Drone Irrigation System for Smart, Precise & Efficient Agriculture
| Item | Specification |
|---|---|
| Product Name | Agricultural Drone Irrigation System |
| Application | Precision irrigation, liquid fertilizer spraying |
| Control Mode | Remote control / Intelligent flight system |
| Operation Type | Fully automatic / Semi-automatic |
| Suitable Crops | Vegetables, fruits, grains, orchards, greenhouse crops |
Product Description
Product Description：
Drone irrigation is an advanced agricultural technology that uses unmanned aerial vehicles (UAVs) to deliver water, liquid fertilizers and crop protection inputs with high precision. Compared with traditional irrigation methods, drone irrigation systems significantly reduce water consumption, labor costs and operating time, making them an ideal solution for modern and sustainable agriculture.
Equipped with intelligent flight control, GPS positioning and precision spraying systems, drone irrigation solutions enable targeted irrigation in large-scale farmland, orchards, greenhouses and complex terrain areas. Water and nutrients are applied evenly and accurately, improving crop growth uniformity, yield quality and overall farm productivity.
🌱 Key Advantages of Drone Irrigation
Precision water and nutrient application with minimal waste
High efficiency for large fields and hard-to-reach areas
Reduced labor dependency and operating costs
Suitable for open fields, orchards and greenhouse farming
Supports smart agriculture and sustainable water management
🚜 Wide Application Scenarios
Drone irrigation systems are widely used in:
Large-scale crop farming
Orchards and plantations
Greenhouse agriculture
Hills, slopes and uneven terrain
Drought-prone and water-sensitive regions
By integrating drone irrigation technology into farming operations, growers can achieve higher efficiency, better crop performance and environmentally friendly production with lower resource input.
✅ Drone Irrigation System – Specification Sheet
1. General Information
Item Specification Product Name Agricultural Drone Irrigation System Application Precision irrigation, liquid fertilizer spraying Control Mode Remote control / Intelligent flight system Operation Type Fully automatic / Semi-automatic Suitable Crops Vegetables, fruits, grains, orchards, greenhouse crops 2. Drone Performance
Item Specification Max Takeoff Weight 25–40 kg (optional) Payload Capacity 10–20 L Flight Time 10–20 minutes (loaded) Max Flight Speed ≤ 10 m/s Operating Altitude 1–6 m above crops Spray Width 3–6 m (adjustable) Coverage Efficiency 5–8 hectares/hour 3. Irrigation & Spraying System
Item Specification Spray Type Precision atomization spraying Nozzle Type High-pressure centrifugal / Adjustable nozzles Droplet Size 50–300 μm (adjustable) Flow Rate 1–4 L/min Application Method Uniform & targeted irrigation Liquid Type Water, nutrient solution, liquid fertilizer 4. Navigation & Control
Item Specification Positioning System GPS / GNSS (optional RTK) Flight Planning Intelligent route planning Terrain Following Supported Obstacle Avoidance Optional (front / downward sensors) Return Function Low battery / Signal loss auto return 5. Power System
Item Specification Battery Type Lithium polymer battery Battery Capacity 12,000–20,000 mAh Charging Time 30–60 minutes Working Temperature -5℃ to 45℃ 6. Structural & Environmental
Item Specification Frame Material Aviation-grade aluminum + carbon fiber Waterproof Level IPX5–IPX6 Wind Resistance ≤ Level 4–5 Folding Design Yes (easy transport & storage) 7. Key Advantages
Precision irrigation with minimal water waste
High efficiency for large-scale farming
Reduced labor cost and operation time
Suitable for complex terrain and greenhouses
Supports smart and sustainable agriculture
8. Optional Configurations
RTK high-precision positioning system
Obstacle avoidance sensors
Multiple nozzle upgrade
Extra batteries & fast charger
Customized payload capacity
9. Application Scenarios
Large farmland • Orchards • Greenhouses • Hills & slopes • Water-scarce regions
Details:
FAQ – Hydroponic & Agriculture Solutions：
1. Who are we?
We are located in Guangdong, China, established in 2017, serving both domestic and international markets:
Domestic market: 30%
North America: 20%
South America: 20%
Southeast Asia: 10%
Middle East: 10%
Eastern Europe: 3%
Western Europe: 3%
Northern Europe: 3%
Southern Europe: 0%
2. Are you a factory or trading company?
We are the source manufacturer with our own factory and can provide complete hydroponic and agriculture solutions.
3. How can we guarantee the quality?
Always provide a pre-production sample before mass production.
Always carry out final inspection before shipment.
4. What can you buy from us?
Hydroponic Systems:
Vertical Tower System
NFT Hydroponic System
Substrate Gutter System
Microgreen Rack System
EBB&Flow Table System
Dutch Buckets Hydroponic
Agriculture Equipment & Irrigation Systems
Hydroponic Solutions:
Greenhouse Project
Indoor Vertical Farming Project
5. What services can we provide?
Delivery Terms: FOB, CFR, CIF, EXW, FAS, CIP, FCA, DEQ, DDP, DDU, Express Delivery, DAF
Payment Currencies: USD, EUR, CAD, RMB
Payment Methods: Wire Transfer, Letter of Credit, Credit Card, Western Union, Cash, Escrow
Languages Supported: English, Chinese, French, Russian
6. What is a drone irrigation system?
A drone irrigation system uses unmanned aerial vehicles (UAVs) to deliver water, liquid fertilizers or nutrients precisely to crops. It improves irrigation efficiency while reducing water waste and labor costs.
7. How does drone irrigation work?
Drone irrigation works through GPS positioning, intelligent flight control and precision spraying systems. The drone follows preset routes and applies water or nutrients evenly and accurately to targeted crop areas.
8. What are the main advantages of drone irrigation?
Precise irrigation with minimal water waste
High efficiency for large-scale farming
Reduced labor and operating costs
Suitable for complex terrain and hard-to-reach areas
Supports smart and sustainable agriculture
9. Is drone irrigation suitable for greenhouse farming?
Yes. Drone irrigation can be applied in greenhouses for targeted watering and nutrient spraying, especially in large or high-ceiling greenhouse structures.
10. What crops can use drone irrigation?
Drone irrigation is suitable for:
Field crops (corn, wheat, rice, vegetables)
Orchards and fruit trees
Greenhouse vegetables
Plantations and specialty crops
11. Does drone irrigation save water?
Yes. Compared with traditional irrigation methods, drone irrigation significantly reduces water consumption by delivering water only where it is needed, helping improve water-use efficiency.
12. Is drone irrigation environmentally friendly?
Drone irrigation supports sustainable agriculture by minimizing water waste, reducing chemical runoff and lowering carbon emissions related to traditional irrigation equipment and labor.
13. Can drone irrigation be integrated with other farming systems?
Absolutely. Drone irrigation systems can be integrated with:
Precision agriculture systems
Smart greenhouse systems
Hydroponic and soilless cultivation projects
Farm management and monitoring platforms
14. Is drone irrigation difficult to operate?
Modern drone irrigation systems are user-friendly, featuring automated flight planning and intelligent control software. Basic training is sufficient for operation.
15. Why choose drone irrigation for modern agriculture?
Drone irrigation offers a smart, efficient and cost-effective solution for modern farming, helping growers improve productivity, reduce resource input and achieve sustainable agricultural development.
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