6 Tiny Robotic Ants, Weighing 3.5 Oz. In Total, Pull a 3900-lb. Car (nytimes.com)
Reader schwit1 writes about MicroTug, a team of six microrobots that weigh just 3.5 ounces (99 grams), and can move a car: Researchers at Standford University's Biomimetics and Dexterous Manipulation Lab have developed six miniature robots that have the pulling-power to move objects 2,000 times of their own body weight. The tiny robots and their inter-coordination are based on that of ants. The microrobot uses a special kind of glue on its feet that make them serve as sticky gecko toes. "Their new demonstration is the functional equivalent of a team of six humans moving a weight equivalent to that of an Eiffel Tower and three Statues of Liberty," said David Christensen, a graduate student who is one of the authors of "Let's All Pull Together: Principles for Sharing Large Loads in Microrobot Teams paper. Researchers' fascination with gecko adhesive is nothing new. In 2010, Stanford mechanical engineer Mark Cutkosky developed a Stickybot that could climb walls. A
similar robot that could roll up on smooth as well rough surfaces was demonstrated by a group of researchers in Canada in 2011.
Is it true that the ants all had H1-b visas?
They made the car roll, not the same thing as pulling the effeil tower...
I, for one, welcome our new robotic overlords.
It's all fun and games until somebody loses an Eiffel Tower and three statutes of liberty.
6 tiny robotic ants, weighting 99 grams in total, pull a 1769 kilograms car.
Next time, how about using standard SI units?
6 Tiny Robotic Ants
They're not tiny if you're comparing them with ants.
systemd is Roko's Basilisk.
The standard unit of measurement for meaningless comparisons is not an 'Eiffel Tower' or a 'Statue of Liberty'.
It's required to be a 'Library of Congress', also known as a 'loc'
F=ma so if a is small then F, the force from the robots, can also be small. With over inflated tires and a smooth flat surface the rolling friction F needs to overcome can be quite small. Even a small child could push a 3900lb vehicle under the right circumstances. It would be far more useful (and less impressive to the masses) if an actual figure of force was given, much less any other relevant information.
Apparently they beat MIDT, Hardvard, and the like...
Anyone knows an ant, can't Move a rubber tree plant
the preceding comment is my own and in no way reflects the opinion of the Joint Chiefs of Staff
Why does it say 2000 times their own weight? Shouldn't it be 1769 * 1000grams / (99 grams in total) ? It comes to be around 18 thousand times their own weight.
I guess they missed one zero in the summary.
This kind of technology might seem inconsequential, heck, even beneficial in the 21st century. I come to you from the future, the year 2143...and I beg you, do not unleash this pandoras box. our world is much like your own, except for a highway of autonomous --some say even sentient -- high speed statues of torchwoman --you know her as the statue of liberty -- rivaled in terror only by their helltower counterparts as they blaze across the wasteland once known as "texus" and "Cauli-forgnia." Most cower in fear of their herds, others worship them as signs of bountiful harvest or the approach of the cadmium rains. these are the new gods of our foul world, and we have only you to blame.
Good people go to bed earlier.
Is my math off, or theirs? Because 3.5 oz (0.219 lb) worth of bugs pulling 3900 lbs is a 1:17,800 ratio, not 1:2000.
"I don't know, therefore Aliens" Wafflebox1
I foresee a HUGE market of moving furniture to location after location in various rooms as wives figure out the best arrangement, thereby saving countless backs.
When Fascism comes to America, it will call itself Anti-Fascism, and tell you to give up your guns.
The bugs aren't dangling the car from the ceiling, but pulling the car on a horizontal surface. They only need to overcome the rolling resistance.
It's one thing to prove it on paper, it's another to demonstrate it practically. They didn't set out to do anything groundbreaking, just a proof of what can be demonstrated mathematically. Also, dumb people are more interested in videos of small things pulling big things than math proving that it is possible.
We probably need a new system of units for explaining things to non-technical people:
1 car-pull (symbol Cp): ? newtons
1 football field us (Ff-US): 1000 yards
1 Blue Whale (Whb): 30 meters
Sun temperature (Tps): 5000C
Drop 10,000 robot ants from a drone over enemy positions and let them tear things up and disrupt their operations...
Can enough of these robot insects fit under my feet so I can glide effortlessly around the Bi-Lo? Seqways are too bulky and Luddite.
the preceding comment is my own and in no way reflects the opinion of the Joint Chiefs of Staff
Not saying the achievement isn't notable ... but pulling a vehicle isn't quite as difficult as they want you to believe.
Here's a video of a girl in Morocco pulling a car by her pony-tail!
https://www.youtube.com/watch?...
Give me a lever, and a place to stand...
Post may contain irony: discontinue use if experiencing mood swings, nausea or elevated blood pressure.
"My only weakness!"
also, think of the children!
love is just extroverted narcissism
What's this? An Eiffel Tower and Statues of Liberty for ants?
It's a little closer if each robot weighs 3.5oz individually (so 1.313 lbs total)... but it still comes out to 2971x... so where did 2000x come from?
Is it just me of the tiny robot move forward then use a suction cup to immobilize themselves while pulling?
If that's so, that mean the whole technology depend that robot work on a flat surface. It's way less impressing if it's the case.
Elok
some strongmen competitions have guy pulling 35 ton locomotive
...to our new Robot Overlords.
Management is doing things right; leadership is doing the right things. - Peter F. Drucker
I for one welcome our very slow, car stealing, microbot overlords, but how good are they at playing Go?
The six-legged ant robots in TFA's video were being used to demonstrate running behaviors. The robots used to pull the car had two wheels, a suction cup and no legs.
Well, if little, tiny ants can get a 3,000+ lb car rolling then I need to start spending more time in the gym. Looks like robots are the future, has anyone seen that Boston company with the crazy robots? Frightening, really.
Since mass is not inertia, it would appear that there is at leas one moron present: Zero__Kelvin
Zero__Kelvin = zero intelligence!
The mechanical ants weight 0.099kg and have 200N of force which translates to roughly 20.4kgf (kilogram-force).
That would put a 75kg adult being able to apply 15450kfg.
A very far cry from the 7.3 million kg the Eiffel tower weights but, nonetheless, absolutely impressive.
PLEASE!
Self-importance and self-indulgence is the root of ALL evil.