As stated in the description, PRoot was used. The overhead is mostly noticeable for IO operations. This is visible in 0:13, when initialisation of a new sketch took about 3 seconds.

@@kwahoo5746So you were using WiFi for outputting the time to initialize the sketch? Nice. It's also probably nice for debugging too. Also, even if you don't need any information from the phone for it to output, the battery percentage is still useful for keeping the phone running.

@@creativecarveciteclimb5684 No, I did not use WiFi. The delay is just visible in the vid. But logging should doable, by redirecting the FreeCAD Python console and Report view output.

Dzięki, najlepszego! Btw, na oficjalnym blogu FreeCAD jest własnie mini-tutorial na drzewko to co innego mogło być;)

Different modules for each stage.

200 steps per second (30 rpm)

@@kwahoo5746 Wow that's a slow speed for the motor. Did you ever try to connect a 2000 RPM Motor to this gearbox

Why 32-bit? SteamOS is 64-bit and runs FreeCAD Appimages as non-steam games just fine.

@@kwahoo5746 oh. Thanks mate. I thought it says in the net that it is 32-bit.

Komunikacja po UDP. Po stronie PI jest tylko pigpio użyte. Planuję rozwój, ale bez sztywnych ram czasowych, na pewno dokładniejszą dokumentację, bo to projekt stricte edukacyjny.

No, just a viewer.

Just use self-drilling screws.

@@kwahoo5746 Thank you.

Check the linked (in the description) repository and the mortargear.pdf file inside it.

@@kwahoo5746 ok. Thanks.

Ender 3 Pro

Native Linux, compiles on Windows too. No idea if Windows version can run on Proton.

Istnieje generator przekładni planetarnych do FreeCAD-a kzbin.info/www/bejne/jqqwYYabibyla7s ale nigdy go nie używałem, bo zależności są relatywnie proste i opierają się na przekształceniach wzoru Willisa. Wyżej pokazana przekładnia 354:1 jest jednak specyficznym układem przekładni planetarnych, do których napisałem arkusz kalkulacyjny wewnątrz FreeCAD-a. Podstawowe zależności opisuje pdf w zalinkowanym repozytorium. W przypadku dodatkowych pytań proszę założyć wątek na forum FreeCAD-a (mamy tam polskie subforum). Proszę darujmy sobie też zwracanie per Pan. --- There is a planetary gear generator for FreeCAD kzbin.info/www/bejne/jqqwYYabibyla7s but I have never used it because the relationships are relatively simple and based on Willis formula transformations. The 354:1 gear shown above, however, is a specific planetary gear arrangement for which I wrote a spreadsheet inside FreeCAD. The basic relationships are described in the pdf in the linked repository. If you have additional questions, please start a thread in the FreeCAD forum (we have a Polish subforum there).

@@kwahoo5746 Dziękuję, odezwę się na forum.

I would have busted laughing if you had said for him to 'double cycle; more power'

Horizontally with supports. Tried vertically, but quality of the upper half was insufficient. Probably printing vertically in 2 parts could give a better result.

This is a solid STEP model. It does not have any polygons.

There is some clearance to avoid this.

@@kwahoo5746would it be possible to add 2 bearing with a slight offset, i think that would reduce the backlash thac could be induced by the clearance, interesting design btw, will try it out when i get some bearings

It cannot. Friction in 3d printed gears it too high.

Ender 3 Pro

@@kwahoo5746 The quality is impressive!

This is running in the game mode as non-Steam game. Check description for my video "FreeCAD Steam Deck game mode". Also check the video "Install non-Steam Games on Steam Deck" by CodeWeawers for tutorial of adding non-Steam game.

@@kwahoo5746 okay great thank you I was able to do it. Thank you for the help.

No, at least in the 3D printed version.

This design is, but the reduction is waaaaay too high to expect meaningful backdriveability.