A versatile, mid-level robot learning platform for Raspberry Pi. Trilobot is a sturdy Raspberry Pi-based robot kit, designed with educational use in mind. It's straightforward to get started with, but we've made it easy to add extra functionality, so it can grow alongside your plans for an unstoppable robot army robotics skills. Trilobot's chassis is made of layers of resilient FR-4 printed circuit board, which lets us do some exciting new things not possible with our previous acrylic robots. The motor driver hardware is built right into the chassis itself so you don't need a separate HAT to handle the motors. We've marked up all the layers with useful labels to show you where all the bits go and squeezed in some nifty design touches, like a blingy gold bumper and a stylish reversible top plate. There's also some impressively bright onboard RGB LED underlighting built in as standard! Driving around a tricked out horseshoe crab on wheels is fun, but if you want to add extra functions to your Trilobot, that's no problem. With a Raspberry Pi camera attached to the tidy built-in camera mount you can record yourself a robot's eye view, or even add some AI/machine learning into the mix. It comes with an ultrasonic distance sensor so it can stop itself from bumping into things but we've made it easy to add more - there's two connectors for plugging in breakouts with Qwiic or STEMMA QT connectors, and broken out headers for adding up to five sockets for Breakout Garden breakouts (requires soldering). The hardware is supported by a fully-featured Python library, with controller code and lots of examples developed with the help of a top-tier Trilobot testing team. Please note this is the Trilobot Base Kit only, you'll need to add your own Raspberry Pi, SD card, camera and battery bank. If you buy the Trilobot Complete Kit those are included! 📷 Trilobot Base Kits shipped from February 2023 onwards include revised boards that are compatible with Raspberry Pi Camera Module v2 and 3 (both standard and wide angle versions). Features 2x front wheel drive, 1x rear castor Four tactile buttons and status LEDs Six-zone RGB underlighting! Front facing ultrasound distance sensor and camera mount (camera sold separately). 2x Qw/St (Qwiic / STEMMA QT) connectors Hackable headers for expansion - a servo header, 5x headers for mounting Breakout Garden sockets (sold separately), 1x I2C header Schematic Mechanical drawings: Main / top / front / camera Python library Base Kit includes Trilobot main, top, front and camera boards 2x 110:1 motors with pre-soldered shims 2x motor cables 2x grippy moon-buggy wheels 1x ball castor Ultrasonic distance sensor Booster header for attaching your Pi USB-C power cable for connecting a power bank (not included). Associated nuts, bolts and mounting hardware To complete your robot, you will also need a Raspberry Pi 4, a Raspberry Pi camera (v2 or 3), a microSD card and a USB-C battery pack. Getting started We've got a full, beginner friendly tutorial with plenty of photos to show you how to assemble your Trilobot and how to install the Python library. Notes If you want to add moar LEDs to Trilobot, the servo header outputs 5V and is connected to GPIO12, so you can use it with Neopixels/WS2812 strips and panels using Adafruit’s CircuitPython libraries. Note that the Trilobot library is not yet compatible with Raspberry Pi 5 or the latest version of Raspberry Pi OS (Bookworm), due to changes in the way the GPIO libraries work. Flash the Legacy version of Raspberry Pi OS to your SD card for best results!
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