The research to which this article is devoted relates to forestry and agriculture, in particular, to methods that provide accurate seeding in areas that are inaccessible or ineffective for ground-based mechanization. The existing approaches today have a number of significant drawbacks that do not allow to implement the stated tasks with sufficient accuracy. The main ones are: the presence of a mechanical system for creating air pressure, which significantly complicates the sowing process, without ensuring, at the same time, its sufficient accuracy; the impossibility of ensuring also accurate seeding due to the lack of control of the rotational speed of the auger feeder, depending on the speed of the unmanned aerial vehicle (UAV) itself. The result of this study was a developed technology that has no analogues in the world, which greatly simplifies the process of sowing from the air, does not require energy costs and additional equipment, and also increases the accuracy of seeding due to its uniformity at various values of the UAV speed.

本文的研究涉及林业和农业，特别是在地面机械化无法进入或无效的地区提供精确播种的方法。当今的现有方法具有许多重大缺陷，无法以足够的准确度实现所述任务。主要问题是： 存在用于产生气压的机械系统，这使播种过程显着复杂化，同时又不能确保其足够的准确性；由于缺乏对螺旋进料器转速的控制（取决于无人机（UAV）本身的速度），因此无法确保精确播种。这项研究的结果是一项世界上没有类似物的发达技术，