Description

Product Overview

The Arduino Watering Smart Irrigation Kit is a practical DIY project designed for students, makers, and electronics enthusiasts to explore smart agriculture and automation. Using an Arduino UNO, soil moisture sensor, DHT11 temperature and humidity sensor, relay module, and water pump, the system automatically waters plants when the soil becomes dry.

This kit provides hands-on experience in embedded systems, sensor interfacing, automation, and sustainable farming technologies.

Key Features

• Automatic plant watering system
• Real-time soil moisture monitoring
• Temperature & humidity sensing
• LCD display for live sensor readings
• Automatic water pump control
• Water-saving smart irrigation
• Arduino-based programming
• Easy DIY assembly with reusable components
• Ideal for smart farming and STEM learning

What’s Included

• Arduino UNO Compatible Board
• Soil Moisture Sensor
• DHT11 Temperature & Humidity Sensor
• Relay Module
• R385 DC Water Pump
• LCD Display Module
• Water Tubing
• Water Tank
• Jumper Wires
• Breadboard / PCB
• USB Programming Cable
• User Manual & Circuit Diagram

Components may vary slightly depending on the kit version.

How It Works

1. The soil moisture sensor continuously checks soil moisture levels.
2. The DHT11 sensor monitors temperature and humidity.
3. Arduino processes the sensor data.
4. If the soil becomes dry, the relay activates the water pump.
5. Water is supplied automatically to the plant.
6. Once adequate moisture is reached, the pump switches off automatically.

Learning Outcomes

After completing this project, you’ll learn:

• Arduino Programming
• Smart Irrigation Systems
• Soil Moisture Sensor Interfacing
• Temperature & Humidity Monitoring
• Relay Module Operation
• Water Pump Automation
• LCD Display Programming
• Embedded Systems
• Sustainable Agriculture Technology
• Circuit Design & Troubleshooting

Skills You’ll Learn

• Embedded Programming
• Sensor Integration
• Electronics Fundamentals
• Automation Logic
• Smart Farming Concepts
• Circuit Assembly
• Environmental Monitoring
• Problem Solving