This pack contains
Build your own advanced line-tracking robot with this 6-array IR sensor-based car kit. Perfect for STEM learning, robotics competitions, or DIY electronics projects, this kit includes high-quality metal-gear motors, precise IR sensors, and Arduino Nano compatibility for easy programming.
The 6-Channel IR Line Follower Robot Car Kit is a complete DIY robotics solution for students, hobbyists, and STEM educators. This professional-grade kit features a sophisticated 6-array infrared sensor system that delivers superior line tracking accuracy compared to basic 3-sensor models. Powered by an Arduino Nano microcontroller and rugged 6V metal-gear motors, this robot car is engineered for precision performance in competitions, classroom demonstrations, or personal robotics projects. The kit includes all necessary components from the motor driver to voltage regulators, making it ideal for both beginners learning robotics and advanced users developing complex algorithms.
| Category | Details |
|---|---|
| Microcontroller | Arduino Nano (ATmega328P) |
| Sensing System | 6-channel digital IR array (TCRT5000 sensors) |
| Motors | 6V DC gear motors (300 RPM, 1:48 metal gearbox) |
| Motor Driver | L298N Dual H-Bridge (2A peak per channel) |
| Power System | Dual 18650 Li-ion (7.4V) → XL6009 Boost (for motors) + LM2596 Buck (5V for Arduino) |
| Chassis | 1.6mm FR4 Vero board (12×18cm) with anti-skid Pololu wheels |
| Programming | Arduino IDE compatible (C/C++) with sample code included |
| Runtime | 2-4 hours (depending on usage) |
Step 1: Assemble the mechanical chassis using provided spacers
Step 2: Install sensors at 15mm ground clearance (optimal for 19mm wide lines)
Step 3: Upload the calibrated PID algorithm via Arduino IDE
Step 4: Test on standard 25mm black lines (included test track template)
Pro Tip: Adjust sensor potentiometers for ambient light conditions
The kit includes:
- Circuit schematics in PDF format
- Bill of Materials (BOM) with component specifications
- Sample codes for: Basic line following, Maze solving, and Speed control
- Troubleshooting guide covering 15 common scenarios
Q: Can this handle 90° turns?
A: Yes, when properly tuned, it navigates sharp turns at 0.5m/s
Q: Is prior programming knowledge required?
A: Basic C/C++ helps, but we provide ready-to-use code
Q: What's the maximum line detection range?
A: 3-20mm height variation with adjustable sensitivity
This 6-Channel Line Follower Robot Kit bridges the gap between beginner toys and industrial automation trainers. With its robust metal-gear motors, professional sensor array, and Arduino compatibility, it serves as both a learning platform and competition-ready solution. The included power management system ensures reliable operation, while the modular design allows endless expansions - from basic line following to advanced swarm robotics applications. Perfect for educators seeking a comprehensive STEM resource or hobbyists wanting professional-grade performance at an accessible price point.
The product details on this page are collected from multiple reliable sources to provide you with the best information. However, minor discrepancies may occur. We recommend thoroughly checking the product labels, instructions, and warnings before use.
Note: Images shown are for illustration purposes only and may slightly differ from the actual product.
Build your own advanced line-tracking robot with this 6-array IR sensor-based car kit. Perfect for STEM learning, robotics competitions, or DIY electronics projects, this kit includes high-quality metal-gear motors, precise IR sensors, and Arduino Nano compatibility for easy programming.
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