BBC micro:bit - A Revolutionary pocket size computer!

The Micro:bit Educational Foundation is a UK-based not for profit organisation. It was established with the support of founding members (including the BBC) in September 2016 to secure a legacy for the original BBC Make It Digital project in which a million micro:bits were given to UK school children. 

The BBC micro:bit is a pocket-sized codeable computer with motion detection, a built-in compass and Bluetooth technology. You can use the BBC micro:bit to make a unique variety of cool projects, from robotics to musical instruments, all with endless possibilities. 

Micro:bit was offered initially to children around the age of 7 across the UK, but now it is getting very popular across the globe.!

 

Key features of micro:bit

25 red LEDs to light up, flash messages, create games and invent digital stories.

• Two programmable buttons activated when pressed. Use the micro:bit as a games controller. Pause or skip songs on a playlist.

• On-board motion detector or “accelerometer” that can detect movement and tell other devices you’re on the go. Featured actions include shake, tilt and freefall. Turn the micro:bit into a spirit level. Light it up when something is moved. Use it for motion-activated games.

• A built-in compass or “magnetometer” to sense which direction you’re facing, your movement in degrees, and where you are. Includes an in-built magnet, and can sense certain types of metal.

• Bluetooth Smart Technology to connect to the internet and interact with the world around you. Connect the micro:bit to other micro:bits, devices, kits, phones, tablets, cameras and everyday objects all around. Share creations or join forces to create multi-micro:bit masterpieces. Take a selfie. Pause a DVD or control your playlist.

• Five Input and Output (I/O) rings to connect the micro:bit to devices or sensors using crocodile clips or 4mm banana plugs. Use the micro:bit to send commands to and from the rings, to power devices like robots and motors.

What you can build with micro:bit?

Additional resources