M5-0.8 nuts were installed before the upper and lower parts of the Tibia were glued together. Since these parts are PETG, I glued the sections together with 5-minute clear epoxy.

The “FootBoltHolder.stl” has a 10 mm hole for supporting InMoov with a one-meter long threaded rod.
The 10 mm diameter threaded rod is held in place with M10 washers and nuts. I used a M10-1.5 coarse threaded rod.

I do like the color scheme you have used here 🙂

Nice build.
Do the finger sensors work for you?

A tus órdenes

hola,haber si me puedes ayudar.
tengo cabeza y torso y brazos montados,pero no consigo arrancar myrobotlab.
alguna pagina o algun sitio con tutorial en español?
gracias

Holaaa! Yo lo estoy arrancando

I think James Burton did something like that with his two animated bots for shows.
All running off DMX

You just need to post the URL link to the picture you want to display in most cases.
I know this works for video links as I just did this. 🙂

Very interesting view in the life of InMoov.
I wonder what Robert and Leo talk about when you leave the room?

How well do the ultra sonic range finders work in Leo?
I’m assuming Leo is the one on the right 🙂

The shoulder logo was printed in Jet Black. After 52 minutes, the Prusa i3 MK3S printer paused and prompted me to unload the black filament and load the white filament. This shoulder matches the theme of the center element with white lettering on a black background.

very nice print. what is that filament?

Thanks for the information

Grease! Did you grease everything? I used white lithium grease. That took care of any creaking.

My first InMoov is still on-the-run; the missing InMoov was built with the old neck design using PLA filament.
The new articulating neck is an excellent improvement.

Steve, your quality tear-down and rebuild video is quite an educational journey.
Thanks for sharing your helpful videos.

Yes! Good Luck!

It helps to add the articulating neck during the build of the Torso.

Did you notice the shoulder pistons are visible in the photo?
Installing the “Pistonbase” and “PistonClavi” will make the shoulder installation easy.

The NeoPixel Ring video is great! Ray, your series of videos are very helpful to InMoov makers. Thanks.

InMoov’s new name is Maria.
Young Maria’s face reflects her pleasant personality with naive innocence.

The old missing InMoov head was printed with PLA. I like the new Prusa White and Jet Black PETG filaments. The prints are more uniform and stronger with very consistent color between rolls. The 0.15 mm layer height is a good balance bet…En afficher davantage

Inmoov2 uses that same hardware as Inmoov, it’s purly a service upgrade in MyRobotLab.
All the info you could ever need about the MyRobotLab project can be found at
http://myrobotlab.org/
There you can access all the documentation including how to setup and download the GitHub for the project.

Very impressive you put in a lot of quality work !

https://www.instagram.com/phodara/

You sound like a fellow Aussie 🙂
Good to see a standard build electronics wiring.
I’m working on a non standard setup, but there are a lot more people needing to see the standard setup.

Bravo Woow!

Hello Zurczurc,

The legs are a very difficult part to make.
They need to be strong, lightweight and fast.
There is also the issue of balance which is also very difficult.
Gael has released the static legs and they do hold the robot up.
Just a note, in order to achieve the strength required to support the rest of the robot, some of the components…En afficher davantage

In the list of modified parts there are my contributions. At the moment the money is tight, but I will see more calmly, I am very good in hardware but not in mechanics.

My InMoov is controlled by MyRobotLabs on a Raspberry Pi driving two Arduino Uno boards.

One Uno controls the Finger and the Head.
The second Uno detects objects with the PIR sensor. When a human enters the room, the heartbeat of InMoov’s 16-element NeoPixel Ring changes.

On the upper right is an amplified speaker and the microphone is on the l…En afficher davantage

I really like my finger starter kit. I have had it for a while and it has become a very valuable learning tool. This setup also speeds up the the testing and debugging of servos and robotics projects. — Frank

Looking good. It makes me realise just how much work I still have to do.

Love the red. I’m enjoying your videos on the static leg assembly. I’m interested in the sizes and quantities of any nuts and bolts used.

You do need two, one for the shoulder rotator and one for the omo…. forgot the name of it, but it lifts the shoulder up using a piston while the shoulder rotate is done with a worm drive like the bicep rotator

The finger starter portion of the project hasn’t changed in 7 years, so the older tutorials should work fine.
This is the best one to folow:

Finger Starter

Make sure you have enough power to run the servo, the USB from the computer will NOT have enough power and will cause all sorts of problems.
Use a 6V supply, from a power…En afficher davantage