Agricultural Drones & Precision Farming, Explained

Zuvliq is an independent educational publication that explains agricultural drone technology, precision agriculture, mapping, costs and regulations. It is not a drone retailer or a manufacturer, and it does not sell agricultural drones or services.

Agricultural drones are commonly used for crop monitoring, spraying, field mapping, surveying, livestock observation and identifying irrigation-related issues. The specific application depends on the aircraft, sensors and payload used.

Agricultural drones typically combine flight systems, positioning technology such as GPS or RTK, and imaging sensors such as RGB, multispectral, thermal or LiDAR, along with software to process the resulting data.

Costs vary widely based on aircraft type, sensors, payload capacity and intended use. Service-based pricing, such as spraying or mapping, is often calculated per acre rather than as a flat cost.

Yes, in most countries agricultural drone operation is subject to aviation regulations covering operator licensing, aircraft registration and operational rules. Requirements vary by country and can change, so current rules should be verified with the relevant aviation authority.

NDVI, or Normalized Difference Vegetation Index, is a measurement derived from aerial imagery that is commonly used to assess plant health and identify variability across a field.