ELECFREAKS micro:bit Smart Agriculture Kit, 12-piece with IoT:bit, Sonar:bit, project instructions
ELECFREAKS micro:bit AI Smart Lens, V831 Core IC, 90 degree wide angle, 240x240 resolution, 1.3 inch
DFRobot microMate, expansion board for microbit, 6x 3Pin IO for Gravity, PWM, 2A, 3-5V
ELECFREAKS Smart Home Material Pack, wooden house for micro:bit Octopus sensors, IOT projects
ELECFREAKS micro:bit basic kit for beginners, compatible with Makecode, 9-piece, without board
Adafruit Plant Plant Care Kit, DIY automatic irrigation, for micro:bit / CLUE
ELECFREAKS Smart Climate Kit, real-time monitoring, wind, UV, dust sensors, for micro:bit V2
ELECFREAKS protective cover for micro:bit, 1 mm material, waterproof, shockproof, silky soft, colourless
ELECFREAKS AI Accessories Pack, AI Lense face/colour recognition, speech recognition, 48 pieces
ELECFREAKS microbit Space Science Kit, Nezha Board, Smart Motor, 8 sensor ports, over 400 components
Battery holder for 2x Micro AAA with switch for micro:bit / Calliope Mini
ELECFREAKS TPBot Smart Car for micro:bit, graphical programming, expandable, LEGO-compatible
ELECFREAKS Smart Health Kit for micro:bit, health monitoring, 12-piece learning set
DFRobot Multi Function Expansion Board for UNIHIKER K10 and micro:bit (Power & Motion)
Kitronik MI:pro protective cover for micro:bit V1 & V2, 4-ply
ELECFREAKS micro:bit Science Box Experiment Kit, makecode, Python and C++
Kitronik MI:power Board V2 for BBC micro:bit, integrated buzzer, on/off switch, CR2032, portable
ELECFREAKS Smart Air Purifier Kit, IOT extension, motorised fan, dust sensor, for micro:bit
ELECFREAKS Nezha Pro Breakout Board für micro:bit, 4 Motorausgänge, 8 Sensorports, RJ11, 3,3-8,4V
ELECFREAKS micro:bit Nezha Pro AI Mechanical Power Kit, 500+ Teile, 12 Module, ab 7 Jahren
Adafruit Bonsai Buckaroo - micro:bit & CLUE Plant Care Helper, for automatic irrigation
ELECFREAKS micro:bit Wonder Building Kit 32 IN 1, 400+ building blocks, without micro:bit board
ELECFREAKS micro:bit Smart City Kit, 17-piece IoT learning set, without micro:bit board
ELECFREAKS micro:bit Nezha Pro Sports Kit, 12 Module, 500+ Bauteile, ab 7 Jahren
micro:bit & Calliope – Everything you need to know
micro:bit and Calliope mini are two independent microcontroller platforms that were developed for use in education. They differ in design, origin and target group, but both enable an easy introduction to programming and digital technologies.
The micro:bit was developed by the BBC and is used in schools worldwide. It is suitable for programming projects as well as creative maker applications. The Calliope mini comes from Germany and was designed specifically for children from primary school age. Thanks to pre-installed components, it can be used immediately and supports playful learning in technology classes.
Both platforms offer browser-based development environments with graphical or text-based programming. They promote technical understanding and enable hands-on projects at school and in leisure time.
micro:bit microcontroller for schools, makers & beginners
The BBC micro:bit is a compact development board with integrated sensors, LED matrix, buttons, and Bluetooth, and is frequently used in STEM education. It is suitable for measurement tasks, game controllers, small robots, and creative electronics projects.
Programming is done with Microsoft MakeCode, Python or JavaScript. All editors work directly in the browser, making it especially easy to get started. The graphical interface is ideal for beginners, while more advanced users can also program in text mode.
Thanks to its versatility, the micro:bit can be used at different educational levels—from the very first programming experience to more complex applications in technology or computer science classes.
Calliope mini – Learn, program, experiment
The Calliope mini was developed in Germany and is specifically aimed at children of primary school age. The board combines ease of use with extensive features such as LEDs, buttons, speaker, motion sensors, Bluetooth and connections for motors.
It can be programmed with Open Roberta Lab, MakeCode or MicroPython. The platform was designed especially for everyday school use and is robust enough for frequent use in the classroom. Getting started is done via visual programming, but can be extended with text-based languages if needed.
If you want to get started right away, you will find a detailed step-by-step guide for your first project in our Calliope mini Guide for Beginners.