I literally can’t do anything here. This is terrible tutorial.

I literally can’t do anything here. This is terrible tutorial.

best derive ever, thanks!

This really needs to be updated.

THis mean thee world to me! Thank you so much!

the electronics are not 3d printed

how is calculate Hypoid gears specification?

Kindly make a tutorial on animation of differential gear using driver in blender

Excelent! Frumos, elegant, logic explicat și animat. Acestea sunt explicații necesare și suficiente pentru un student care studiază mecanisme și organe de mașini pentru a înțelege și calcula raportul de transmitere în cazul mecanismului planetar cu roți dințate. Caut de mult timp pe net așa ceva și acum am găsit. Am reținut raționamentul logic de calcul. Sănătate și succes în continuare.

Thanks! It's clear and helpful!

Thank you so much for that wonderful tools!

gostei muito msm

The (Python) translated code doesn't work in Blender 4.2. The blend file in the reference link to the video is of the wrong blend file.

Only thing I struggle with, is what unit-settings do you have? Like when I import the thread, its 7 METERS wide

how are you duplicating and moving at the same time

motor k uper ka jo gear hota kitny number ka hota?

Thanks a lot! Helped a lot!

Sorry im misunderstanding something here but isn’t this a epicycloid drive

Pls help to clear ratio in 5 cases such as all gears rotate, ring gear fix,sun gear fix, planetary gear fix. Tks!

there must be an easier way some premade tool or somthing i do appreciate going in details

You know that you can just select an edge and press f (hold f) to fill out the rest of the faces in a row, right?

This is one of the best videos I've ever seen regarding math. It made my understanding of topics that I saw from Linear Algebra and Vector Calculus be SO much better. I LOVE THIS 10/10

A very interesting explanation, Now your calculation is only true if the ring is static!

Did YOU generate the profiles? Or software? Nicely done

thank you

Hi friend, thanks for this information. But for some reason the rigidbody doesn't work when I try it at z=24? Can you tell me why this is?

thanks

Simply awesome!

Where do I find the "Involute Gear Outline.blend" file?

❤

Hi my name is Edinardo Araújo, i'm dong a extrem progress in modeling parametric surfaces 3D. But i'm using Geogebra that is very limited. There are a community about how make 3D models in Blender using equations? I would like to share my habilities and learn there. Thanks!!!!

Remarkable

thanks

For the DONUT figure, this is a FASTER equation It has to be tilted in X,Y,Z space x=45 y = 30, z 0 degrees a = 3 for size for u = 0 to 2*PI Step Inc 2 for v = 0 to 2*PI Step Inc 2 x = (a + a*cos(v)) * cos(u) y = (a + a*cos(v)) * sin(u) z = a*sin(v)

Can hyperboloid gears mesh at 90 degree angle

The best explanation, for utilizing mathematics.

do you have any updated video for the 2024 or Blender4.0

Great! Thank you very much!

Great video. Thank you!

The video contains a mistake. The 2d rotation matrix is: cos a, -sin a sin a, cos a The rotation matrix in the video is a clockwise rotation. Oh! I see! You multiply a vetror with this matrix from the left! Then it is correct!

Cool

this is brilliant

very nice, thanks you. Used Bevel Gear Calculator for my personal project. This is much better than using gear add-on build in to Blender

I usually click away from AI narration but I am glad I watched; this is exactly what I was looking for.

There are three main configurations of planetary gear systems: 1:planetary, 2: solar, 3:star. 1: Planetary type (internal gear fixed, sun gear as drive shaft, planetary carrier as output shaft): Gear ratio = number of teeth of sun gear / number of teeth of internal gear Example: For 12 teeth sun gear and 60 teeth internal gear, gear ratio = 12 / 60 = 1/5 2: Solar type (sun gear fixed, internal gear as drive shaft, planetary carrier as output shaft): Gear ratio = number of teeth on internal gear / number of teeth on sun gear Example: For 12 teeth sun gear and 60 teeth internal gear, gear ratio = 60 / 12 = 5 3: Star type (planetary carrier fixed, sun gear as drive shaft, internal gear as output shaft): Gear ratio = (number of teeth on internal gear / number of teeth on sun gear) + 1 Example: For 12 teeth sun gear and 60 teeth internal gear, gear ratio = 60 / 12 + 1 = 6 Therefore the gear ratio is 1:6 in the case of a *star type (fixed planetary carrier, sun gear drive wheel, internal gear output shaft).

How to calc ratio in calculator?

After days of printing I finally have all the parts. Now I have lots of work to do because all the clearances are too tight and nothing fits until I do a ton of sanding.

Hello, I would like to ask how to convert the formula if I want to apply it to Cinema 4d?

VĂ SALUT CU RESPECT. O INTREBARE VĂ ROG. CARE MODEL DE TRANSMISIE, LA CARE UNA DIN CELE DOUĂ PIESE, DACĂ E ÎN CĂDERE LIBERĂ, VA PUNE IN MISCARE CONTINUĂ , PIESA PE CARE CADE ? MULTUMESC FOARTE MULT.

please guide me about f(u) equation of elliptical gear