Table of Contents Table of Contents YouTube Video Design and Inspiration 3D Printable Parts Code Repository Gallery 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