Table of Contents
YouTube Video
Design and Inspiration
RoboBunny is based on PicoCat version 2, which was originally based on OpenCat. I uses the pimoroni Servo 2040 all-in-one 18 servo microcontroller, powered by the Raspberry Pi RP2040.
RoboBunny features a new head & ear profile, modified rear legs as well as a pom-pom floofy tail.
3D Printable Parts
Here is a list of the parts:
| Part | stl | Description | Qty to print |
|---|---|---|---|
| body | body.stl | The main body section | 1 |
| tibia | tibia.stl | The upper leg section | 4 |
| collar | collar.stl | Connects the legs to the body | 2 |
| foot | foot.stl | The front feet - you’ll need to mirror one of these in your slicing software | 2 |
| leg | leg.stl | The rear leg section - you’ll need to mirror one of these in your slicing software | 2 |
| rear foot | rear_foot.stl | The rear foot - you’ll need to mirror one of these in your slicing software | 2 |
| eye mask | eye_mask.stl | The Eye surround | 1 |
| profile | profile.stl | the head profile | 1 |
| nose | nose.stl | the nose piece | 1 |
| ear profile | ear_profile.stl | the ear profile | 1 |
| chin | chin.stl | the chin section | 1 |
| neck | neck.stl | the neck servo connector | 1 |
Code Repository
The Robobunny code is written in MicroPython using the Pimoroni Servo 2040 (batteries included) build. The code is available on github: https://www.github.com/kevinmcaleer/bugs_robobunny
Gallery
