Analysis Of Scientific Innovation Obtained Through The Study Of The Effectiveness Of Agroaviation Works
Abstract
This scientific article analyzes the practical significance of scientific innovations identified as a result of research conducted on the topic "Justification of the efficiency and flight-technical parameters of aircraft in agricultural work." In this case, the mathematical model of the effectiveness of agroaviation work, the assessment of the influence of flight parameters on efficiency through a multifactorial correlation model, and the forecast of the results achieved in 2025-2030 are highlighted. The influence of flight parameters on aircraft performance has been scientifically substantiated through a multifactorial correlation model, such as flight speed, operating altitude, payload weight, and operating time. Also, the article fully explains the correlation and regression models corresponding to the research direction and graphically depicts the growth dynamics of the agroaviation efficiency index (ASI) in 2025-2030 through practical calculations.