DARPA-Funded 'Cheetah' Breaks Speed Record For Legged Robots
Sparrowvsrevolution writes "Boston Dynamics, a Waltham, Massachusetts technology firm and DARPA contractor, announced Monday that it's broken the speed record for running, legged robots. Its new four-legged creation is Cheetah, a robot that can run at 18 miles an hour, far faster than the 13.1 miles per hour record set by MIT in 1989. The video it's released shows Cheetah running on a treadmill, but the company hopes to both increase the robot's speed and take it onto outdoor terrain in the near future. Boston Dynamics rose to fame with its four-legged cargo robot Big Dog which showed an uncanny ability to walk over terrain and recover its footing even when it slips or is kicked. The firm followed up with Petman, a two-legged prototype that applies the same technology to human-style walking."
Our fast moving robotic overlords! Kinda scary to think about the military applications...
my mom posts on slashdot.
Unfortunatly, it's all about building killing machines and machines that support killing machines...
That's where the money is.
If you want news from today, you have to come back tomorrow.
A good companion project would be smaller robot that runs at only 9mph but for longer distances. Call it "Gazelle"
... is Cheetos
Some drink at the fountain of knowledge. Others just gargle.
At 18 mph tops, a better name would be Hippo.
I eat only the real part of complex carbohydrates.
Or does that thing look like its running backwards?
I thought that robot was kinda cool because it showed how superhumanly fast and agile our robot overlords will become.
Even if this robot (when eventually built with an on board power supply) can "only" go 18 mph, remember that unlike a real cheetah, it will presumably be able to keep it up for miles (I think cheetahs can only maintain this speed for a quarter mile). That's because the real cheetah is limited by heat buildup, presumably the motors and power source of this inorganic machine can operate at much higher temperatures so is limited not by heat buildup but fuel capacity.
Pretty scary if one of these things was chasing you down.
"A warning for anyone who imagines a Skynet-ruled world of robot domination: Don’t watch the video below. Or if you do, prepare for nightmares of being chased at 18-miles an hour by a gas-powered steely automaton."
This is just asking to be featured on Big Bang Theory.
Now if only we can make it run in a forward motion.
I watched the videos and all I could think was, can we feed it off the local terrain?
If necessary can we eat it?
Seriously, the support systems for these will need to be as complex as the machines themselves. However, they are pretty cool.
-sh
This is not a political statement. This is not legal advice. It's a frick'n Slasdot post. However: I'm Running For
If it can backpeddle at 18MPH, how fast can it go forward?
As impressive as it is for a walking robot to achieve this kind of speed, I'd be a lot more impressed if it were demonstrating the ability to adapt to real terrain while doing so. Running on a treadmill is a disgustingly controlled environment compared to the real worlds, and what I've always found fascinating about robotics is the ideas people have for algorithms that can adapt to an unpredictable and far-from-level world.
I do not fail; I succeed at finding out what does not work.
Anyone else thought this cheetah is running ass-backwards? I kept waiting for the treadmill to reverse....
First impression; headless robot chicken that dances. At 18mph, the waddling stopped and it looked like a headless goat zombie cyborg from hell. God help us all.
2) I can't tell the head from the tail.
Sorry, but gray text on gray background is making my eyes bleed.
It couldn't help the crew of the Planet Express ship but, I wonder if they rubbed cheetah blood on it?
When the source is open, the possibilities are endless.
Here's a random video of cheetahs running. Notice how the cheetah extends it spine when pushing off with its back legs, and contracts it when landing on its front legs? It seems like this would be a simple improvement for a robot "spine", which doesn't have a spinal cord in it: Just add a piston in the middle to expand and contract.
(T>t && O(n)--) == sqrt(666)
At 16 mph you could qualify for the U.S. Olympic Trials in the men's 1500 M. At 18 mph you could set the world record in the 1500 and take home a gold medal. At 18.6 mph you are unrelenting.
that without the non military aspect helping it might have become a telephone that zaps you when you touch a keyboard.
THUS proving what the parent said aobut the useless DARPA
Yes. Of all the cheetah robots which can run at 18mph, this one is definitely the worst.
Jeez give them a break.
What you are seeing now is what as done almost a year ahead of schedule. They said the next step is to go much faster (50mph) over real terrain.
