PROJECT DETAILS

Learning Objectives

This kit introduces students to fundamental robotics concepts including sensor technology, motor control, and basic programming logic. Students learn how IR sensors detect different surface colors and how to program the Arduino to make decisions based on sensor readings.

The hands-on experience helps develop problem-solving skills, logical thinking, and understanding of how real-world robots work. Students also learn about circuit connections, component identification, and basic troubleshooting.

Educational Approach

We believe in learning by doing. The kit is designed with a progressive learning approach - students start with basic assembly, then move to understanding the electronics, and finally learn to modify and improve the code.

Each step includes explanations of the underlying science and engineering principles, making it perfect for STEM education. The kit can be used in classroom settings, after-school programs, or for individual learning at home.

Technical Specifications

• Arduino Uno R3 microcontroller
• 2x IR sensors for line detection
• 2x DC motors with wheels
• Motor driver module (L298N)
• 9V battery pack with connector
• Acrylic chassis with mounting hardware
• Jumper wires and breadboard
• Pre-written Arduino code with comments

Programming Features

The kit comes with pre-written Arduino code that students can immediately upload and test. The code is well-commented to help students understand each section and how the robot makes decisions.

Students can then experiment with modifying parameters like speed, turning sensitivity, and sensor thresholds. Advanced students can add features like obstacle avoidance, multiple line following, or custom behaviors.