Basic Info.
Model NO.
U25L-4
Power Supply
Electric
Technics
Assembly
Material
Aviation Carbon Fiber and Aviation Aluminum
Type
Sprayer Drone
Sprayer Type
Pump
Usage
Agriculture
Applicable Industry
Farms, Home Use, Epidemic Prevention
Feature
Anti-Fall
Production Material
Aviation Carbon Fiber and Aviation Aluminum
Production Folding Size
1220mm*1220mm*600mm
Max Pesticide Load
25kg
Aircraft Medicine Box Capacity
25L
Flight Radius
Less Than 5000m
Max Takeoff Weight
51kg
Aircraft Weight
16.6kg
Flight Attitude
Less Than 30m
Flight Duration
20-25minutes
Condition
New
Warranty Time
12 Months
Transport Package
Professional Package Box
Specification
1 CBM
Trademark
UNID
Origin
China
HS Code
8802200090
Production Capacity
10000 Unit
Product Description
4-axis brushless motor agriculture pesticide sprayer commercial drones
- OEM & ODM Service -
| Model | U25L-4 |
| Product material | Aviation carbon fiber + aviation aluminum |
| Product Extended size | 1990mm*1990mm*600mm |
| Product folding size | 1220mm*1220mm*600mm |
| Packaging size | |
| Maximum takeoff weight | 51KG |
| Aircraft weight | 16.6KG |
| Aircraft medicine box capacity | 25L |
| Flight altitude | ≤30 meters |
| Fly time(unloaded) | 20~25 minutes |
| Fly time(loaded) | 10~13 minutes when fully loaded |
| Flight speed | 1-10 m / sec |
| Structrue life span | ≥10 years |
| Spray width | 4-8 meters |
| Hovering in the air | Hovering in any direction |
| Spray flow | 3-8L/min double pump adjustable |
| Spray system | Imported high pressure anti-floating atomizing nozzle |
| Atomization point size | 60~90μm |
| Fly control | Industrial Version GPS and Controller |
| Spray efficiency | ≥8 hectares/hour |
| Motor speed | 5000 rpm |
| Safe takeoff and landing wind speed | ≤5 |
| Power system | 56V power polymer computer battery |
| Charger | AC Input100-240V |
| Lithium-polymer battery | 20000mAh*1 |
Function
1. Automatic line-feeding spray (recyclable spraying);
2. Automatic flight spraying at point AB (plant protection aircraft can fly autonomously and record automatically after spraying);
3. Fully autonomous spraying of plots (the area and terrain of the selected plots of the ground station are determined, and the aircraft can be autonomously sprayed);
4. One-click record of medicine break point (automatically record the main point after pesticide spraying in the spraying process and return to take-off point to change medicine);
5. One-click return to the medicine break point (after spraying pesticides, the main points are automatically recorded after spraying, and then return to the take-off point to change the coloring medicine. After changing the medicine, the machine will automatically return to the medicine break-off point. spray);
Avoid battery impact, internal short circuit may be caused after the impact, there will be hidden safety hazards (there is a precedent before)
