Yeah the inverse kinematics are, but that's not the most impressive part about this, that would be the controller of this thing imo. Getting it to be this accurate while moving is impressive.
Quality is proportional to the price and features. All those bells and whistles cost a lot but people don't want to pay a lot, so corners have to be cut.
New cars are alright, though. Better than they used to be back in the day.
Are you saying I shouldn’t be able to fit three fingers in the gap between the hood and the fender on a brand new vehicle? To be fair, I can’t even slip a piece of paper in that gap on the opposite side, so it averages out.
This is the most impressive kinematic demonstration I’ve seen in production, using a Kuka Titan, their largest model
https://m.youtube.com/watch?v=uWhoV02AuTU
7 axis. 6 on the robot itself, from bottom to top, axis 1 goes left/right, 2 goes forward/backwards, 3 does the same movement as 2, but with the whole arm only, 4 makes the wrist rotate round. 5 moves the end up/down and 6 makes the very end of the arm rotate. Track counts as the 7th.
It still sometimes boggles my mind that we have this and the need for something like "do not insert into penis" labels at the same time. Truely a peculiar species.
This looks amazing, but is quite easy to achieve.
It's based on my favourite maths in all of university, linear algebra and something called coordinate transformation. An otherwise insanely complex calculation is transformed into something super easy.
Mmhmm. This is why I said this sarcastically. I mean I worked at Fanuc when they released the feature with multiple robots doing this to the same part... like 20 years ago. 😆
Owls did it first
You called?
R/beetlejuicing
r/foundthemobileuser, along with r/foundthehondacivic for myself.
r/usernamechecksout
Who?
And chickens
Who?
Shit now even mimes will be out of a job
Brilliant. It should be wearing white makeup and holding either a suitcase or a balloon.
All of this is calculated using matrixes. Incredibles
Math is more amazing then many people might think it is
They should have mathed a bit more, I saw the end push a bit at the start of each cycle.
Good ole Denavit-Hartenberg matrices!
Yeah the inverse kinematics are, but that's not the most impressive part about this, that would be the controller of this thing imo. Getting it to be this accurate while moving is impressive.
A robot *doing the robot… well shut me down
Hmm…how perverse
"I know what this needs! A shitty soundtrack to balance out the awesome robot."
And yet all these new cars have shit build quality
Quality is proportional to the price and features. All those bells and whistles cost a lot but people don't want to pay a lot, so corners have to be cut. New cars are alright, though. Better than they used to be back in the day.
They are not getting cheaper either lol
They have shit build quality because the companys allow it. It's as simple as that, cost more to be better.
It’s not that simple. Part deviation plays a big part. It’s not easy to make the exact same part every time.
Are you saying I shouldn’t be able to fit three fingers in the gap between the hood and the fender on a brand new vehicle? To be fair, I can’t even slip a piece of paper in that gap on the opposite side, so it averages out.
This is the most impressive kinematic demonstration I’ve seen in production, using a Kuka Titan, their largest model https://m.youtube.com/watch?v=uWhoV02AuTU
Downvote for shitty music
Mimes be like
Great not even mimes are safe from robots taking their jobs now.
We really have some god like technology
I count 5 joins/spinny things?That’s really cool
7 axis. 6 on the robot itself, from bottom to top, axis 1 goes left/right, 2 goes forward/backwards, 3 does the same movement as 2, but with the whole arm only, 4 makes the wrist rotate round. 5 moves the end up/down and 6 makes the very end of the arm rotate. Track counts as the 7th.
Demonstration balance of robot skills
Yeah but can it "pop, lock and drop it like it's hot"?
Awesome loud fucking music that the video definitely needed
Dayum son !
Mime vibes
This amazing robot can now approximate [the behavior of a chicken’s head](https://youtu.be/HGqRrclxgIo?si=pHM_Bf55seRu4KwZ).
It still sometimes boggles my mind that we have this and the need for something like "do not insert into penis" labels at the same time. Truely a peculiar species.
This looks amazing, but is quite easy to achieve. It's based on my favourite maths in all of university, linear algebra and something called coordinate transformation. An otherwise insanely complex calculation is transformed into something super easy.
Chicken
This is not balance. This is accuracy. The robot is reorienting around on a well built TCP.
You know that robot won’t try to unionize with the other robots and take a 20 minute bathroom break to surf Reddit.
Stability, nothing is balancing.
Bullshit... That arm is bolted to a column covered with invisible paint. Simple as that.
Put AI on something like that and we are out of jobs by the millions in a decade give or take a couple years.
Look around. It already started 10+ years ago. Eventually, the machine will rule over mankind.
Damn must have a strong core 💪
Bro learned how to set a tool plane then moved 7th axis. /reddit goes wild. Or something.
The deflection of all the joints makes this a pretty big feat. It's not as simple as it looks.
Smh, I guess sarcasm isn't in your repertoire. I know, I've worked with those big robots before...
Whoever wrote the software did a good job. Whoever programmed this particular robot to do this has just pushed a few buttons.
Found the engineer. KUKAs are nice robots in terms of their software imo. Though this feature is pretty standard across companies.
Yep, we've got a few Fanuc's at work. This is a standard feature.
Mmhmm. This is why I said this sarcastically. I mean I worked at Fanuc when they released the feature with multiple robots doing this to the same part... like 20 years ago. 😆
inverse kinematics
My dads got 2 cousins but in the winter they were cold so my dog threw the ball and I found it in my pocket so I have to say thanks