THE IMPACT OF SPRAYING SYSTEMS, DROPLET SIZE DISTRIBUTION (IN MICRONS), AND SPRAY WIDTH ON THE EFFICIENCY OF AGRICULTURAL AGRO-DRONES

Authors

  • Qodirov Sayfullo Khabibullo o’g’li Qodirov Sayfullo Khabibullo o’g’li Author

Keywords:

Agro-drone, droplet size, micron (µm), spray width, centrifugal atomizer, atomization, VMD, crop protection efficiency.

Abstract

This research explores the critical technical parameters governing the efficacy of liquid chemical application via agricultural drones. The study focuses on the atomization process, specifically the Volume Median Diameter (VMD) of droplets measured in microns, and how the effective spray width influences overall operational productivity. By examining the correlation between centrifugal nozzle speed and droplet dispersion, the paper identifies the optimal settings to maximize leaf coverage while mitigating the risks of chemical drift and evaporation. The findings provide a technical framework for improving precision in aerial crop protection.

Author Biography

  • Qodirov Sayfullo Khabibullo o’g’li, Qodirov Sayfullo Khabibullo o’g’li

    “TASHKENT INSTITUTE OF IRRIGATION AND AGRICULTURAL MECHANIZATION ENGINEERS”

    NATIONAL RESEARCH UNIVERSITY

    Doctoral Candidate

References

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Published

2026-03-03

Issue

Vol. 4 No. 1 (2026): GLOBAL RESEARCH AND ACADEMIC INNOVATIONS

Section

Articles