After shaking the micro:bit, it generates a random number (0 to 31), which will be shown with the led matrix (0 to 5 dots, 5 bits).
A dark scary cloud that flashes white lightening and scary rainbows, controlled by a micro:bit and neopixels
Measures and records temperature with BBC Micro:bit.
By the end of this tutorial, you will be able to know how to control your phone's music player using micro:bit.
Display screen Showing time and temperature with your micro:bit.
The Talking Compass is a simple project for the Micro:bit written in Python using the built-in compass and Python's Speech module.
Build a magic trick to amaze your friends that uses the micro:bit’s compass to detect a nearby magnet!
In this tutorial, I am going to show you how to code BBC micro:bit using MicroPython to display your name and other basic symbols.
The presence of a car can be measured by changes in the magnetic field. We are using the magnetometer to build a tiny parking sensor.
A simple radio communication experiment between 2 BBC Micro:bit boards, which can transmit and receive commands to/from each other.
Here, we'll learn how to make a simple arcade game.
Don't let your BBC micro:bit collect dust! Here is how to use it with Blynk and Arduino IDE.
Adding an active NeoPixel lighting system to your E-Bike using the micro:bit.
This tutorial is around BBC Microbit and programming the microbit using mbed C/C++ IDE .
Use an RGB matrix and a micro:bit to display the time with an awesome game of PONG. Made with love and TinyGo.
A Micro:bit attached to a self made top, that will count the number of times the top spins in a circle.
Use Python to program some sweet ground-effect lighting animations for the Hackster Glowboard! Powered by the BBC Micro:bit. ✨
Use micro Python on micro:bit to program your bit:bot robot to retrace a path.
I designed this project for my kids with the idea of combining 3D printing, laser cutting, electronics, coding and a little bit of science.
Big shout out for all the ladies who are no damsels in distress but would rather like to have a blast with a blaster and the micro:bit.
Capture accelerometer data remotely on a BBC micro:bit, then use the XinaBox Wi-Fi gateway to transfer the data to an IoT platform.
Create your own shake controlled weather station with the help of this tutorial in under 5 minutes!
If only the infamous sorting hat had randomly chosen from Hogwarts and Ilvermorny houses, I would be a Ravenclaw or Thunderbird.
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