Smart Farming Robot
Developed Under Atal Tinkering Lab (ATL)
Developed By:
Shreeraj Dipak Kejbhat
Ashwin Popat Sawant
School: Matsyodari Vidyalaya, Ambad
Project Overview
Agriculture is the backbone of our country, but farmers often face challenges such as:
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Shortage of labour
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High farming costs
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Time-consuming manual work
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Uneven distribution of seeds and fertilizers
To solve these problems, we developed a Smart Farming Robot in our school’s Atal Tinkering Lab.
This innovative robot is designed to perform six major farming tasks efficiently, helping farmers save time, money, and effort while improving productivity.
Key Features & Working
Fertilizer Spraying System
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Sprays fertilizer evenly on crops such as sugarcane and other plants.
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Ensures proper and controlled distribution.
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Prevents wastage of fertilizer.
Soil Covering Mechanism
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After spraying fertilizer, the robot covers it with soil.
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Uses front fins and a plough system.
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Helps proper decomposition and nutrient absorption.
Weed Removal System
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Removes unwanted weeds efficiently.
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Uses three front fins and a rear plough.
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Reduces competition for nutrients in crops.
Seed Sowing Mechanism
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Sows seeds like:
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Wheat
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Bajra -
Jowar
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Chickpeas
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Ensures correct spacing and quantity.
Bulk Crop Sowing
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By adding seeds in the top container instead of fertilizer, the robot supports large-scale sowing.
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Ideal for faster plantation.
Intercropping Support
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Allows simultaneous seed sowing and bulk sowing.
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Encourages intercropping for better land utilization and higher yield.
Technology & Components Used
The robot is built using affordable and easily available materials:
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Arduino Uno (Main Controller) -
Servo Motor -
DC Motors -
L298N Motor Driver -
HC-05 Bluetooth Module (Wireless Control) -
Wheels -
PVC Pipes -
Storage Container
Benefits to Farmers
Reduces manual labour
Saves money and time
Prevents fertilizer and seed wastage
Increases farming efficiency
Supports modern smart agriculture
Improves crop productivity
Future Scope
With further development, this robot can be upgraded with:
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AI-based crop monitoring -
IoT-based remote control -
GPS-based field mapping -
Soil moisture and weather sensors -
Solar power integration
In the future, this Smart Farming Robot can become a fully autonomous agricultural assistant, supporting sustainable and smart farming practices.
Conclusion
The Smart Farming Robot demonstrates how robotics and innovation can transform traditional farming into smart agriculture.
Through this project, we aim to support farmers by making farming:
More Efficient
More Economical
More Productive
