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Enhanced Safety for Farmers
Agricultural drones minimize direct exposure to harmful chemicals by automating the spraying of pesticides, herbicides, and fertilizers.
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Superior Efficiency
With the ability to spray 30 hectares per hour, these drones significantly outperform traditional knapsack sprayers in both speed and coverage.
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Eco-Friendly Operation
GPS-guided precision reduces chemical waste and minimizes water and soil pollution, promoting a more sustainable farming practice.
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Minimized Chemical Waste
High atomization ensures even and thorough spraying, reaching every part of the crop and reducing chemical waste.
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Significant Water Conservation
Ultra-low volume spraying technology dramatically cuts water usage compared to traditional methods.
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Cost-Effective Solution
Drones reduce operational costs by lowering labor expenses, with the potential to replace multiple workers, leading to substantial savings over time.
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User-Friendly and Low Maintenance
Built to last, drones are easy to operate, with affordable maintenance and easily replaceable components, ensuring a long service life.
Application Scenarios
Crop Spraying: Designed for large-scale farmlands, the drone efficiently applies pesticides and fertilizers across vast areas, ensuring uniform coverage and reducing manual labor.
Orchard Spraying: Equipped with advanced navigation, it maneuvers through dense orchards to target tree canopies precisely, optimizing chemical usage and crop health.
Pest Control: Capable of night operations, it uses specialized nozzles to deliver fine insecticide mist, combating pests efficiently while minimizing environmental impact.

How Advantageous Are Large - Capacity Agricultural Drones in Precise Pesticide Spraying?
Unraveling the Superiorities of Large - Capacity Agricultural Drones in Precise Pesticide Application
Consistent Spraying: No More Uneven Coverage
In traditional agricultural spraying, achieving uniform pesticide distribution is a challenge. In a large - scale rice paddy, manual spraying or small - capacity equipment often results in some areas getting too much pesticide while others receive too little. This not only wastes resources but also affects the overall growth of the crops. Large - capacity agricultural drones, equipped with advanced spraying nozzles and control systems, can ensure a consistent spray pattern. For instance, in a 300 - acre rice field, the drone can evenly distribute pesticides across the entire area, providing each plant with the right amount of protection. This uniform application promotes balanced crop growth and maximizes the effectiveness of pest control.
Protecting Crops from Over - spraying Harm
Over - spraying pesticides can be detrimental to crops. In a large - scale fruit orchard, excessive pesticide application may lead to chemical residues on the fruits, reducing their quality and market value. Moreover, it can also harm the beneficial insects and microorganisms in the ecosystem. Large - capacity drones, with their precise spraying capabilities, can accurately control the amount of pesticides released. In a 200 - acre apple orchard, the drone can precisely target the areas that need treatment, preventing over - spraying and protecting the crops from potential harm. This not only ensures high - quality fruit production but also helps maintain a healthy ecological balance in the orchard.
Cost - Saving Through Precise Spraying
Pesticides are a major cost in agriculture. Traditional spraying methods, due to inaccurate application, often lead to over - use of pesticides. In a large - scale cotton plantation, this over - use can significantly increase the cost of production. Large - capacity drones, by precisely applying the right amount of pesticides, can reduce the overall quantity of pesticides required. In a 400 - acre cotton field, the drone can cut down pesticide usage by up to 30% compared to traditional methods. This not only saves money on pesticide purchases but also reduces the environmental impact associated with excessive pesticide use.
In conclusion, large - capacity agricultural drones, with their ability to ensure consistent spraying, protect crops from over - spraying harm, and save costs through precise application, have distinct advantages in precise pesticide spraying. They are becoming an essential tool for modern farmers to achieve efficient and sustainable agricultural production.
Product Details

Spray |
Spray Tank Volume |
72 L |
Pump |
2 |
Max. System Flow Rate |
16 L/ min |
Equipped with a 72L high-capacity spray tank, our drone significantly reduces refill frequency, allowing extended operation across vast agricultural fields. This large tank size ensures that each flight covers more ground, optimizing productivity and minimizing downtime. Combined with a robust pump system and a max flow rate of 16 L/min, it guarantees consistent and efficient spraying for maximum crop yield.

Nozzles |
Nozzle Type |
High-pressure Nozzles |
Quantity |
16 |
Spray Width |
8~18 m |
Atomizing Size |
30~400 μm |
Featuring 16 high-pressure nozzles, this drone delivers precise and uniform spraying across a width of 8 to 18 meters. The adjustable atomizing size ranges from 30 to 400 μm, allowing flexibility for various crop types and conditions. Whether you're targeting fine misting or larger droplets, this system ensures efficient coverage, maximizing the effectiveness of every spray session.

Camera |
Camera Type |
HD FPV Camera |
Video Resolution |
1920*1080 px |
Night Navigation |
High Brightness Night Flight Lights |
Equipped with an HD FPV camera delivering clear 1920x1080 px video resolution, this drone ensures detailed real-time monitoring of your crops. Additionally, it is designed for optimal night navigation with high-brightness night flight lights, enabling precise operation even in low-light conditions.

Radar |
Obstacle Avoidance Radar |
Front and Rear |
Relative Height of Safe Obstacle Avoidance |
≥ 2 m |
Relative Speed of Sale Obstacle Avoidance |
≤ 8 m/s |
Terrain Following Radar |
1 |
Max. Gradient (at flight speed of ≤ 2 m/s) |
45° |
Equipped with front and rear obstacle avoidance radar, this drone ensures safe navigation with a minimum clearance of 2 meters and a relative speed of up to 8 m/s for obstacle avoidance. The terrain-following radar allows for precise operation on sloped fields with gradients up to 45° at speeds of ≤ 2 m/s, ensuring consistent spraying even on uneven terrains.

Remote Control |
Model |
H12 (Android OS) |
Remote Controller |
5.5-inch Screen, 1920×1080,1,000cd/m2 |
Max. Signal Range |
5 km |
Operating Frequency |
2,400~2,483 Ghz |
Dimensions |
190*152*94 mm |
Charging port |
TYPE-C |
Duration |
6~20 H |
The H12 remote controller comes with a 5.5-inch HD screen (1920×1080, 1,000 cd/m² brightness), offering clear visuals for seamless drone operation. It provides a maximum signal range of 5 km and operates on a 2.4 GHz frequency band. With a USB Type-C charging port and a battery life of 6 to 20 hours, this remote ensures extended operation in the field, enhancing control and efficiency