English
| Quantity: | |
|---|---|
Product Introduction
Technical Parameters
The Agricultural Crop Protection Drone features a four-axis structural layout that ensures stable flight performance, paired with GPS/Beidou dual positioning for reliable navigation and positioning accuracy. Equipped with a large-capacity pesticide container, a high-performance T15 motor, and a set of centrifugal nozzles, the drone integrates an intelligent spraying system with a responsive liquid pump to deliver uniform mist droplets. Its smart battery is designed for efficient charging and long-lasting power supply, while the matching charger supports safe and rapid energy replenishment. The drone also includes advanced obstacle avoidance radar and ground simulating radar, along with an intelligent flight control system that enables flexible adjustment of flight altitude, speed, and spray flow for precise operations.
| ·AIRCRAFT PABAMETERS | |
| Structural layout | Four-axis layout |
| Maximum wheelbase | 1920mm |
| Overall dimensions | 1920mmx1500mmx710mm |
| Pesticide container capacity | 50L |
| No-load mass(exclude battery) | 26.9KG |
| No-load mass(including battery)19.95KG | 41.6KG |
| YG50 FLIGHT PARAMETERS | |
| Hovering accuracy | Radar: ±0.1m |
| Spraying full-load endurance time | 7.5min |
| No-load endurance time | 20min |
| Ranging accuracy of ground simulating radar | 0.1m |
| Fixed height range | 1-30m |
| Obstacle avoidance perception range | 1-15m |
| Maximum pitch angle of obstacle avoidance radar | 15° |
| Motor type | T15 |
| YG50 SPRAYING SYSTEM | |
| Type of spraying nozzle | centrifugal nozzle |
| Number of spraying nozzle | 4 |
| Flow of liquid pump | 8L/min |
| Operation spraying width | Optimal 10m,maximum 12m |
| YG50 CHARGER | |
| Output power of charger | 220V Single-phase input;8000w |
| YG50 SMART BATTERY | |
| Battery weight | 14.8kg |
| Power battery | 30000mAh |
| Battery charging time | Lithium battery 20%-95%about 12min |
include：
1.Control
2.Charger
3.30000mAh Battery
4.Spraying 50L
5.Carton Packing
Product Uses
The YG50 UAV Drone is widely used in:
Orchard spraying (apple, cherry, citrus)
Large farmland crop protection
Grain and cereal spraying (rice, wheat, corn)
Fertilizer and pesticide application
Pest & disease control operations
Compared with traditional manual spraying, the YG50 offers:
10× higher efficiency
Lower labor cost
More precise chemical usage
Safer operation (no human exposure to chemicals)
Ability to operate in complex terrain and hard-to-reach areas
Product Operate Guide
Begin by conducting a thorough inspection of the Agricultural UAV’s body, blades, motor, nozzles, medicine box, and battery to ensure no loose parts or damage. Charge the smart battery fully and prepare backup batteries for continuous operation. Mix pesticides or fertilizers according to crop and pest requirements, ensuring the mixture is free of sediment to prevent nozzle blockage. Choose suitable weather conditions with mild wind and no heavy rain, and clear the work area of high-voltage lines, people, and livestock.
After powering on the drone, complete GPS/Beidou positioning and attitude calibration to ensure stable navigation. Use the control system to select either automatic route planning, AB point flight, or manual remote control based on operational needs. Maintain a takeoff altitude slightly above the crop canopy and adjust the spraying speed to match crop density and pesticide type. Monitor the spray status in real time to ensure even droplet coverage and adjust parameters as needed for optimal results.
Maintain a consistent low altitude and speed throughout the operation to avoid missed or repeated spraying. Pay attention to the drone’s low-medication and low-battery alerts, returning promptly to refill or replace the battery to prevent forced landings. Stay vigilant of obstacles such as orchards, forest belts, and power lines, leveraging the drone’s obstacle avoidance feature while planning routes in advance to ensure safety.
Clean the medicine box and nozzles thoroughly after use to prevent residual chemicals from corroding components or causing blockages. Inspect the propeller blades, motor, and sensors for any signs of wear or damage, addressing issues promptly. Store the smart battery at a moderate charge level to extend its lifespan and keep the entire drone in a dry, ventilated area away from moisture and direct sunlight.
Product Video
