Definitely one of the coolest channels on youtube

Pedroalosoleviy. Eqero1. robotico. Merecê-lo.

Хорошие видео и чувство юмора

I love it

That is a capstran drive

Thank you for the honesty. Great review!

Amber Robotics team, this is a final wake-up call, we backers have been patient with you enough. I urge you to do the right thing and start the deliveries for the kickstarter backers who have paid you their hard earned money through the Lucid L1 project on kickstarter, else you have lost your face in all the global markets from where your majority revenue comes. It will be a sad day to see a promising company go down because of sheer dishonesty and greed. Having said that i promise you we will make it our mission to bring peoples attention that your company has scammed the very community that invested and supported you to grow; we will ensure you will eventually face the justice.

Beautiful work thank you for all the hard work and going above and beyond to make this video here's to hoping you conquer all your endeavors

Thx man

The moment he said canterniom I thought he wanted to summon a devil or something. When he said "öler" I realized he meant the angle things... They are not that hard...

Hello can you make a tutorial on simulating flexible/soft bodies on issac sim?

Can you reverse the order of linkages in-to-outward so that the end effector is on the outside/larger?

Русский английский,когда русский будет?.Давно вас смотрю очень познавательный канал,отличные идеи и видео🎉

Thank you for showing this. I have been investigating the same kind of problem with brushed DC motors and have been looking into how encoders perform. I think the problem here is depending on the encoders performance and how they are used. I can see, that at least some of the controllers, that you show, do use an encoder, but do they all three got an encoder? One step could be to record the encoder type on each case - I should like to know that. When you read the signal from a magnetic angle encoder, you need to be aware, that it measures the magnetic signal at its own measuring cycle with its own cycle time at about 100 us. This can create variations due to how you interpret time between two measured angles. When you read the angle with only a little time difference, then you will get a substantial relative noise in calculated difference angle of the two very close angles. I recorded a similar video of very low speed on a DC motor with another micromotor as encoder: kzbin.info/www/bejne/iaGYZp2wqdh8bpI

правильно, у сварщика всегда руки заняты

14:15 как увидел карбон файбер род понял что это закидыватель удочки

This is a fantastic way to teach the concept of adding degrees of freedom incrementally to an initially simpler setup.

а есть рускоязычная версия?

How did you get to run the motor at low speed with the mini cheetah controller? Cause I tried adjusting the velocity but the motor always goes max speed. Is it true that the mini cheetah controller only offers torque control mode?

Яндекс браузер русский акцент не распознал и не переводит, есть ли ролик на русском?

Great topic, thanks 👍

wow, really nice structure overall. Maybe try to reinforce the top plate with a screwed or slotted profile... By the way, what would be the total cost to have it fully operating, considering controller and claw?

I mean, cool, but it is so easily back drivable, there is not way that could be practically used to exert force on anything. Unless the motor was freaking huge and could provide enough resistance to prevent it from being back driven, but this video fails to really demonstrate that.

Great video

Isn’t This man in every girl’s dream?

Kickstarter suspended Ti5

What's the backlash like on this joint?

Excellent CAD (Cardboard Aided Design)

I like a joint as much as the next guy. …. And that is an awesome one.

Ну вот мы и нашли тело для нашего нейроморфного ИИ, замечательное решение,идинамика корпуса такая какую мф искали 👍

Great explanation using anatomy.

*design is very human *

overpriced piece of crap from ngreedia.

I don't know if this has been thought of or covered before, but an accelerometer to provide position feedback at the arm might allow it to compensate for all the compliance in the actuatror plus any flex in the beam.

This is excellent!

while the industrial robotics arms KUka are working day and night

What is the size of the 2 motors

How can i control two motors? Because i need to change the sencond motor's ID

check out clone intercorporated. they are doing some crazy things. After seeing their prototype arm, rest of robots look lame.

Видео классное.

No sprinkles!

Could have filled the bottle with water.

The arms are too long and the platform is useless because it is buried in the arms....

So cool!

Excellent information and your projects are great, inspired by your projects, I bought a RMD X8 Pro Actuator but I have not been able to make it work with the configurator, I believe it is because of the version of the CP210 drivers, could you tell me where you downloaded the software from? I am using windows 11

Автор, а есть на русском у тебя канал? :)

if u have to control bigger motor what would be necessary

Or several comments! 😂 Like your work. You encourage me to want to design and print my own robotic arm.

One comment

Russian English detected. Thank you for the information