Carry out high-performance unmanned aircraft plant protection spraying experiments, with the power of science and technology for agricultural production to improve the quality of efficiency to provide the basis for practice.
A number of drones equipped with advanced intelligent systems lifted off in an orderly manner:
With high-precision terrain mapping and intelligent route planning, when the drones face obstacles such as utility poles and trees in the field, the automatic obstacle avoidance system responds instantly and adjusts the flight path in milliseconds to ensure safe and efficient operations. The experiment revolves around two major application scenarios, namely pesticide spraying and foliar fertilizer spraying, and the drone's core indicators, such as load and spraying uniformity, are precisely monitored.
The technical team added fluorescents to water to formulate a simulated liquid, and after the drone completed the spraying operation, the UV equipment was used to carry out multi-point detection of the plot, and the distribution of fluorescents was analyzed to accurately determine the effect of pharmaceutical coverage. Data show that the effective coverage rate of drone plant protection spraying reaches 98%, compared with the traditional mode of operation, pesticide use can be reduced by 20% to 30%; foliar fertilizer spraying can also achieve more uniform effective coverage of the upper and lower inside and outside of the leaf, significantly enhancing the efficiency of crop nutrient absorption.
Post time: Jun-04-2025