Keywords
Agricultural Drones, Unmanned Aerial Vehicles (UAVs), Drone Sensors (Multispectral, Thermal, LiDAR), Precision Agriculture, Crop Monitoring, Pest and Disease Detection, Irrigation Management, Flight Planning, Drone Maintenance, Drone Safety Protocols, Remote Sensing in Agriculture,Aerial Imaging, Smart Farming, Farm Data Collection, Flight Control Systems, GIS and Mapping, Agricultural Robotics, Soil Moisture Assessment, Drone Regulations, Technology Adoption in AgricultureOperation and Maintenance of Drones Used for Agricultural Applications
authored by: Tejas Ashok BhosaleLength: 152 mm | Breadth: 12.69 mm | Height: 229 mm | Imprint: CONTENT VIBES | Weight: 475 GMS
Operation and Maintenance of Drones Used for Agricultural Applications is a timely and essential guide that explores the transformative role of drone technology (UAVs) in modern agricultural systems. Designed for farmers, agronomists, agricultural engineers, and drone operators, this book presents a practical yet comprehensive introduction to drone usage in farming—from fundamental design components to field-based applications.
Structured across 13 detailed chapters, the book begins with the basics of drone technology, including flight mechanics, motors, propellers, and onboard systems. It then introduces readers to advanced sensors such as multispectral, thermal, and LiDAR, explaining their role in precision tasks like crop health assessment, pest detection, irrigation scheduling, and soil moisture monitoring.
The book emphasizes flight planning, safe drone operation, and routine maintenance, enabling users to get the most out of their UAVs. It also addresses drone regulations and airspace guidelines, helping users navigate the legal aspects of drone usage in agriculture.
More than just a technical manual, this book serves as a field-ready reference that bridges cutting-edge technology with sustainable agricultural practices. With a focus on improving productivity, efficiency, and environmental stewardship, it equips readers with the tools needed to thrive in the era of digital and smart farming.
1. Drone Technology
2. Understanding the Components of a Drone
3. Various Sensors Used in Agricultural
4. Applications of Different Sensors in Agriculture
5. Principles of Flight Planning for Agricultural Drone
6. Techniques for Data Acquisition During Drone
7. Applications of Drones in Crop Monitoring
8. Using Drones for Early Pest and Disease Detection
9. Role of Drones in Assessing Soil Moisture
10. Routine Maintenance Procedures for Agricultural
11. Safety Protocols for Drone Operations in Agricultural Settings
12. Successful Drone Applications in
13. Widespread Adoption of Drone Technology in Agriculture