microbit-demos

This is a FUN talking BuildaBot for the official BBC micro:bit V2 where you get to build your VERY OWN TALKING BOT FROM SCRATCH!

The micro:bit Study Buddy is a micro:bit Electronic Educational Engagement Tool designed to help students learn a new classroom subject with the assistance of a micro:bit TED (Talking Educational Database) and a micro:bit TEQ (Talking Educational Quiz).

This is a FUN talking TextaBot for the official BBC micro:bit V2 where you get to build your VERY OWN TALKING TEXTABOT FROM SCRATCH!

The micro:bit Talking LED Blink And Breath is a micro:bit Electronic Educational Engagement Tool designed to help students create a talking sound application.

A competitive Multiplayer Micro:bit game

OS For Micro:bit

Simple host selector for networked Micro:bit applications.

This is a FUN talking Heads Or Tails game for the official BBC micro:bit V2 where you play with get to play with our little talking friend!

A simple MicroPython micro:bit MicroCipher where you can create encrypted messages and then decrypt them when you share the cipher and encrypted message.

The Friend module is a micro:bit chatbot that you can run inside of the REPL.

The micro:bit Talking LED Blink And Breath is a micro:bit Electronic Educational Engagement Tool designed to help students create a talking blink and breath application.

💾 A collection of demos for the micro:bit

Simple wireless chat program for the BBC Micro Bit.

Microbit Smartwatch Beta 0.11, for both V1 and V2

The micro:bit Talking LED Blink is a micro:bit Electronic Educational Engagement Tool designed to help students create a talking LED blink application.

The micro:bit Talking LED Breath is a micro:bit Electronic Educational Engagement Tool designed to help students create a talking breath application.

A smart table‑soccer build is exciting to replicate because it transforms a classic game into an interactive STEM project. Sensors, scoring logic, and real‑time feedback make the game feel alive, while the simple codebase lets anyone customize rules, add features, and learn physical computing through play.

This project demonstrates how a micro:bit can safely control lower or higher‑power devices using a relay module. Since the micro:bit’s GPIO pins can’t directly drive speakers or other loads, the relay acts as an electrically isolated switch — letting the micro:bit toggle your circuit without exposing it to high current for one load.

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