Delve into the world of micro:bit peripherals and unlock limitless possibilities. Enhance the innovations with expansion boards, robotics, AI, IoT, displays, power supply, and more.

Yesterday， we’re announcing a new version of the BBC micro:bit announced, adding a speaker, a microphone and the CPU power to run AI and Machine Learning workloads.

How to make an AI car by using HUSKYLENS (AI Vision Sensor) and micro: Maqueen V4.0

HUSKYLENS（AI Vision Sensor）を、micro:Maqueen V4.0に取り付けてAIカーを作る手順を紹介します。なお、HUSKYLENSのおおまかな全体像は「付録3-19.HUSKYLENS（AI Vision Sensor）」で紹介しています。

I'm Maqueen, a smart educational robot in shape of car. Despite a mini body, I was born with powerful features to allow students to easily learn programming, robotics, electronics and science in entertaining. Take me as pet to grow up along with you!

In this microbit tutorial we will check how to interact with the two buttons of the Micro:bit board, using MicroPython.

In this microbit tutorial we will check how to control a DC motor using the micro:bit board and MicroPython.

In this microbit tutorial we will learn how to perform a software reset on the Micro:bit, using MicroPython.

In this microbit tutorial we will check how to generate a random integer using the micro:bit board and MicroPython.

In this microbit tutorial we will check how to get the running time of the micro:bit, since the board was turned on or restarted.

In this microbit tutorial we will check how to get the size of a file on the micro:bit file system, using MicroPython.

In this microbit tutorial we will check how to delete a file from the micro:bit file system, using MicroPython.

In this microbit tutorial we will check how to read the content of a file from the micro:bit file system, using MicroPython.

In this microbit tutorial we will learn how to create a file on the micro:bit file system. We will also write some content to it.

In this microbit tutorial we will learn how to obtain temperature measurements using the Micro:Bit board.

In this tutorial we are going to learn how to send a HTTP POST request using a micro:bit board and a UART OBLOQ.

In this tutorial we will learn how to connect the UART OBLOQ to a WiFi network, using the micro:bit board and MicroPython to send the commands to the device, using a serial connection.

This is a selection guide for motor drive expansion board.

This is a selection guide for micro:bit expansion board.

The micro:bit measures magnetic force with microteslas (µT) (means the strength of the magnet).

A Micro:bit Christmas tree. When Button A is pressed, the 360 servo will start to turn anticlockwise, display rainbow colours and the mp3 will begin to play. When Button AB is pressed, the servo will turn anticlockwise. When B is pressed, the servo & mp3 will stop and the colours from the LEDs will be set to off.

I made a christmas ornament with DFRobot micro:bit Circular RGB LED Expansion Board.

In this tutorial we will check how to get the UART OBLOQ firmware version, using the micro:bit board and uPython to send commands to the device.

In this tutorial we will check how to connect the micro:bit board to the UART OBLOQ using the serial interface. Then, we will ping the UART OBLOQ to confirm the connection between the devices is working correctly.