Air & Fluid Control
Arduino & Development Boards
Maximize solar efficiency with this Solar Tracking Robot Kit, a hands-on project designed to follow the sun using light sensors and servo motors. This DIY kit uses Arduino-compatible components to track sunlight in two axes (horizontal and vertical), ensuring optimal solar panel alignment throughout the day.
Perfect for STEM education, solar energy experiments, and engineering learning projects, the kit includes all necessary electronics and mechanical parts for quick assembly and experimentation.
✅ Key Features:
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🌞 Dual-Axis Solar Tracking for accurate sun-following motion.
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⚙️ Arduino-Compatible Design for easy coding and upgrades.
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🔧 Complete DIY Kit with servos, sensors, panel holder, and structure.
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📚 STEM Educational Tool – Great for learning electronics, mechanics, and solar energy principles.
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🔌 Low-Power Operation – Runs on basic 5V–6V DC supply.
📊 Specifications:
| Attribute | Details |
|---|---|
| Tracking Type | Dual-Axis (Vertical & Horizontal) |
| Control Board | Arduino-compatible (Uno/Nano supported) |
| Sensors | 4× LDR Light Sensors |
| Actuation | 2× SG90/180° Servo Motors |
| Power Supply | 5V – 6V (USB or external battery) |
| Material | Plastic + metal frame (varies by model) |
| Assembly | Requires basic assembly (plug-and-play) |
🎯 Applications:
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🌱 Solar panel efficiency experiments
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🎓 Educational classroom projects
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⚙️ DIY automation and Arduino learning
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🌍 Renewable energy demonstrations
📦 What’s in the Kit:
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1× Base Frame
