Introduction

With the rapid development of precision agriculture around the world, agricultural drones have become an important tool for modern agriculture, improving traditional farming methods, and meeting agricultural needs such as higher-precision monitoring of crop health, soil assessment, precise spraying of pesticides, and transportation of loads. Make modern agriculture more efficient, more environmentally friendly, and more scientific; this article summarizes the main applications of agricultural drones and key considerations for the industry.

Application Scenarios of Agricultural UAV

1. Crop monitoring and farmland analysis

multispectral sensors generate NDVI (Normalized Vegetation Index) maps to assess crop health.

Early pest detection can reduce yield losses by up to 30%.

2. Precise spraying

variable rate spraying technology (VRT) can accurately apply pesticides and fertilizers, reducing the use of chemicals by 50%-70%.

#, for example: the company''s agricultural UAV centrifugal spray system can achieve 98% of the fog droplet uniformity.

3. Sowing and replanting

some drones (such as DroneSeed) can complete more than 50 acres of afforestation and sowing operations every day.

4. Irrigation management

thermal imaging cameras identify areas of over-or under-irrigation to optimize water use.

5. Estimated production

AI-based analytics can predict yield with more than 90% accuracy before harvest.

Key considerations

1. Compliance with local regulations

#, exporters need to confirm the following:

* Flight altitude restrictions (e. g. EU 120 m, Brazil 150 m).

* No-fly zones (e. g. near airports or military installations).

* Data privacy regulations (specifically the EU''s GDPR).

2. After-sales service support

#. Provide multi-language instructions and localized training programs.

#. Cooperate with regional maintenance center to ensure equipment maintenance.

3. Battery and Logistics

#. Lithium batteries must meet UN38.3 certification to be transported by air.

#. Provide waterproof and dust-proof boxes for humid climates such as Southeast Asia.

4. Customization to meet regional needs

#. The dust filter shall be provided in the Middle East.

#. Coastal areas need to adopt anti-corrosion coating.

5. Assessment of carrying capacity

the carrying capacity determines the equipment or sensors it can carry.

#. If you plan to use it for spraying pesticides, fertilizers, transportation, etc., please choose a model with a higher payload capacity. For imaging and monitoring tasks, choose a drone that is compatible with multispectral or thermal imaging cameras.

6. Evaluate flight time and range

flight time is important for effective coverage, transportation, etc., and flight time is usually 20 to 60 minutes.

#, avoid frequent charging or return to base

7. Focus on camera quality and sensors

multi-spectral cameras: capture different wavelengths of light to assess plant health.

High-resolution cameras: provide detailed images to help spot problems early.

Thermal imaging sensors: detect temperature changes in crops and soil, providing valuable data reports.

The Future of Agricultural Drones