An agricultural pesticide spraying drone is an unmanned aerial vehicle designed specifically for applying crop protection chemicals. The drone operates based on an automatic control system and GPS or RTK sensors to accurately locate positions and control the spray volume evenly across each cultivation area.
The drone’s mechanism relies on a high-pressure pump, propellers, and ultra-fine nozzles, helping pesticide droplets adhere evenly to the plant surface without waste. This technology not only reduces direct exposure to harmful chemicals but also improves the efficiency of pesticide use.
In the trend of smart agriculture 4.0, drones play a central role in automating crop care processes. The use of pesticide spraying drones helps farmers save time, labor, and crop protection chemicals while improving precision in every cultivated area.
The integration of drones with AI-based crop image analysis, GIS data, and humidity sensors has made spraying operations many times more accurate than manual methods.
Compared to traditional manual spraying, agricultural spraying drones deliver superior results:
This technology is gradually becoming the new standard for sustainable agricultural production in Vietnam.
Tank capacity determines the spraying efficiency per flight. For rice fields or large farms, it is advisable to choose drones with a 20–40 liter tank to optimize flight frequency. The spray radius also directly affects operation time and pesticide consumption.
An effective agricultural pesticide spraying drone should be equipped with balance sensors, obstacle-avoidance radar, and automatic mapping capability. Highly stable drones can operate efficiently even in windy or uneven terrain conditions.
RTK (Real-Time Kinematic) technology allows drones to fly along preset routes with a margin of error of only a few centimeters, ensuring precise pesticide distribution. Terrain sensors help drones automatically adjust altitude, avoid collisions with crops, and enhance safety.
High-capacity batteries (12,000–20,000 mAh) enable continuous flights of 15–25 minutes. A quality drone should maintain spraying efficiency of 10–20 hectares per day, helping reduce fuel costs and improve investment returns.
|
Criteria |
DJI Agras |
XAG |
|---|---|---|
|
Spraying efficiency |
10–15 ha/day |
8–12 ha/day |
|
Durability |
High, corrosion-resistant alloy frame |
Good, lightweight composite body |
|
Navigation system |
Dual RTK + AI crop recognition |
GPS + ultrasonic sensors |
|
After-sales service |
Global, available spare parts |
More limited in Vietnam |
Both brands are strong, but DJI is more suitable for large farms requiring long-term stability and technical support.
RTK drones offer extremely precise positioning and stable operation even in weak satellite signal areas. Meanwhile, GPS drones are cheaper and better suited for small farms. For agricultural pesticide spraying drones, RTK models are becoming mainstream thanks to high accuracy and detailed spray mapping capabilities.
Domestic drones are cheaper and easier to repair, but often have lower durability and less advanced sensors. Imported drones (such as DJI or XAG) stand out for stability, intelligent software, and long battery life, making them ideal for long-term investment.
This model features a 40-liter tank, omnidirectional radar, RTK sensors, and an FPV camera, ensuring accurate spraying even on slopes. Its average performance reaches 15–20 ha/day, ideal for cooperatives and large-scale farms.
A compact version with a 20-liter tank, easy to operate and maintain. This agricultural pesticide spraying drone delivers precise spraying at close range, suitable for small and medium-scale family farms.
The T70P integrates AI crop recognition sensors, high-pressure spraying, and automatic pesticide flow adjustment based on crop density. It is one of DJI’s most advanced models to date, designed for precision agriculture.
Vietnamese brands such as AGriDrone and VietAgri have improved local models, cutting investment costs by 30–40%, offering easier maintenance, and adapting well to tropical climates.
Thanks to precise spraying, drones can reduce 20–25% of pesticide use and save up to 90% of manual labor, significantly cutting production costs for farmers.
Uniform and timely spraying keeps crops healthier and less prone to pests, increasing yields by 10–15%. Agricultural pesticide spraying drones also help ensure food safety through controlled chemical application.
A quality drone can pay for itself within one or two harvest seasons. Beyond cost savings, farmers can also offer drone spraying services, expanding into profitable business models.
Always choose products with CE or ISO certifications to ensure flight safety and component durability.
Prioritize authorized distributors with readily available spare parts and technical support teams. This helps minimize risks when drones malfunction in the field.
After each spraying session, inspect the nozzles, batteries, propellers, and sensors. Regular maintenance ensures drone stability and prevents malfunctions during real-world spraying operations.
Agricultural pesticide spraying drones are becoming an essential trend in modern farming, delivering outstanding efficiency in both productivity and cost.
Farmers should select drones based on farm size, budget, and reputable brands to ensure sustainable investment. In the future, the integration of AI, IoT, and drones will usher in a new era for Vietnamese agriculture-smarter, safer, and more efficient than ever.
Choosing the right agricultural spraying drone optimizes costs, boosts yields, and enhances operator safety. Models such as DJI T25P, T50, and T70P have proven exceptional in practice. Now is the ideal time for farmers to invest in intelligent aerial spraying technology.
Yes. Some agricultural drone models feature positioning sensors and pressure nozzles that allow precise spraying for tall crops like mango, orange, and coffee trees without pesticide loss.
For small areas, GPS drones are more cost-effective and easier to operate. However, if you require high precision and have complex terrain, RTK drones are the better choice.
High-quality drones can last 3–5 years with proper maintenance. Components such as batteries, nozzles, and sensors should be checked and replaced regularly to ensure consistent performance.
Yes. Many modern drone models are equipped with AI and smart spray mapping, enabling automatic detection of missed zones and autonomous return for respraying without manual control.
According to current regulations, agricultural pesticide spraying drones with large tank capacities or operating near residential areas must be registered with aviation authorities. Users should follow the rules to ensure safe and legal operations.
