Audited Supplier
- OEM & ODM Service -
| Product material | Aviation carbon fiber + aviation aluminum | Hovering time | 5~10 minutes (full payload) |
| Expand size | 3075 mm*3050m*860mm | 18~20 minutes (No payload) | |
| Folded size | 1100mm*850mm*860mm | Water pump | large flow impeller pump |
| Weight | 36kg (without battery) | Nozzle | water cooling precision centrifugal nozzle |
| 49.5kg (with battery) | Flow rate | 20 L/min | |
| Maximum takeoff weight | 106kg (near sea level) | Spraying efficiency | 20 ha/hours |
| Spraying tank capacity | 55L | Spray width | 8-12m (about 1.5-3m from crop height) |
| Maximum flight altitude | 30m | Battery | 18s 30000mAh (1000Cycle) |
| Maximum wind resistance | 8 m/s | Charger | High-voltage smart charger |
| Maximum flight speed | 13m/s | Charging time | 10~20min (30%-99%) |
√ Enhanced precision: Drones with advanced sensors and GPS technology can precisely target specific areas of a field, ensuring accurate and efficient application of pesticides or fertilizers. This reduces the risk of over-spraying areas, leading to improved crop health and increased yields.
√ Time and cost savings: Drones can quickly cover large farmland areas reducing the time and labor required for manual spraying. This significantly decreases operational costs for farmers as they no longer need to invest in expensive machinery or hire additional workers.
√ Safety: Crop spraying eliminates direct exposure to potentially harmful chemicals for farmers, reducing the risk of health hazards associated with traditional methods and promoting a safer working environment.
