White Rose Science x micro:bit

WIKI / Guidelines / Informations

Details:

micro:bit v2 Go

Overview | micro:bit

1. Introduction to micro:bit

Link: https://microbit.org/get-started/what-is-the-microbit/

Learn what the micro:bit is, its features, and how it can be used for coding, electronics, and educational projects.


2. Help & Support Center

Link: https://microbit.org/help-and-support/

Official troubleshooting, FAQs, setup guides, and technical support for micro:bit users.


3. Programming with MakeCode

Link: https://makecode.microbit.org/

The official block-based and JavaScript coding environment used by most micro:bit users.


4. Python Programming Support

Link: https://python.microbit.org/

The official Python coding environment for more advanced micro:bit programming.


5. Getting Started with micro:bit

Link: https://microbit.org/get-started/getting-started/introduction/https://microbit.org/get-started/

Step-by-step guides to help beginners set up and start using their micro:bit.


6. Buy micro:bit V2 Go Bundle in Brunei

Link: https://smartbitbn.com

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ELECFREAKS micro:bit 6 IN 1 Ring:bit Kit(Without microbit Board)

Introduction to ELECFREAKS 6-in-1 Ring:bit Bricks Pack

The ELECFREAKS 6-in-1 Ring:bit Bricks Pack is an educational robotics kit designed for use with the BBC micro:bit. It combines coding, electronics, and building blocks to help students learn programming and engineering through hands-on projects.

Using the included Ring:bit expansion board, servos, and building components, students can build and program six different interactive models while learning fundamental STEM concepts such as robotics, motion control, sensors, and logical thinking.

The kit is fully compatible with Microsoft MakeCode, allowing beginners to create programs using drag-and-drop blocks, while advanced users can explore JavaScript and Python programming.

Key Features

  • Designed for BBC micro:bit

  • Build 6 different programmable models

  • Compatible with Microsoft MakeCode

  • Learn coding, robotics, and engineering concepts

  • Easy-to-assemble building block system

  • Suitable for classrooms, coding clubs, and home learning

Learning Outcomes

Students will learn:

  • Basic programming concepts

  • Robotics and automation

  • Servo motor control

  • Problem-solving skills

  • Computational thinking

  • STEM project development

Useful Links

Learning Wiki
https://wiki.elecfreaks.com/en/microbit/building-blocks/ringbit-bricks-pack/

Microsoft MakeCode Editor
https://makecode.microbit.org/

Python Editor for micro:bit
https://python.microbit.org/

micro:bit Official Website
https://microbit.org/

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micro:bit robot building kit with programmable robotic arm and multiple STEM model builds

Introduction to ELECFREAKS 32-in-1 Wonder Building Kit

The ELECFREAKS 32-in-1 Wonder Building Kit is a comprehensive STEM robotics and coding kit designed for use with the BBC micro:bit. The kit combines programmable electronics, motors, sensors, and construction blocks, enabling students to build and code up to 32 different interactive projects.

Through hands-on activities, students learn coding, engineering, robotics, and problem-solving skills while creating exciting models such as motorcycles, line-following cars, obstacle-avoidance vehicles, robot arms, automatic doors, basketball counters, and many more.

The kit supports Microsoft MakeCode’s drag-and-drop programming environment, making it suitable for beginners while also providing opportunities for advanced learners to explore JavaScript and Python programming.

Key Features

  • Compatible with BBC micro:bit

  • Build up to 32 programmable projects

  • Includes motors, sensors, servos, and building blocks

  • Supports Microsoft MakeCode programming

  • Encourages STEM learning through hands-on projects

  • Suitable for schools, coding clubs, makerspaces, and home learning

Example Projects

  • Motorcycle

  • Line-Following Car

  • Obstacle-Avoidance Vehicle

  • Gyroscope Base

  • Rotary Chair

  • Bigfoot Monster

  • Basketball Counter

  • Robot Arm

  • Automatic Door System

  • And many more exciting creations

Learning Outcomes

Students will learn:

  • Coding fundamentals

  • Robotics and automation

  • Sensor integration

  • Mechanical design principles

  • Engineering problem-solving

  • Computational thinking

  • STEM project development

Useful Links

Official Product Guide
https://wiki.elecfreaks.com/en/microbit/building-blocks/wonder-building-kit/

Microsoft MakeCode Editor
https://makecode.microbit.org/

Python Editor for micro:bit
https://python.microbit.org/

micro:bit Official Website
https://microbit.org/

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