Micro:bit boards are a continuation of the legacy of the legendary 8-bit BBC Micro designed by Acorn Computers in the 80s. BBC Micro was a computer that was designed as an educational tool for learning programming. A micro: bit board was created for the same purpose, but there is a significant difference - the main CPU. The BBC Microcomputer was based on the MOS Technology 6502 chip clocked at 1MHz, and the BBC micro:bit board is based on the Nordic Semiconductor nRF51822 processor, which is clocked at 16MHz - just like the 8-bit AVR Atmega microcontrollers on which Arduino boards are based. The BBC micro: bit from DFRobot is a credit card-sized microcomputer based on 32-bit ARM Cortex M0 processor. The built-in 5x5 LED display, accelerometer, magnetometer, programmable buttons and Bluetooth module will allow you to create many interesting projects, such as robots, electronic musical instruments or simple home automation applications. The starter kit includes a battery container with a wires, two AAA batteries and a USB to micro USB cable. The set is especially recommended for children and adults who want to start the adventure with programming embedded systems from scratch.
BBC micro:bit 2 Single - education module, Cortex M4, accelerometer, Bluetooth, LED 5x5
The BBC micro:bit 2 is a small module designed to teach programming . The previous version of this popular board has been used in many schools around the world. The...BBC micro:bit 2 GO - education module, Cortex M4, accelerometer, Bluetooth, LED 5x5 + accessories
BBC micro:bit 2 development board based on nRF52833 with ARM Cortex-M4 core. It has a built-in microphone, speaker, touch button, accelerometer, magnetometer, Bluetooth...:MOVE mat line following and activity maps - A1 size - Kitronik 46165
Educational mat in A1 format from Kitronik. It is an extension for Line Follower robots and is compatible with MOVE Motor and Edison V2 among others. The mat is a...Adafruit Clue - nRF52840 Bluetooth LE - compatible with micro:bit - Adafruit 4500
A development board that supports Bluetooth communication and contains a number of sensors. It has a color TFT display and PDM MEMS microphone. It is equipped with a...- On sale!
BitCar - smart car building kit
The BitCar kit allows you to create a robot driving on the basis of the micro:bit module, which can serve as a line follower, obstacle avoidance robot, balancing robot or...BitMaker Lite - expansion board for micro:bit
BitMaker Lite overlay for BBC micro:bit equipped with 4 Grove connectors, all pins of the micro:bit board and buzzer. BitMaker Lite is a simplified version of the BitMaker...BitPlayer - game controller, expanision for BBC micro:bit
BitPlayer extension for the BBC micro:bit to create your own wireless gaming controller. The board works on the Plug & Play principle and features a 2-axis joystick , 6...BitWear - extension board for BBC micro:bit
Bit:Wear is a small addition for BBC micro:bit users to create intelligent clothing designs. The board features a vibrating motor , buzzer and addressed RGB LED . The...- On sale!
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BitWearable Kit - extension for BBC micro: bit + wristband
The BitWearable Kit is a set containing the Bit:Wear extension for the BBC micro:bit and a wristband that allows you to make your own smartphone. BitWear, thanks to its small...- On sale!
Clippable Detector Board V1.0 for BBC micro:bit - Kitronik 5678
Clippable Detector Board is a sensor that detects light, objects and can follow lines. It is designed to be connected directly under the BBC micro:bit . The sensor is...- Reduced price
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DFRobot - LED RGB expansion board for BBC micro:bit
Round expansion board for micro:bit modules featuring 24 RGB LEDs , microphone and speaker. The board in conjunction with the main module can turn into a watch, timer,...DFRobot - motor driver 5,5V/1,5A for BBC micro:bit
An overlay for micro:bit to control four DC motors , two stepper motors and eight servos (5.5V/1.5A). Additionally the module has 9 I/O pins Micro:bit.DFRobot Micro: IO-BOX - expansion board for BBC micro:bit
Micro: IO - BOX is a multifunctional micro:bit expansion board with a number of possibilities. Despite its compact size, it is equipped with a number of useful elements, such...DFRobot Micro: Maqueen robot platform for Micro:bit
Micro: Maqueen is a graphically programmed robot platform for micro:bit. It has interesting features, among them plug-and-play feature which allows children to quickly learn...Discovery Kit for BBC micro:bit - electronic parts set - Kitronik 5666
The BBC's micro:bit Discovery Kit is a set of elements designed especially for beginners who want to start their adventure with electronics and programming. The kit includes...Expander for BBC Micro: bit - Waveshare 14513
Expander of pins is designed for the BBC Micro:bit thus, leading out the connector of the board on pins, with the pitch of 2.54 mm and 10 pins with 4 mm diameter. The board...ElecFreaks Basic Kit for Micro:Bit
