- cross-posted to:
- hackernews@derp.foo
- humanities@beehaw.org
- cross-posted to:
- hackernews@derp.foo
- humanities@beehaw.org
As always, don’t forget to enable subtitles.
You must log in or register to comment.
I’ve watched so many of these videos, I had no idea there were subtitles!
I always watch his videos twice, once without subtitles and the next with. It’s pretty fun to guess what he’s doing on the first watch.
Haha. Don’t feel too bad. I only learned about the closed captions about 10 videos ago.
They do help better understand what he is doing. But it was kind of fun to guess as well.
The most fascinating part of this video, is how the design is a failure.
In the comments he points out that the air pressure produced was less than the old design.
So many hours of work for a failure, and he still makes an amazing video with it. It’s incredible.
i wonder if it’d be easier to use with some sort of gear assembly and then a foot pedal or something - that one handed rotational method looks really tiring
If only gears grew on trees…
Maybe not but trees do have different diameters. Cut a couple wood cookies, use some cordage to wrap around them… boom.
Did you not think of the possibility of making one?
The dude has bricks, charcoal, twine and all sorts of things that he’s made that don’t “grow on trees”. I don’t think the idea of carving a gear from wood or even trying to cast one in ceramics is an impossible idea.
Probably less tiring than the alternative method with pulling the strings. With the new setup you could build a little platform over the blower so you could sit on top of it and save yourself from extending your arm so much.
The biggest problem with this setup is making the blades as close as possible to the walls to reduce drag and eddys.
He says in the video or comments that this method was much more exhausting than the string method.
