Introducing Stack-chan, an open-source hardware robot designed with Fusion360 and Kicad that is easy to assemble and customize. With just 6 screws, you can easily put together the robot and add your own features using JavaScript with the Moddable SDK. Stack-chan is completely open-source and the design files, firmware and software are all available on GitHub repository (https://github.com/meganetaaan/stack-chan) . Give it a try and customize it to your needs. We'd love to see what you create and hear your feedback on this open-source project.
Thanks for your comment. I am currently working on a Getting Started guide and hardware kit to help people with no electronics experience get started.
There are several options for getting Stack Chan hardware.
Option 1: Kits. You can get started by purchasing a third-party kit (https://mongonta.booth.pm/
). This kit uses a breadboard and wires to assemble the dedicated circuit board instead of soldering it together.
Another user illustrated instruction article (https://note.com/sylacwa/n/ne58704a19110) is also available.
A little more info that I didn't include in the post.
Did you know that more than 150 Makers have already started building Stack-chan with kits or their own creations? We frequently publish the results of our development on Twitter under the #stackchan tag.
https://twitter.com/search?q=%23stackchan%20OR%20%23%EF%BD%B...
I've written a detailed explanation of the motivation behind the development on my Hackaday works page, and the Logs page contains not only my development records, but also examples of hacks by community members.
https://hackaday.io/project/181344-stack-chan-javascript-dri...
I packed unique technology into it to play desktop warfare in a fun way.
(For example, home-made infrared protocol to measure shooting distance, torque limiter for servo protection, sound, light, and vibration effects, etc.)
There is not yet the ability to track while saying "exterminaaate!"
There are several options for getting Stack Chan hardware. Option 1: Kits. You can get started by purchasing a third-party kit (https://mongonta.booth.pm/ ). This kit uses a breadboard and wires to assemble the dedicated circuit board instead of soldering it together. Another user illustrated instruction article (https://note.com/sylacwa/n/ne58704a19110) is also available.
Option 2: Personalized manufacturing services. JLCPCB (https://jlcpcb.com/) offers 3D printing services and board fabrication/assembly services. Data for Stack-chan boards (https://github.com/meganetaaan/stack-chan/tree/dev/v1.0/sche...) and cases (https://github.com/ meganetaaan/stack-chan/tree/dev/v1.0/case) are in a format that can be ordered directly from JLCPCB.