Compatible Brand: | Others | Private Mold: | NO |
---|---|---|---|
Material: | Carbon Fiber | Operation Power: | 44.4V(12S) |
Weight: | 12.3KG (Without Battery) | Loading: | 32KG |
Flight Speed: | 3-10 Meter/s | Flight Control Systems: | JIYIK++ |
Dynamic System: | Hobbywing Motor X8 | Spraying System: | Anti-drift Nozzle |
Size(mm) | Folded: 550*550*560mm Spreaded(without propeller):1040*1040*560mm |
Operation Power | 44.4V(12S) |
Weight | 12.3KG (Without Battery) |
Loading | 10KG |
Flight Speed | 3-10 Meter/s |
Flight Control Systems | JIYIK++ |
Dynamic System | hobbywing motor X8 |
Spraying System | Anti-drift nozzle |
Water Pump Pressure | 1mPa |
Flow rate | Max.4L/Min |
Flight Time | Empty Tank: 20~22Min Full Tank: 8~10Min |
Efficiency | 1-2 Acres/Flight |
Battery | 6S 16000mAh*2 |
Spray Width | 3-5Meter |
MaxTakeoff Weight | 32KG |
When large areas of crops are affected by natural disasters or other damages, agricultural plant protection drones can quickly
conduct aerial photography of the affected areas, collect data, and assess losses. This provides objective and accurate evidence
for agricultural insurance claim settlement, improving the efficiency and fairness of agricultural insurance work.
In addition, the application of agricultural plant protection drones has given rise to new job positions such as drone operators.
With the iterative update of technology, its application scenarios are expected to be further expanded in the future, injecting
more new momentum into the new productive forces in the agricultural sector.
When large areas of crops are affected by natural disasters or other damages, agricultural plant protection drones can quickly
conduct aerial photography of the affected areas, collect data, and assess losses. This provides objective and accurate evidence
for agricultural insurance claim settlement, improving the efficiency and fairness of agricultural insurance work.
In addition, the application of agricultural plant protection drones has given rise to new job positions such as drone operators.
With the iterative update of technology, its application scenarios are expected to be further expanded in the future, injecting
more new momentum into the new productive forces in the agricultural sector.
Pesticide and water savings: When spraying pesticides, the downward airflow generated by the rotor blades helps increase the
penetration of pesticides into crops. This can save 30% - 50% of pesticides and 90% of water consumption. It not only reduces
production costs but also lessens the impact of pesticide pollution on soil and the environment.