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Micro:bit Mini Smart tortoise Car micro bit complete kit


Why Choose This Kit?

The Microbit Mini Smart Tortoise Car Complete Kit offers a comprehensive and engaging platform for learning and experimentation.

With its micro compatibility, complete set of components, and educational value, it provides an excellent introduction to the world of robotics and programming.

6,500 L

Product Description

The Microbit Mini Smart Tortoise Car Complete Kit is a versatile and engaging robotics kit designed for educational purposes and hobbyists. Featuring compatibility with the micro

microcontroller, this kit provides everything you need to build and program a mini smart robotic car, offering hands-on experience with electronics, coding, and robotics.

Key Features

  • Micro

    Compatibility:

    • Integration: Designed to work seamlessly with the BBC micro

      microcontroller (micro

      board not included)

    • Programming: Customizable programming via the micro

      platform, with support for various programming languages

  • Mini Smart Tortoise Car:
    • Design: Compact and robust car chassis with a smart, tortoise-inspired design
    • Motors: Includes drive motors for forward, backward, and turning movements
    • Sensors: Equipped with basic sensors for obstacle detection and line following (sensor types may vary)
  • Complete Kit:
    • Components: All essential parts for assembly, including the car chassis, motors, wheels, sensor modules, and mounting hardware
    • Power Supply: Battery holder and connections included for powering the motors and micro
  • Educational Value:
    • Learning Objectives: Ideal for learning about robotics, programming, and electronics through hands-on projects
    • Projects: Suitable for building various robotic applications, including smart car functionalities and automated tasks
  • Assembly and Customization:
    • Ease of Assembly: Comes with detailed instructions for easy assembly and setup
    • Customization: Allows for modifications and upgrades, such as adding additional sensors or enhancing the car’s capabilities

Applications

The Microbit Mini Smart Tortoise Car Complete Kit is perfect for:

  • Educational Projects: A valuable tool for students and educators to explore robotics and coding
  • Hobbyist Experiments: Ideal for hobbyists looking to create and control a mini robotic car
  • Prototype Development: Useful for prototyping and testing robotic concepts and ideas

Specifications

  • Micro

    Compatibility:

    • Supported Models: Compatible with BBC microbit
    • Programming: Works with micro

      programming platforms, including MakeCode and Python

  • Car Chassis:
    • Design: Miniature tortoise-inspired car chassis
    • Material: Durable plastic or metal components
    • Dimensions: Compact size suitable for desktop and small workspace use
  • Motors:
    • Type: DC drive motors (2 units)
    • Control: Motor driver board included for controlling forward, backward, and turning movements
    • Speed: Adjustable via programming
  • Wheels:
    • Type: Rubberized wheels for better traction
    • Quantity: 4 wheels (2 drive wheels and 2 support wheels)
  • Sensors:
    • Types: Basic sensors for obstacle detection and line following
    • Mounting: Pre-installed or easily attachable to the chassis
  • Power Supply:
    • Battery Holder: Includes battery holder for powering the motors and micro
    • Battery Type: Compatible with AA batteries or rechargeable battery packs (batteries not included)
    • Power Requirements: Typically operates at 5V DC
  • Assembly:
    • Kit Includes:
      • 1 x Car chassis
      • 2 x Drive motors
      • 2 x Support wheels
      • 1 x Motor driver board
      • Sensor modules
      • Battery holder and connections
      • Mounting hardware
      • Detailed assembly instructions
  • Dimensions:
    • Overall Size: Approximately 150mm x 100mm x 80mm (varies based on design)
  • Customization:
    • Upgrades: Supports additional sensors and accessories for expanded functionality
    • Modifications: Easy to modify and customize for various projects
  • Educational Value:
    • Learning Objectives: Introduction to robotics, programming, and electronics
    • Applications: Suitable for educational projects, hobbyist experiments, and prototype development

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