Ag Drone Tips & Guides

Common Nutrient Deficiency Issues Drones Can Detect

Common Nutrient Deficiency Issues Drones Can De...

Drones are transforming how farmers identify and address crop nutrient deficiencies. Using advanced sensors, they detect problems like nitrogen, phosphorus, and potassium shortages before symptoms are visible. This early detection...

Common Nutrient Deficiency Issues Drones Can De...

Drones are transforming how farmers identify and address crop nutrient deficiencies. Using advanced sensors, they detect problems like nitrogen, phosphorus, and potassium shortages before symptoms are visible. This early detection...

DJI Agras Smart Battery Features Explained

DJI Agras Smart Battery Features Explained

DJI Agras smart batteries are essential for efficient agricultural drone operations. They stand out with high capacity (up to 41,000 mAh), rapid charging (as fast as 9–12 minutes), and long...

DJI Agras Smart Battery Features Explained

DJI Agras smart batteries are essential for efficient agricultural drone operations. They stand out with high capacity (up to 41,000 mAh), rapid charging (as fast as 9–12 minutes), and long...

FAA Part 107 Certification: What Farmers Need to Know

FAA Part 107 Certification: What Farmers Need t...

The FAA Part 107 Remote Pilot Certificate is required for anyone using drones for commercial purposes, including farming. If you're flying drones for tasks like crop scouting, livestock monitoring, or...

FAA Part 107 Certification: What Farmers Need t...

The FAA Part 107 Remote Pilot Certificate is required for anyone using drones for commercial purposes, including farming. If you're flying drones for tasks like crop scouting, livestock monitoring, or...

FAA Part 137 Rules for Spray Drones

FAA Part 137 Rules for Spray Drones

Spray drones used for agriculture must follow FAA Part 137 rules to operate legally and safely. These regulations cover licensing, certifications, exemptions, and compliance requirements for applying chemicals like pesticides...

FAA Part 137 Rules for Spray Drones

Spray drones used for agriculture must follow FAA Part 137 rules to operate legally and safely. These regulations cover licensing, certifications, exemptions, and compliance requirements for applying chemicals like pesticides...

Complete Guide: AI, Lidar & Drone Mapping for 2025 Farms

Complete Guide: AI, Lidar & Drone Mapping for 2...

In the rapidly evolving world of agriculture, staying ahead means embracing tools that improve efficiency, sustainability, and profitability. For farmers and agricultural entrepreneurs eager to harness cutting-edge technology, 2025 marks...

Complete Guide: AI, Lidar & Drone Mapping for 2...

In the rapidly evolving world of agriculture, staying ahead means embracing tools that improve efficiency, sustainability, and profitability. For farmers and agricultural entrepreneurs eager to harness cutting-edge technology, 2025 marks...

Spray Volume vs. Flight Speed: Impact on Efficiency

Spray Volume vs. Flight Speed: Impact on Effici...

Balancing spray volume and flight speed is essential for effective drone-based agricultural spraying. Spray volume, measured in gallons per acre (GPA), impacts coverage and refill frequency, while flight speed, in...

Spray Volume vs. Flight Speed: Impact on Effici...

Balancing spray volume and flight speed is essential for effective drone-based agricultural spraying. Spray volume, measured in gallons per acre (GPA), impacts coverage and refill frequency, while flight speed, in...