Resources

Using MicroPython With Kitronik BBC micro:bit Products

Using MicroPython With Kitronik BBC micro:bit Products

If you've bought any of our more recent BBC micro:bit products and were also wondering how to make the switch from Blocks to Python, we've got you covered. We have example code for five of our recent products that you can use and also learn from.
EduBlocks Editor For microbit Getting Started

EduBlocks Editor For microbit Getting Started

EduBlocks is a drag and drop blockly style coding editor that is based on Python. In this getting started guide, we cover the information you need to get up and running fast. Don't worry if you are new to Python and/or coding, once you learn the editor the rest will come in time.
Inventors Kit Experiment 12 Full Experiment

Inventors Kit Experiment 12 Full Experiment

In this tutorial you will find Experiment 12 Making a random dice for the Kitronik Inventors Kit for the BBC micro:bit. This is an additional experiment to the ten that were included with the Inventors Kit, and has been created for you to get more from your kit. You will learn how to build the circuit and how to code the BBC microbit to control the circuit.
Inventors Kit Experiment 11 Full Experiment

Inventors Kit Experiment 11 Full Experiment

In this tutorial you will find Experiment 11 Making a Pedestrian Crossing for the Kitronik Inventors Kit for the BBC micro:bit. This is an additional experiment to the ten that were included with the Inventors Kit, and has been created for you to get more from your kit. You will learn how to build the circuit and how to code the BBC microbit to control the circuit.
Inventors Kit Experiment 10 Further Help

Inventors Kit Experiment 10 Further Help

Inventors Kit Experiment 10 Further Help. This resource has been produced to compliment the booklet provided with the Inventors Kit for the BBC micro:bit.
Inventors Kit Experiment 9 Further Help

Inventors Kit Experiment 9 Further Help

Inventors Kit Experiment 9 Further Help. This resource has been produced to compliment the booklet provided with the Inventors Kit for the BBC micro:bit.
Inventors Kit Experiment 6 Further Help

Inventors Kit Experiment 6 Further Help

Inventors Kit Experiment 1 Further Help. This resource has been produced to compliment the booklet provided with the Inventors Kit for the BBC micro:bit.
Inventors Kit Experiment 5 Further Help

Inventors Kit Experiment 5 Further Help

Inventors Kit Experiment 1 Further Help. This resource has been produced to compliment the booklet provided with the Inventors Kit for the BBC micro:bit as a source of further information and hints and tips.
Inventors Kit Experiment 3 Further Help

Inventors Kit Experiment 3 Further Help

Extra help for completing Experiment 3 from the Kitronik Inventor's Kit - Dimming an LED using a Potentiometer. This resource has been created to provide additional help and information for those that may be struggling with the experiment.
Inventors Kit Experiment 1 Further Help

Inventors Kit Experiment 1 Further Help

Inventors Kit Experiment 1 Further Help. This resource has been produced to compliment the booklet provided with the Inventors Kit for the BBC micro:bit as a source of further information and hints and tips.
Inventors Kit Experiment 2 Full Experiment

Inventors Kit Experiment 2 Full Experiment

In this tutorial you will find Experiment 2 Using an LDR & Analog Inputs from the Kitronik Inventors Kit for the BBC micro:bit. We've included the entire experiment as a free example of the great practical experiments that are contained within the Inventors Kit. Learn how to build the circuit and how to code the micro:bit to control the circuit.
Inventors Kit Experiment 4 Full Experiment

Inventors Kit Experiment 4 Full Experiment

In this tutorial you will find Experiment 4 Using a Transistor to drive a Motor from the Kitronik Inventors Kit for the BBC micro:bit. We've included the entire experiment as a free example of the great practical experiments that are contained within the Inventors Kit. Learn how to build the circuit and how to code the BBC micro:bit to control the circuit.