The Kitronik: MOVE Motor for the BBC micro is a comprehensive robotics kit designed to provide an engaging introduction to buggy robotics and coding. This versatile platform allows users to explore various aspects of robotics, including movement, light, sound, obstacle detection, avoidance, and line-following. Combined with the BBC micro's radio features, the possibilities for projects and learning are vast. The buggy is equipped with two bi-directional DC motors, rubber-tired wheels, and a range of sensors and LEDs, all designed for easy assembly and use. Simply slot the BBC micro into the edge connector, and you're ready to start coding and experimenting.

Features

• Fun Introduction to Robotics: Perfect for learning the basics of buggy robotics and coding with hands-on experience.
• Tutorials and Resources: Comes with comprehensive tutorials and resources that are freely accessible.
• No Soldering Required: Designed for easy and quick assembly without the need for soldering.
• Dual DC Motors: Two bi-directional DC motors with variable speed control for precise movement.
• Advanced Sensors: Includes ultrasonic distance sensors and line-following sensors for obstacle detection and navigation.
• Additional Components: Features a Piezo sounder, pen mount, and four full-color programmable ZIP LEDs.
• Versatile Outputs: Two-pin outputs ideal for servo connections or other inputs/outputs.
• Integrated Battery Holder: Built-in battery holder for 4x AA batteries, with a power switch for conserving battery life.
• Edge Connector: Onboard edge connector for the BBC micro , making it easy to code, plug, and play.
• Custom MakeCode Blocks: Simplified coding with custom blocks available in the Microsoft MakeCode editor.
• Python Coding: Option to code in Python with example codes available on GitHub.

Specifications

• Dimensions:
  • Length: 111mm
  • Width: 90mm (with wheels attached)
  • Height: 67mm
• Voltage: Nominal 4.8 - 6V (powered by 4x AA batteries)
• Motors: Controlled via I2C on pins 19 and 20
• Audio Buzzer: Connected to pin 0
• Visual: 4x ZIP LEDs connected to pin 8
• Line Follow: IR sensors on pins 1 (right) and 2 (left)
• Ultrasonic Sensors: Trigger on pin 13, Echo on pin 14
• Servo Connections: Available on pins 15 and 16

Applications

• Educational Projects: Ideal for classroom use or individual learning to introduce students to robotics and coding.
• DIY Robotics: Great for hobbyists and makers looking to build and program their own robotic buggy.
• Interactive Learning: Enhances understanding of sensors, motor control, and basic robotics principles through practical use.

Documents

• MakeCode Editor: Microsoft MakeCode Editor
• Example MicroPython Code: GitHub Repository
• Additional Tutorials:
  • Online MakeCode Tutorials
  • Drawing Robot Tutorial
  • Lights & Sound Tutorial
  • Line Following Tutorial
  • Motor Adjustment Tutorial
  • Sensor Tutorial
• Tech Talks: Live Stream Playback

Package Includes

• 1 x MOVE Motor chassis
• 2 x Wheels and tires
• 1 x Instruction booklet

Note:

• This kit does not include a micro:bit, a micro:bit 
• No soldering is required!
• Minimal assembly is required.

Requires

• 1 x BBC micro
• 1 x USB Type-A to Micro-B USB Noodle Cable
• 4 x AA batteries

Video: