Kitronik Maker

In this blog we are going to look at how to wirelessly control the Kitronik Autonomous Robotics Platform for Pico with the Kitronik Mini Controller for Pico. We will use two Raspberry Pi Pico W's, one in the ARP buggy and the other in the Mini Controller.

The biggest challenge behind making the Cardboard and Advanced drawing robot arms was figuring out how to move the arm to a specific position. This is needed so that we can use the line coordinates from our vectorised images to move the robot arm and draw the image.

In this first blog of a series we are going to cover how we can create a drawing robot arm out of cardboard using three servos, a Raspberry Pi Pico and the Kitronik Simply Servos for Pico board. Then we’ll move onto how to use the DrawingRobot Python library we created for the Pico.

Emma guides you through how she made each of the following projects, and we've provided you with all of the necessary DXFs, PDFs, Illustrator Files, and HEX files. Read on to find out more.

The Spookmobile. Wraith Wagon. Spectre Sedan. AaAaAaAAaaAAutomobile. All ‎good names for this make, but I certainly couldn’t choose so I’ve included them all.‎

This simple guide shows how you can easily add a solar powered recharging circuit to our new Kitronik LED strip with solder free connections.