Why exactly are they developing something like this? For what practical use is a quadrapedal robot that can outrun a human? Why don't they just give it big metal teeth an an unquenchable thirst for blood?
"Pretty scary if one of these things was chasing you down." - by wisebabo (638845) on Monday March 05, @06:24PM (#39255355)
See subject-line above... & a shotgun slug would make mincemeat outta it, + IF a larger & armored model were made? "We have the technology" for that too -> RPG!
* :)
APK
P.S.=> One thing human beings are pretty good at, is making weapons, lol (especially considering who sponsors this, in DARPA)...
However, on a more serious note:
I was actually truly impressed by this Cheetah robot, but, FAR MORESO, by "Big Dog" -> http://www.youtube.com/watch?v=W1czBcnX1Ww (Another creation of "Boston Dynamics" with funding from DARPA) - the things of science-fiction in my youth are now becoming the realities of today (not mainstream yet in the forms shown above, since we have ROOMBA's & what-not, but I give that another 20 yrs. tops for this to be everyday commonplace reality all around us)...
... apk
physics - fail
mathematics - fail
basic logic - fail
PR - win!
It's amazing that at a time when we have people short on food, housing, education, and basic medical care in the US, that there's no shortage of money for researching how to kill people better. At least we can still say we're #1 at something... :|
I don't respond to AC's.
2.5 MPH = 4 kph
10 MPH = 16 kph
12.5 MPH = 20 kph
18.5 MPH = 30 kph
It's funny how you get all round numbers when you convert to standard units.
Say what you will but I live close enough to Waltham that I'm now worried about these things coming to my house in the middle of the night. It's like a prototype for the Rat Things in Snow Crash...
DARPA has been very successful in getting the general public and academia involved in helping them to figure out how to make war robots, which you've gotta admit has to be their only goal.
They are a cool group, to be sure, but should we really be so enthusiastic? I mean JDAM's are cool and all, but personal house invasion robot's are not.
And they are inevitable. But why accelerate the process?
expandfairuse.org
So the robot can run in a straight line on a perfectly smooth surface with perfect traction; cool but it has a long way to go. Wait till one of those spikes it call feet digs in or slides on some gravel. Show me when you can do this outside in real terrain.
This was really cool to watch, but I'm not sure how having a fast robot with appendages like these would be advantageous over a mobile robot with wheels/treads, which can already handle outdoor terrain and move considerably faster than Cheetah's 18mph. Thoughts?
While 18 mph on a treadmill is impressive, wonder how agile it is? Can it turn? Stop? Not likely very well. I'll start worrying when they are as agile.
Akin to a funny car showing up for a F1 race.
everytime researchers try to make something that can walk/run/whatever, they rely on components that are far less versatile than that which they are trying to emulate. i'm talking about replacing muscles with servos and other stuff. with the recent discovery of "muscle wire" i would think researchers would use this wire to build complex muscles making it possible to replace a lot of actuators with a single complex muscle.
while very cool, i think they are going about this all wrong.
Anons need not reply. Questions end with a question mark.
If this is considered a milestone, why did it take us so long to achieve a 35% increase in speed? The last time someone played with this technology there was no Internet...
...first thing I thought anyway.
that it can go 18 mph.
they can't go 18 mph. it's not 'arrogance', its just pointing out a very simple fact.
Developing killer robots will be illegal in the future (if we survive that is). Common sense dictates that we should pre-emptively make this illegal now and save ourselves some serious pain.
Those are two steps, at the absolute minimum.
Well, I might have a way, but it only works on a semi spherical planet in a vacuum.
Are they building a giant cassette player to eject it out of?
Is this the dumbing down of science ? I design autonomous robots. Running on a treadmill is nothing compared to running on terrain! Running on a treadmill the feet and stride do not need to adapt for the terrain. The balance algorithm isn't as complicated if you are running on a treadmill. I'd imagine that this robot is pretty easy to knock off it's feet.
feet, stride, gait, and balance all need to be adaptable when walking on terrain.
I think a real Cheeta with a controllable collar would be more useful. Even better, a swarm of collar controlled Rats.
I couldn't help but think of this with the mention of the big dog getting kicked... http://bootstrike.com/LaughterHell/Featured/kick12.php
"I design autonomous robots."
Proof please