rises against us. :D :D :D
Orale lastima que en mexico jamas veremos uno de esos podria servir para ayudar a campesinos
That robot looks very compartmentalized. Nothing seems to match. Like the arm people didn't see what the torso people were going to do, legs etc.
Nice that now you can use the robot without "Heating Protection" 😂😂😂😂😂😂😂😂😂😂😂☮🇺🇸
so how robots like Honda asimo, compare to this robot?
Asimo is a walking advertisement for Honda. This robot will have a real purpose besides just waving and being cute like a child for the media.
***** This happens a lot for us in America. Lucky, I suppose. = )
what the fuck? you are creating the perfect destruction mashine
Amazing speed speed i want one
The Terminators will be soon between us.I don't want to die. :-(
amazing
Why won't they use fuel cells? Judging by Kraftwerk it's not too expensive (for DARPA anyway) and with decent amount of gas it can run for much longer than with any reasonable Li-Ion pack.
Robot research really needs a battery technology revolution to happen, otherwise these machines will always have to carry those huge battery packs on their backs
Make a car sized Thorium reactor and let the Japanese see it so they can make tiny.
Why not give the robot an RTG? (nuclear generator). No more short-life battery problems.
oh! ATLAS of Call Of Duty Advanced Warfare?
XD
Hey have you ever thought about GIVING ATLAS A TAIL?
I am more concerned of a massive swarm of individual flying robots, equipped with some sort of weapon.
The head needs to rotate, and needs more camaras.
Why is it that in most movies about robots they have black and white vision camaras? Those camaras are old, don't they know Thermal, infrared, XRay and ultraviolet, it would be so cool if they could do a 4K ultraviolet vision double camaras.
***** First they're getting basic movement working. Once you have that figured out, THEN you can add the fancy gadgets. It doesn't make sense to add 'fancy gadgets' when their robot can't even move by itself, without having a tether or a cord.
Basics, basics, basics.
hybby well the whole robot is done stupidly, because they should of started with the brain, and No! They started with a dumb body to make it more complicated and take longer, besides the battery power backpack he has is old tech, why don't they just put a very small magnetic spinning alternator inside, small as a cell phone, and a hidrogen battery, just watch the terminator movie man, the design they have there is super simple and easy, and very efficient, the guys making the robots need to watch more robot movies.
The most important parts of the robot are 4
1-Brain(computer)
2-Power source(battery and energy generator)
3- Flexibility (Spinal cord like human)
4- Hands and Feet(Stability and object grabbing)
So far they have nothing well done, the robot doesn't have hands, and or real feet, it doesn't have spinal cord, the head doesn't move, and doesn't even have a brain, they are just being stupid, the tech using in this robot was all ready made in the 70, why aren't they using newer tech, like high definition cameras, new advance sensor's, a new advance CPU with internal memory and processing capacity, etc etc etc.
***** - Have you considered building a robot? It seems like something you have a lot of knowledge about. Perhaps you can create something that's even better than what they have, and teach them how to be more effective and efficient in their robot building.
hybby I would certainly like to do so, but it involves a lot of money, unless I could work for them as a supervisor and provide them with ideas, like see if I could improve the models with some ideas etc.
But they don't want from what I see, because they are manipulated in there minds by Satan, they are doing it wrong to waste more money and time, sense Satan wants to empoverish the USA and make the Chinese rich, sense the Chinese are clones of him.
By the way they are also building robots with the Japanese in China in secret facilities, they are allied with Japan secretly, but they don't say, also with North Korea they are one gang.
***** ... if you really want to do it, start small. Until you show proof that you know what you're talking about, on a micro level, they'll never put you in charge of a larger project.
Annnddd you've involved Satan. That's just off the wall. I'm muting this conversation. Cheers.
Didn't they had robot hands and arms that can play the piano somewhere, they could be put on to the robot and make it play the piano, also make food, I like to see the robot make tortillas.
soon...
Что все такие англоязычные ?
atlas will beat every robot that competes
so the pump is the kill spot. o,k, got it.
Cant wait for all the military contracts to come rolling in if they haven't all ready! Great idea though
Use the public to build future soldiers and give them a prize for our own demise...
Выглядит убедительнее чем набор запчастей, посаженный на квадроцикл.
Ok.Now send them to Fukushima and close the leak.
Where is box?
I love box.
_
there are better metal alloys they can use, like High Endropy alloy, which is lighter than Aluminum and stronger than Titanium, they should use those kinds of advance metal alloys to make the robots much more lighter and stronger.