ElecFreaks Micro: bit Basic kit is for people who want to start learning programming and designing electric circuits. The set includes basic elements placed in modules, such...ElecFreaks Tinker Kit - DIY KIT for Micro:Bit
ElecFreaks Micro:bit Tinker Kit is a set of accessories for micro:bit that allows you to easily combine all types of modules without having to worry about messy cables. The...ElecFreaks Ring:Bit Car V2 - a set for building a smart car
Ring: bit car V2 from ElecFreaks is the smart car of the type "do it yourself", on the basis of the BBC micro:bit, and ElecFreaks Ring bit, it has advanced three channel GPIO,...ElecFreaks Smart Home Kit - smart home - kit for BBC micro:bit
With Smart Home Kit from ElecFreaks, you will learn the basics of electronics and programming which are typically used to create a "smart home".Electro-Fashion - e-textiles set for BBC micro:bit - Kitronik 5607
A set for creating intelligent clothes equipped with LED lighting. Compatible with the BBC micro:bit development board. The created projects do not require soldering, the...Game Zip 64 for the BBC micro:bit - Kitronik 5626
The Kitronik GAME ZIP 64 console for the BBC micro:bit modules is a versatile platform for running popular retro games. Equipped with a 64 LED 8 x 8 matrix as a screen, a...Gamepad module - module with joystick and buttons for BBC micro: bit - Waveshare 14593
Extension in the form of the gamepad, allowing you to create a mini console for games based on the BBC Micro:bit. The module has four colored buttons, joystick and buzzer. All...Zobacz również
BBC micro:bit - a combination of tradition and modernity
The BBC micro:bit board is an amazing tool for learning programming and creating your first simplest embedded projects, which can also work with other embedded boards with a much higher computing power, such as Raspberry Pi 4B, and even more - even for new users more user-friendly than Arduino. The roots of micro:bit plates date back to the 1980s. The name comes from the 8-bit BBC Micro computer designed by Acorn Computers, mainly for educational purposes with a view to learning how to program electronic digital machines. The BBC micro: bit platform continues the legacy of the BBC Microcomputer, but instead of the MOS 6502 chip, it uses an NXP processor, designed in the ARM architecture on the Cortex-M0 core, which, like the AVRs in most Arduino boards - works at 16MHz and has a built-in memory 256kB FLASH memory and 16kB RAM memory. At the user's disposal, the board has a Bluetooth module, USB connector, 5x5 LED matrix, as well as an accelerometer, magnetometer and two programmable tact switch buttons. The board can be powered via a USB port from a computer or battery pack, which is practical especially in wireless applications, e.g. in remote-controlled vehicles.
BBC micro:bit Go - amazing starter kit for electronics projects creating
BBC micro: bit is a small development platform that has been designed for beginners in the field of programming and electronics. In this way, designers have created a practical tool that is proof that electronic devices are not only entertainment products. The goal of the micro:bit project is to prove that learning electronics can be a very interesting activity, and programming does not have to be difficult. Therefore, the whole board has been prepared so that it can be used to implement many interesting projects (such as an electronic dice, wristwatch, or a simple arcade game). The board's software is delivered with an intuitive mobile application that allows wireless programming of the board via Bluetooth, thus obtaining greater possibilities of interaction with the BBC micro: bit platform at a higher level of access. The micro: bit Go set includes all the necessary components needed to run the micro: bit platform. The kit includes a micro: bit development board, a USB to micro USB connection cable, a battery container with a power cord and two AAA batteries. In the box, you will also find a user's manual that depicts four interesting project ideas that will allow you to start the adventure with micro:bit! Two programmable buttons will be a good foundation for a simple game console or volume control. You can use the 5x5 LED matrix as a light sensor, as well as a display on which you can present simple and creative animations, as well as alphanumeric characters. The surface of the other side of the board is occupied by an accelerometer, compass and Bluetooth module. The micro USB connector with a dedicated microcontroller is responsible for the communication of the board with the computer and power supply. An alternative option is to connect the battery power supply via the 2-pin JST connector. On the edge of the board there are 20 gold-plated flat connectors and 5 gold-plated ring connectors with a diameter of 4mm - for connecting auxiliary supply voltage, ground and three input/output connectors, which, depending on the application, can be programmed as analog or digital, enabling cooperation with peripheral devices, such as e.g. motor controllers or measuring sensors. The external equipment is connected to the ring connectors of the BBC micro: bit board via "banana" or "crocodile" wires, thus enabling rapid prototyping.