BBC micro:bit V2 Club

The BBC micro:bit V2 is a mini computer which has been created to inspire a fun and educational coding experience. This micro:bit Club is a kit which includes 10 bundles of 10 x micro:bit V2 boards, in addition to the necessary components to get up and running. The BBC micro:bit V2 Club is an ideal solution for teaching groups of students and getting to grips with the micro:bit.

If you are new to programming or are supporting young coders, then the BBC micro:bit V2 is perfect for you. The micro:bit includes 10 micro:bit Go bundles, in which you’ll find the micro:bit V2 computer, a USB cable to connect to a PC and a AAA battery holder with AAA batteries to begin creating immediately. It is suitable for group learning in STEM clubs, coding clubs and classrooms.

Developed by the BBC and in collaboration with other established brands, the micro:bit is engineered to influence children and educate young people on the benefits and processes of programming and electronics, in an engaging fashion.

As 4cm x 5cm, the computer has a strong ARM Cortex m4 processor and 512KB of flash, rendering it a high quality device for its size range. Micro:bit is available in 4 colours and has a multitude of programmable inputs and outputs, including a 5x5 LED matrix display, buttons, speakers and microphone. The micro:bit also features a temperature sensor, accelerometer, touch-sensitive logo and a built-in sleep/off mode.

With the micro:bit, you can use an array of free online code editors which cater to different knowledge levels, across multiple programming languages, so you can suit to your educational plan or strategy.

• 25 LED matrix on the board where you can scroll messages or display numbers

• Accelerometer to detect movement or tilting

• Compass

• Bluetooth connection to interact with the internet or other devices

• 2 user input buttons

• Micro USB connection to use with PC for programming

• Port for a battery pack

• ARM Cortex-M4 CPU

• Built-in speaker and microphone

• 20 pin edge connector along the bottom of the board