The 26 member HS Shared Aerial Application Drone Team, went to the cotton farms in Changji, Shihezi, and Hami in Xinjiang with 15 DJI MG-1S crop protection drones to spray defoliants on the cotton. Their demonstration impressed the local farmers.
"Drone-based spraying leads to even application, less waste, high efficiency, and low costs. For large, orderly, and concentrated cotton plots, a drone can cover 34 hectares per day. For unintegrated cotton fields, a drone can cover at least 27 hectares per day, with a radius of 300 m or more," said Shan Tao, an HS drone operator.
Spray defoliant with MG-1S to defoliate cotton within a certain period of time to facilitate easier machine harvesting and increase revenue.
The flat local terrain is suitable for the large-scale spraying of cotton defoliant.
Operation time |
September 15 |
Operation location |
Changji |
Operation terrain |
Flat |
Environmental conditions |
Sunny |
Environmental information
Based on the crop conditions, two spraying operations were planned. This is the second operation, and the application information is shown below.
Defoliant name |
Dosage form |
Active ingredients and content |
Consumption per hectare |
Thidiazuron & diuron |
Suspending agent |
Thidiazuron: 360 g/L; Diuron: 180 g/L |
30 g |
Ethrel |
Aqueous solution |
Ethrel 40% |
80 ml |
Defoliant information
Spraying cotton defoliant requires very uniform defoliant adhesion. As there were some irregular plots at the site, the route planning mode was used for this operation.
Operation mode |
Route planning mode |
Flight speed |
5 m/s |
Flight height |
2 m |
Operation spacing |
4 m |
Dosage per hectare |
15 L |
Sprayer model |
Fan-shaped sprayer XR11001 |
Operation parameters
The HS crop protection team sprayed defoliant on a total of 4,000 hectares of cotton fields, spraying 2,000 hectares in this operation. The result was very good.
Yin Bing, a local cotton farmer, said: "It previously took three people several days to spray defoliant on 40 hectares of cotton fields with tractors. This resulted in a yield reduction of up to 20% as the tractors could crush the cotton plants.
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