Solutions for Cash Crops
Digital, precise and intelligent management of cotton, citrus, apple and other cash crop planting, providing agricultural practitioners with more convenient and efficient management solutions, reducing operating costs, improving production and quality, and increasing income.
Application Scenarios
Multiple application scenarios solve the problems of high cost, difficulty and low efficiency of cash crop management for agricultural practitioners.
Real-time growth monitoring to reduce the risk of yield reduction. Using Wizard 4 Multi-spectrum Edition to collect multi-spectrum data on crop growth, determine the health status of crops through NDVI values, remotely grasp crop growth, and help growers quickly find out diseases and pests and take timely preventive and control measures.
Fruit Tree Mode helps to realize fully autonomous and precise application of pesticides on fruit trees. The planting environment of economic crops is relatively complex, and the fruit tree mode supports fixed-point spraying, continuous spraying, and different spraying modes for fruit trees of different ages, which effectively reduces the waste of pesticides and improves the prevention and control effect and efficiency.
Artificial intelligence helps orchard management and saves labor costs. After collecting the geographic information of the orchard and building a two-dimensional map of the orchard, it can automatically and quickly detect the fruit trees, count the fruit tree trees and calculate the area of the orchard.
Applied Crops
Comprehensive coverage of major cash crop species from around the world, such as tea, citrus, apples, cherries, cotton, sugarcane, and more.
Work Flow
The process is concise, the operation is smart and easy to learn, which makes it convenient for agricultural practitioners to quickly master the cash crop solution and quickly enter into practical application.
regular version
Recommended Scenario: Suitable for performing small to medium sized, leveled plots of field crop application operations, such as cotton defoliant.
Flight planning, RTK planning, remote control planning.
Adjust course angles, waypoint positions, operating row spacing, etc.
Take off at the touch of a button and execute the job.
Operational data is uploaded to the DJI agricultural service platform.
advanced version
Recommended Scenario: Suitable for large-scale unified control and large continuous plot operation.
Flight planning, RTK planning, remote control planning.
DJI Smart Map.
Adjust course angles, waypoint positions, operating row spacing, etc.
Take off at the touch of a button and execute the job.
Operational data is uploaded to the DJI agricultural service platform.
High Precision Edition
Recommended scenario: for variable jobs.
Phantom 4 Multispectral
Chlorophyll content map.
Generate a precise spraying program for the crop’s growth.
Take off at the touch of a button and execute the job.
Operational data is uploaded to the DJI agricultural service platform.
Examples of operations
Cotton defoliant
Xinjiang, China
Operational effects
Use plant protection unmanned aircraft to fight cotton defoliant, the application effect is good! It does not roll the plants, does not hurt the bells, does not cause pesticide waste, and can increase the production value of cotton by 10% per mu. –Wu Shaoqin
Utilization equipment
T20 Planting Drone
citrus spider
China Jiangxi
Operational effects
This operation lasted for 2 days, but the control effect on red spider lasted for half a year! The use of drones to control fruit tree pests and diseases not only reduces the number of medication, but is also more efficient. Compared to manual medication of about 10 acres a day, drone medication can hit at least 20 acres per hour. –Ganzhou Orange Abundance Intelligent Fly Defense Team
Utilization equipment
Phantom 4 RTK、Terra、 T16 Agricultural Drone
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