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I can easily imagine an oversized version of this with additional internal grooves in each individual contact joint surface with captive ball bearings for even lower friction (and better repairability) in an exoskeleton-type robot, with additional locking mechanisms and damping as well as larger endplates for additional lateral rigidity.

Dude dude dude I have seen this video a lot and I just gotta say finally. This looks kinda stupid man. There absolutely has to be a better way.

Super cool! I definitely want to follow the progress on this so I happily subscribed. Was the current size of the leg in the video the same size as what the final project will have?

Isn’t it just damaging the material’s surface whilst recording the damage it’s doing?

Cool!!!!

You are ONE AWESOME CHANNEL!

why didnt you used bushings i think they are smaller than this

fancy gear?

Way I see it. The sharper the object the better it cuts That's why I use obsidian

"Getting probed" I chocked lmao

absolutely fucking ingenious

Hear me out yall please

Robots can now enjoy sprains and strains too ❤

2179th comment

Look at the distance between avian “hip joints.” They are never as far apart as your robot. They are usually very near together. This allows each leg to control balance with very little tipping when transferring weight from one leg to another.

Saturn 5s (and its F-1 engines) were developed in the ‘60s. Remember the first moonlanding in 1969?

Wow ,its like a super bltouch the yuo get the mesh ..😅

you have a microzoom!!!

Never thought of using sputtering on resin lenses. Genius

ive been looking for a spring loaded grass hopper type of device like this

speaker

3:35 thank you

Interesting to be watching this right after a different video about the capstain drive.

Roll a contact joint and you get a contact high lol

This guy is like a Nile Red for tech

Insane!

remove the analog controller and replace it by a PID regulator, why havent you thought of this earlier ?

This is a great video and I love it! So it detects motion by silicon 'wobbling'. Then what happens? You said there's capacitive changes, does that mean the output voltage changes proportional to the movement, and that is then sampled? Is that what the graphs show?

Очень классно) Спасибо за видео

Unbelievable 😳 The amount of equipment, skill and deep knowledge required to do this "DIY project" completely blew my mind.

"Because it's so small it's really hard to describe how it works" Exactly what I told my wife.

I used to play Fifa 95 on a 386 MS-DOS lol

more or heavier strings would be appropriate and more robust.

It also has a magnetometer

So, basically the plot of Alien lol

Greate video thank you sharing this information. You would prevent braking the tool if the alarm relay of the vfd was connected to estop of the machine...

Should have known better than to just Google "rolling joints"

Using metals like stainless with bronze as a bearing surface for both joints is not a bad idea! It would sure add to the life cycle.

I think I'll continue to stay humble,, especially in the presence of greatest.

How do you measure thickness in nanometers of deposited materials?

Where do we find the STL files?

But how does it look with normal light?

This is a lovely technique. The smallest commercially available ball bearings I'm aware of are those for model trains. Past that it gets into jewells for clockwork.

Actually, when you drop your phone, it records no acceleration. And when it's not moving, it records a 1 g acceleration upwards

is cmos better than analog chemical

tuning for, slow moving camera, mist or smoke layer to see the waves

why not just use a laser

Very interesting solution! But why not just use bushings?

Thanks so much for sharing

It’s crazy we just throw this stuff into landfills