AGROPILOT – Smart Agricultural Rover
Precision Farming Made Affordable
Agropilot is an innovative, low-cost agricultural rover designed to transform traditional farming into smart, data-driven agriculture. Developed by Team Botanotron, the system integrates automation, sensor intelligence, and sustainable design to solve real-world farming challenges.
🚜 Smart Irrigation | 🌱 Precision Spraying | 📡 Real-Time Monitoring | ☀️ Solar Support
👉 “Making smart farming accessible, affordable, and practical.”
ABOUT THE PRODUCT
Agropilot is a multi-functional agricultural robot built specifically for small-scale farmers. It reduces dependency on manual labour and improves efficiency through sensor-based automation.
It combines:
- Irrigation system
- Pesticide spraying
- Field monitoring
- Obstacle detection
The system ensures water and chemicals are used only when required, reducing wastage and increasing productivity.
PROBLEM WE ARE SOLVING
Modern farming faces critical challenges:
- 💧 30–40% water wastage due to over-irrigation
- 👨🌾 High labour dependency (6–8 hours per acre daily)
- 🌾 Lack of real-time monitoring in 70% of farms
- 💰 Expensive automation systems (₹3–10 lakhs)
Agropilot provides a low-cost (~₹8,000) alternative that is practical and scalable.
OUR SOLUTION
Agropilot delivers a complete smart farming solution:
✔ Sensor-based irrigation
✔ Controlled pesticide spraying
✔ Autonomous movement
✔ Real-time decision making
The rover uses:
- Soil moisture sensor
- Ultrasonic sensor
- Pump system
- Arduino-based control
📊 Result: Up to 20% water savings & improved efficiency
KEY FEATURES
🌱 Smart Irrigation
Automatically waters crops based on soil moisture levels.
🚧 Obstacle Detection
Stops instantly when obstacles are detected.
⚖️ Balanced Design
Central tank placement ensures stability on uneven terrain.
💧 Precision Spraying
Reduces chemical wastage with controlled output.
🔊 Audio Alerts
Simple buzzer alerts for easy use.
☀️ Solar Compatibility
Supports renewable energy usage.
SYSTEM ARCHITECTURE
The system works in 4 stages:
- Sensor Input System
Collects real-time data - Control Unit (Arduino)
Processes decisions - Actuation System
Motors, pumps, valves - Output Actions
Irrigation, spraying, movement
This creates a fully automated farming workflow
PERFORMANCE & TESTING
✔ Obstacle detection accuracy: ~98%
✔ Water dispensing accuracy: ±5%
✔ Response time: ~2 seconds
✔ Operates on slopes up to 15°
📊 Achieved 92–95% overall system accuracy
IMPACT & BENEFITS
🌾 For Farmers:
- Increased crop productivity
- Reduced labour effort
- Lower operational costs
For Environment:
- Water conservation
- Reduced chemical usage
- Energy-efficient design
PROJECT MANAGEMENT
✔ Completed within planned timeline
✔ Total cost maintained ~₹10,000
✔ Structured testing (15+ iterations)
✔ Minimal delay (+1 day only)
📌 Demonstrates strong planning, execution & teamwork
TEAM BOTANOTRON
- Supan – Project Manager
- Kavish – Research & Design Lead
- Mahi – Developer & Programmer
💡 Strong collaboration ensured successful execution of the project.
MARKETING & VALUE PROPOSITION
Target Users:
- Small-scale farmers (1–3 acres)
- Rural agricultural communities
Pricing Advantage:
- Agropilot: ₹8,000
- Existing systems: ₹3–10 lakhs
Unique Selling Points (USP):
- Affordable
- Multi-functional
- Easy to use
- Low maintenance
👉 “High impact at low cost”
FUTURE ENHANCEMENTS
The system is designed for scalability. Future upgrades include:
☀️ Solar Panel Integration
- Full energy independence
- Suitable for remote rural areas
🧠 AI & IoT Integration
- Mobile app monitoring
- Smart decision-making
🎯 Advanced Spraying Mechanism
- More precise chemical targeting
📡 GPS Tracking System
- Automated field navigation
⚙️ Rear Support Wheel (HOO – Behind Robot)
- Improved balance
- Better movement on uneven terrain
👉 These enhancements will make Agropilot a next-generation smart farming system
CONCLUSION
Agropilot is not just a project — it is a real-world solution that bridges the gap between traditional farming and modern technology.
It proves that:
👉 Innovation can be affordable
👉 Technology can be practical
👉 Students can create impactful solutions
🚜 AGROPILOT
Smart Agricultural Rover
Precision Farming Made Affordable
🌱 Smart Irrigation | 📡 Monitoring | ☀️ Solar Support
About the Product
Agropilot is a low-cost agricultural robot designed for small farmers. It automates irrigation, spraying, and monitoring.
Problem
Our Solution
✔ Autonomous movement
✔ Sensor-based decisions
Key Features
System Architecture
Sensor → Arduino → Motors/Pumps → Actions
Performance
✔ 98% obstacle accuracy
✔ ±5% water accuracy
✔ 2 sec response
Impact
🌾 Higher productivity
💧 Water saving
🌍 Eco-friendly
Team Botanotron
Supan – Manager
Kavish – Design
Mahi – Developer
Value Proposition
Affordable | Easy | Low maintenance
Future Enhancements
☀️ Solar panels
🧠 AI & IoT
📡 GPS tracking
Conclusion
Innovation can be affordable. Students can build real-world solutions.
