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Video Format : (720p) openh264 ( https://github.com/cisco/openh264) mp4a.40.2 | 44100Hz
Audio Format: 140 ( High )
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Date : 1726693957109 - unknown on Apple WebKit
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455,426 Views • Feb 5, 2018 • Click to toggle off description
Views : 455,426
Genre: People & Blogs
Uploaded At Feb 5, 2018 ^^
warning: returnyoutubedislikes may not be accurate, this is just an estiment ehe :3
Rating : 4.96 (122/11,974 LTDR)
98.99% of the users lieked the video!!
1.01% of the users dislieked the video!!
User score: 98.48- Masterpiece Video
RYD date created : 2022-04-01T16:33:32.471901Z
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YouTube Comments - 272 Comments
Top Comments of this video!! :3
Jaw-dropping, luckily it moved back to it’s original position.
601 |
Your work is really impressive. This software will be useful, especially for those who have 3D printers.
90 |
Specialty plastics are always going to be needed for good compliant mechanisms. It's incredibly difficult to not doubt the durability claims. The other thing is, traditional mechanisms have more readily replaceable parts. Avoids having to tear down a whole model/animatronic to replace the mechanism is one flecture breaks.
78 |
This would be veeeeeeery useful for MEMS research, especially the FEM computational stuff, like microgrippers
23 |
Brilliant. This video really inspiring to creating innovative mechanisms.
Given accessibility to 3d printers and other material manufacturing techniques it is much easier to explore such designs. Too bad there are not easily accessible design tools that make such explorations available to a larger audience. (maybe there is, and I'm just not aware).
Pointers in the video description to additional resources, or references would have been helpful.
Thanks for sharing and enlightening us.
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In the first mechanism you demonstrate(not the walking one),How do you ensure that the output profile is maintained if there is any load applied to output arms end point. An example would be if, the output arm was attached to a pen that draws the profile on paper. If the pen dragged heavy on the paper would the profile change? It looks as though there is an additional degree of freedom added to the output arm from the added flexure....
Now you've completely piqued my interest I'm going to have to build one of these out of lego...
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This man speaks in MLA format
58 |
Is there a paper that goes with this video. Very interesting and impressive.
40 |
I did not know disney does these kinds of things.
Its like transforming engineering to an art
4 |
i'm impressed, this is simple but very clever
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I hurts me a lot, seeing the dragon wing running backwards.
Despite this, awesome work!
14 |
It’s always nice to see developments I’ve never seen before. This has interesting applications. Too bad you had to develop this under the awful thumb of Disney.
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I love the eyeball at 3:29.
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This is my favorite Disney Production.
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Beautiful! Thank you for sharing.
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Why did I think the thumbnail was a bunch of airpods tied to a string 😭
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This is really rad.
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curious how this handles itself after a large amount of use, I feel like things that flex tend to break down and warp easier.
12 |
That’s insane… that can be widely applied in many industries with strong advance in the future
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@thatawhatn.7656
3 years ago
from time to time I forgot that disney have their own terrifying advance R&D department
1.1K |