The Kitronik LAB:bit for the BBC microbit offers a super fun way for children to learn about coding in an engaging and hands-on way. designed for delivering computing to students aged 8+ and is backed by online MakeCode tutorials, simplified custom blocks, and a detailed getting started guide.

Combining the micro:bit with the SparkFun moto:bit - micro:bit Carrier Board (Qwiic) creates a flexible, low-cost robotics platform for anyone from students getting started with the micro:bit to the engineer looking to quickly prototype or build a proof of concept.

Kitronik allowed me to experience this by allowing me to create an extension for their HaloHD product for the micro:bit. This developed my understanding of different programming languages whilst learning what a job in the industry truly is like.

Plant care has never been so simple!

We are going to look at how we can multitask on the BBC micro:bit with MakeCode. In our example we used the Kitronik HaloHD to visually indicate the micro:bit running two different tasks at the same time.

Learn how to program the micro:bit v2 using Microsoft MakeCode, a drag-and-drop block-based online coding environment.

Atmosphere IoT Studio can help build your own personal robot and control it over any smartphone.

Control your micro:bit attached to an Adafruit CRICKIT board in MicroPython.

Microsoft MakeCode is a block based coding language designed to introduce people to coding.

In this tutorial, we will utilize MakeCode's radio blocks to have one micro:bit transmit a signal to a receiving micro:bit on the same channel.

The gator:color is one of a series of gator-clippable boards called gator:boards that SparkFun has created to interface with the micro:bit and gator:bit expansion for micro:bit.

The gator:starter is one of a series of gator-clippable boards called gator:boards that SparkFun has created to interface with the micro:bit and gator:bit expansion for micro:bit.