UAVs inAgriculture practices and uses .pptx

Using of drone unmanned areaial vehicle in agricultural use

1. Unmanned Aerial Vehicles (UAVs) in Agriculture A Presentation on UAVs and Their Role in Modern Farming

2. Introduction to UAVs UAVs (drones) are transforming modern agriculture. They enhance productivity, efficiency, and sustainability. AI, remote sensing, and data analytics improve precision farming. Traditional farming methods are labor-intensive and resource-consuming.

3. Advantages of UAVs in Agriculture Real-time aerial imagery and field analysis. Early detection of diseases, pests, and nutrient deficiencies. Precision application of fertilizers, pesticides, and water. Efficient land surveying and farm planning.

4. Working of UAVs in Agriculture 1. Pre-Flight Planning and Setup. 2. Takeoff and Autonomous Flight. 3. Data Collection through Sensors and Cameras. 4. Real-Time Processing and Communication. 5. Task Execution (Spraying, Seeding, or Monitoring). 6. Landing and Post-Processing.

5. Key Components of UAVs Flight Controller and Sensors. BLDC Motor Arm and BLDC Motor. Fluid Hose Pipe and Flat Fan Nozzle. Pesticide Tank and Landing Gear. Foldable Propeller and LiPo Battery.

6. Robotics in Future Agriculture Automation reduces labor dependency. AI-driven robots perform tasks like planting, weeding, and harvesting. Robots improve precision, efficiency, and sustainability. IoT integration enhances real-time monitoring.

7. Applications of Robotics in Agriculture Autonomous Tractors and Machinery. Robotic Harvesting. Weeding and Pest Control Robots. Soil and Crop Analysis. Automated Greenhouse Management. Livestock Management.

8. Conclusion UAVs and robotics are revolutionizing agriculture. They optimize resource use and improve efficiency. Challenges exist but technology is evolving. The future of smart farming is promising.