Educational Robotics Invention Kit Order Code: 250-02
Learning Outcomes & Activities:
Students can engage in a variety of practical activities, including:
- Understanding programming languages and computational logic
- Designing algorithms and working with abstraction
- Managing inputs and outputs
- Working with data, variables, and constants
- Implementing control structures
- Testing, debugging, and optimizing programs
- Creating innovative, open-ended robotics projects
Key Features:
- Ultrasonic sensor (Plug-and-Play) for distance measurement
- Dual DC motors for movement and mechanical control
- Multiple sensors: color and proximity detection
- Programmable RGB LEDs for interactive feedback
- Built-in manual programming buttons for quick control
- Expandable ports (RJ connectors) for additional sensors and modules
- Compatibility with Arduino, Raspberry Pi, and other third-party hardware
- Integrated support for sound sensors, speaker, and magnetometer
- Rechargeable battery with onboard power system
- Bluetooth connectivity for wireless control and programming
- Micro USB interface for easy connection
What’s Included:
- Educational Robotics Invention Kit
- Rechargeable lithium battery
- USB charging cable
- Curriculum-based learning materials
System Requirements:
- Computer (Windows XP or later)
Educational Robotics Invention Kit (Order Code: 250-02)
The Educational Robotics Invention Kit is an engaging, plug-and-play robotics solution designed to introduce students to the exciting world of STEM through hands-on learning. Built for both beginners and advanced learners, this expandable kit blends engineering and programming into an interactive experience that develops real-world problem-solving skills.
Students can explore key concepts in computational thinking, coding, and digital literacy while building and programming their own robotic systems. The kit encourages creativity through open-ended design projects, allowing learners to experiment, innovate, and bring their ideas to life.
What makes this kit especially powerful is its expandability. It supports integration with popular platforms like Arduino and Raspberry Pi, enabling users to go beyond basic projects and develop more advanced applications.
Why Choose This Kit?
This kit transforms traditional classroom learning into an interactive experience. It not only teaches robotics and programming but also builds critical thinking, creativity, and engineering skills—preparing students for future careers in technology.
