Tightrope-walking powered Gyroscope

The bolts themselves have their own inertia but you omitted and considered them as point mass. The individual bolt may have smaller inertia but if you project them to the center, it got bigger.

To the Front Yard Scientist,
thank you for the effort you put into trying to make it clear to us. Where did YT hide you for two years?
I discovered your channel yesterday and will probably need another week to have seen all your videos :-)
Greetings from Germany

Glad you explained the basic principles in terms only hard core engineers could understand. We wouldn't want ordinary plebes getting ahold of and using these secrets.

Immediately subscribed within the first 30 seconds 😂

Cool design and nice job putting it all together . Not sure what the MFD would be but could you use a discharge on a cap to regulate startup ?

this is amazing

What you need is a (pardon me I don't know the exact name of this item) one way coupling on the gyro shaft that allows movement in one rotational direction, and freewheels in the other direction. Helicopters use these. This way, the motor can spin the gyro up and then remove itself from the drive train and allow gyro to spin unimpeded.

Exceptional ideation construction and explanation ! 👏🏻👏🏻👏🏻👏🏻👏🏻

"After an hour or two of cad work I came up with this"...really man? That's how you gonna ruin my day. +1

As a mech eng student, I found the whole process fascinating, more please sir! Thank you for using metric units 😅

I like the Project idea very much I want to recreate it but there id problem in printing the parts
Have you decreased the scale of parts in stl file?

I am sorry, but why did the flywheel to be printed? Are there no metal shops in your area? You could simply get a few metal plates drill a hole into them with a locking notch and weld them together and then even perfectly balance it by adding some weld spots or grind away some mass in places. And the whole base could be done by bending some 5 mm iron.

awesome project i love the physics behind this..

What are the dimensions of the 3D Printed flywheel 🙇🏿‍♂️🙇🏿‍♂️🙇🏿‍♂️

Thank god I took physics: Mechanics and understood all the theory behind this!

What a fantastic invention!!! reminds me of some type of futuristic robot!!!

This guy's a Bubble buddy - He made me learn math while enjoying it!

Mesmerising little machine! Well done, enjoyed the video

The sound is horrible and saturated !!! with plenty of unpleasant clicking noises all along the video .

Very Good 👍

now do flywheel energy storage to run the DIY multistage cryocooler for at least 2 hours

This is really cool. I just love the physics behind this project.😊

got me on math, but dog moment was cute

Ah, 45 calibre bullet. That so clears things up for me.
Nothing like Olympic pools or football fields. 🤠

Effective, but wouldn’t this use a lot more power than it needed to?

Thats cool, but the part about having too much r.p.m.. Did you actually test that out for this particular application, or are you going off of theory from other variables. The reason i ask, is because this applies to aviation too. But the large diameter props cant usually exceed 3000 r.p.m. before causing vibrations that make stuff fly apart. But smaller props can gain a little more r.p.m. That might have something to do with the distance from the outside to the center, balance, vibrations and resonance. And then there is the factor of the materials that they are made with.But why dont turbine jet engines fly apart? They spin at a much higher r.p.m. But they are smaller diameter than large props. Of course they are very well balanced and made of metal. Would there need to be vibration dampening and stronger materials? But it seems that plastic would be pretty good at dampening vibrations.

like hdd motors for that.

Excellent jog bro!!

Super impressive

Sir please tell us shaft and bearing diameter also

so original idea

whoaaaaaaaaa, thanks dude. wowwwww.

Does anyone know if this complies with the legal Beyblade rulebook for tournament use?

Electric spinning top

Paul Blart Mall Cop approves.

So much smarts and then he lets his dog's face get centimetres from a fast spinning mass of metal.

Looks and sounds like some kind of an alien, I love it

BTW if someone would really want to solve walking robot problem before modern era of electronics, big gyro might be the way to go

Американский физик Роберт Вуд, известный своими шутками и розыгрышами, однажды поместил тяжелый гироскоп в чемодан, где проделал сбоку дырку, чтобы гироскоп можно было раскрутить, резко дернув за намотанный на его ось шнурок. Взяв этот чемодан в поездку, Вуд раскрутил гироскоп перед тем, как сходить с поезда, и вручил чемодан носильщику. Пока они шли по прямой, все было нормально, но тут Вуд резко свернул за угол, носильщик за ним, и чемодан встал дыбом в руках носильщика, сильно поразив беднягу и всех прохожих.

Take a shot every time the narrator says "3D printed"

have you considered machining the wheel instead of 3d printing it? It'll withstand much higher stress

amazing!!!

You sir, are a freaking genius! You leave nothing to trial and error & calculate every parameter. You don't happen to work for NASA down there?

try take wind arond 🙂 or try take me +

very cool

You are genius!!

Totally underrated channel