This vanity mirror incorporates some easy soldering and uses some of our special finish Value Acrylics. Once plugged into a USB wall plug, the LEDs inside will light up the viewer for optimal makeup application, beard trimming and silly-face-making. Read on to find out how you can make it!
This project is a brilliant base for further customisation. Change the designs on the walls, scale it, make a bracket to affix it to a wall, or a loop to hang it from a tree.
This Pedestrian Crossing project was submitted to us by Thomas Stratford. Thomas started this project to try out the pre-written code that came with the IET Pedestrian Crossing resource. The aim is to use the BBC micro:bit to develop a prototype for a pedestrian crossing for a local secondary school.
Our Air Freshener Kit is one of the most featured kits in our Student Gallery, and for good reason! It requires a good amount of design thinking, but the enclosure itself can be quite abstract or take on a great number of forms.
Based loosely on the appearance of a 1930s Cathedral Radio, this make utilises the Mono Amplifier Kit that comes with a status LED and switch and swaps out the surface mounted switch for a round rocker switch that can be mounted to the outside for easier access.
If you want to learn to code, learning to write games is a great way to get started, and our new hand held gamer has everything you need right now and it also has the connectivity for everything you might need tomorrow.
Introducing the new ARCADE Max for Makecode Arcade from Kitronik, gamification has never been this exciting! It’s our smallest handheld gamer to date but packs the biggest screen we’ve ever had!
For the budding Roboteer, learning how to add and control actuators is a key skill. In this guide, we are going to take a look at our servo driven Klaw actuator,* and show you how to control it via code.
In this guide we are going to look at how you can use the package manager in Thonny to download the libraries for Kitronik products directly onto your Raspberry Pi Pico.
In this tutorial we’ll demonstrate how a Raspberry Pi Pico can be used along with some simple electronic components and Python code to record the voltage of a AA battery.
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