Educational micro:bit module with 32-bit ARM Cortex-M4 microcontroller. Manufactured to interest the youngest in computer engineering. SparkFun DEV-17287

The module enables micro:bit, Raspberry Pi Pico, RP2040-based boards, and other controllers to connect to Wi-Fi networks and online services. Communication with the host board is handled through UART, while the pre-installed ESP-AT firmware allows network functions to be controlled using AT commands. Cytron GRV-WIFI-8266

Kitronik 2708 is a relay module designed to work with the BBC micro:bit, allowing control of higher voltage circuits using signals from the micro:bit. Equipped with an electromagnetic relay, it enables safe switching of external devices such as motors or lighting, making it ideal for projects that require control over larger loads.

Silicone case designed for the micro:bit educational module. Yellow color. Seeed Studio 114991667

Kitronik 5643, known as LAMP:bit, is a module designed for the BBC micro:bit that replicates the function of a streetlight. It features a white LED and a phototransistor, allowing for the simulation of automatic lighting activation at dusk. This module is an excellent educational tool for learning the basics of programming and understanding how urban lighting systems operate.

Kitronik 5644 is a programmable gamepad-style controller designed for the micro:bit, enabling enhanced gaming experiences and remote control of other devices via the micro:bit’s radio communication. It features six buttons, a built-in buzzer for sound signals, and a vibration motor for haptic feedback.

Starter kit with micro:bit v2. In addition to the micro:bit v2 board, the set includes a microUSB-USB cable, a battery basket and two AAA batteries. SparkFun DEV-17288

Protective case for micro:bit modules designed with protection in mind. It is transparent, has large and legible labels for buttons A and B, and full access to the bottom pins of the micro:bit. Kitronik 56102

Expansion board for BBC micro:bit designed for measuring environmental parameters and controlling devices based on sensor readings. Equipped with a BME280 temperature, pressure and humidity sensor, a real-time clock, two 1 A outputs, a servo output, piezo buzzer and ZIP LEDs. It can be powered by 3 AA batteries or through a 2.1 mm DC jack and also includes a solar panel input for charging rechargeable batteries. Kitronik 5697

Module with three resistive touch pads designed for use with BBC micro:bit. Breaks out pins P0, P1 and P2 to large finger-operated pads and provides P0, P1, P2 and GND connections via a pre-fitted pin header. The board can be connected using jumper wires or soldered connections and programmed in Microsoft MakeCode. Kitronik 5637

Motor driver for BBC micro:bit designed to control two DC motors simultaneously in both directions with adjustable speed. It breaks out pins P0, P1, P2, 3.3 V and GND to large pads suitable for crocodile clips and banana plugs and also provides a ZIP LED output. Power from 3 AA batteries supplies both the motor driver and the connected BBC micro:bit. Kitronik 5655

Expansion board for BBC micro:bit providing access to 21 pins of the edge connector, including additional I/O lines, button A and B signals, LED matrix outputs and the I2C bus. Equipped with solder pads and a prototyping area with 3 V and 0 V rails, it enables sensors, switches and other electronic components to be connected. The kit requires assembly and soldering. Kitronik 5601

Starter kit for the micro:bit v2. The kit includes an expansion module with Grove connectors, Grove modules with sensors and the necessary accessories. Seeed Studio 110060762

Educational kit for learning the basics of programming and electronics using BBC micro:bit. Includes a breadboard breakout board, prototyping breadboard, LEDs, buzzer, resistors and jumper wires required to complete 5 experiments described step by step in the included guide. Circuit assembly requires no soldering, and programs can be created in Microsoft MakeCode. Kitronik 5666

Adapter designed to connect BBC micro:bit directly to a standard 2.54 mm pitch breadboard. It breaks out the microcontroller pins to two 11-pin headers, making it easier to build and test circuits using jumper wires and prototyping components. Installing the BBC micro:bit and adapter requires no soldering or tools. Kitronik 5664

The Kitronik Edge Connector Breakout Board provides convenient access to all signals available on the BBC micro:bit edge connector through standard pin headers. It exposes 21 pins, includes a prototyping area with dedicated 3 V and GND rails, and features clearly labelled connections, making it easy to build custom electronic circuits and connect sensors, modules, and other external hardware. The Pre-built version is supplied with the pin headers already soldered in place. Kitronik 5601B

Wearable accessory set for attaching BBC micro:bit to the wrist, arm, ankle or another object during projects involving movement tracking. Includes a flexible TPE holder and an adjustable hook-and-loop strap. Suitable for activities involving motion analysis, machine learning and the micro:bit CreateAI environment. Kitronik 56133

Educational kit for learning programming and circuit building with BBC micro:bit. Includes an Edge Connector breakout board, breadboard, electronic components, motor, LEDs, buzzer, light sensor and jumper wires required to complete the exercises described in the included tutorial. The experiments progress from block-based programming in Microsoft MakeCode to coding in Python. Kitronik 5669

Pack of five Kitronik ZIP Hex LED modules featuring individually addressable WS2812Mini RGB LEDs, designed for use with microcontrollers such as the BBC micro:bit. The hexagonal PCBs can be daisy-chained to create colorful lighting effects and interactive educational or decorative projects. Operating from 3.5 V to 5 V, each module provides power connections along with data input and output pins, allowing multiple LEDs to be controlled using a single data line. Kitronik 35140

An advanced LED module for the BBC micro:bit, featuring 60 individually addressable ZIP LEDs, plus a MEMS microphone and piezo speaker to create light and sound effects. The module also has an I2C-controlled real-time clock, and its integrated edge connector and AA battery holder means it\'s ready to go as soon as you plug in your micro:bit. Kitronik 5672