Customization: | Available |
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Application: | Fertilizing, Seeding, Spraying |
Control Mode: | Point to Point Control |
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52L Agricola Large Payload GPS Long Range Herbicide Agriculture UAV Crop Sprayer Fertilizer Seed Heavy Lift Fumigadores Agricultural Drone PARA Fumigar
Airframe | Product Material | Aviation carbon fiber + aviation aluminum |
Airframe Dimensions | 3050mm* 3050mm* 910mm (unfolded) | |
Transport Dimensions | 800mm* 860mm* 1925mm (folded) | |
Total Weight | 44kg (Excluding Battery) | |
Maximum Takeoff Weight | 113kg | |
Flight Parameters | Maximum Flight Altitude | 4000m |
Max Flying Speed | 15m/s | |
Operating Altitude | ≤20m | |
Spray | Spray Tank Volume | 52L |
Spray Rate | 16L/min | |
Spray Efficiency | 23ha/h | |
Spray Width | 6-16m | |
Droplet Size | 30-400μm | |
Battery | Model | 14S Lithium-polymer battery |
Capacity | 28000mAh * 2 | |
Voltage | 60.9V/40A/2400W | |
Battery Weight | 8.6kg | |
Charger | Charging Input | 110V-240V 1200W*2 |
Rated Power | 3000W |
Enhanced Safety for Farmers
Agricultural drones minimize direct exposure to harmful chemicals by automating the spraying of pesticides, herbicides, and fertilizers.
Superior Efficiency
With the ability to spray 23 hectares per hour, these drones significantly outperform traditional knapsack sprayers in both speed and coverage.
Eco-Friendly Operation
GPS-guided precision reduces chemical waste and minimizes water and soil pollution, promoting a more sustainable farming practice.
Minimized Chemical Waste
High atomization ensures even and thorough spraying, reaching every part of the crop and reducing chemical waste.
Significant Water Conservation
Ultra-low volume spraying technology dramatically cuts water usage compared to traditional methods.
Cost-Effective Solution
Drones reduce operational costs by lowering labor expenses, with the potential to replace multiple workers, leading to substantial savings over time.
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.
In the cultivation of common crops like wheat, corn, and soybeans, agricultural drones revolutionize the way pesticides are applied. These drones release just the right amount of chemicals along crop rows, ensuring that no drop goes to waste. Instead of covering vast areas with excessive pesticides, they focus on the plants that truly need treatment. For example, in a sprawling wheat field, drones can precisely target the areas where pests are likely to gather, minimizing unnecessary usage of costly pesticides. This intelligent approach not only conserves resources but also significantly cuts down on procurement costs, making the overall investment in crop protection more financially viable.
Precision spraying by agricultural drones plays a pivotal role in promoting crop health and boosting yields. In extensive rice paddies or large - scale cotton plantations, drones ensure an even distribution of pesticides across every plant. By providing consistent protection, they prevent uneven pest infestations that could otherwise stunt growth or reduce yields. As a result, crops grow stronger and produce more bountiful harvests. When these high - quality crops enter the market, farmers enjoy increased revenue, which is a significant step towards achieving a high - efficiency return on their investment in drones.
The combination of cost savings from reduced pesticide consumption and revenue growth from improved yields accelerates the payback process for agricultural drones. Whether it's the cultivation of staple crops like barley or commercial crops such as sugarcane, farmers can expect to recoup their initial investment in a relatively short time. With drones, the savings accumulate season after season, and the additional income from better harvests quickly offsets the initial expenditure. Once the investment is recovered, the subsequent earnings become pure profit, clearly demonstrating that agricultural drones are not just a technological upgrade but a smart financial decision for farmers aiming for high - efficiency returns.
Spray | |
Spray Tank Volume | 52 L |
Pump | 2 |
Max. System Flow Rate | 16 L/ min |
Nozzles | |
Nozzle Type | High-pressure Nozzles |
Quantity | 16 |
Spray Width | 6~16 m |
Atomizing Size | 30~400 μm |
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° |
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 |
Optional Spreading System | |
Max.Capacity | 60kg |
Applicable Granule Size | 1-10 mm |
Spread width | 4-10 m |
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