Product Summary
BBC Microbit V2 Development Board Programmable Learning Kit For Kids STME Education DIY is a development board selected for building connected devices, firmware tests and rapid electronics prototypes. It is suitable for makers, embedded developers and IoT prototyping teams who need practical electronics hardware for reliable project work.
Best For
- building connected devices, firmware tests and rapid electronics prototypes
- Arduino, MicroPython, sensors, displays and expansion modules
- Electronics testing, repair, prototyping and maker workflows
FAQ
Who is this product for? It is intended for makers, embedded developers and IoT prototyping teams.
What should I check before buying? Review the product options, specifications, included accessories and compatibility details on this page.
BBC Microbit V2 Development Board Programmable Learning Kit For Kids STME Education DIY Electronic Projects with Battery Case
Note: Due to logistics issues on the TUFZEN platform, it is not allowed to carry batteries in this product, so you received this device without batteries. We apologize for the inconvenience. If you really need batteries, please do not purchase it!
The packaging box is sold out, so there is no packaging box in the delivery list.
Micro: bit is an ARM-based microcontroller designed by BBC. Consisting of onboard Bluetooth, accelerometer, electronic compass, three buttons, 5 x 5 LED dot matrix, it is only half the size of credit card and mainly used for programming education for teenagers.
And this basic starter kit which includes a micro: bit control board, 1m USB cable and a battery holder (2 AAA batteries not included, wire length 15cm)is designed for you to easily use micro:bit.
(Please note that the USB cable is for uploading program to micro:bit and the 2 AAA battery holder is for power supply.)
Micro:bit Kit(only Micro bit board)
1.LED Display: It features a 5x5 grid of red LED lights that can display text, numbers, and simple images.
2.Buttons: Two programmable buttons labeled A and B, used for user input and control.
3..Sensors: It includes an accelerometer, a compass, and a light sensor, allowing it to detect movement, orientation, and ambient light levels.
4.Connectivity: The micro:bit can communicate wirelessly through Bluetooth Low Energy and radio frequency, enabling it to interact with other devices.
5.Programming: It can be programmed using block-based programming languages like Microsoft MakeCode and Python, making it accessible to beginners and more advanced users alike.
6.Physical Inputs/Outputs: It has 25 GPIO pins that can be used to connect to various sensors, motors, and other electronic components, allowing for extensive experimentation and project creation.
7.Power: It can be powered by a USB cable or a battery pack, providing flexibility for different usage scenarios.
8.Microphone and Speaker: The micro:bit V2 includes a built-in microphone and speaker, enhancing its audio capabilities.
