ПРО КОНЦЕПЦІЮ ОРГАНІЗАЦІЇ БОРОТЬБИ З БЕЗПІЛОТНИМИ ЛІТАЛЬНИМИ АПАРАТАМИ В МІСЦЯХ ЗБЕРІГАННЯ ЗАСОБІВ УРАЖЕННЯ

Станіслав Олексійович Нікул, М. Петрушенко, Л. Гордішевський, О. Босий
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Abstract

The history of small-sized, low-speed unmanned aerial vehicles, in contrast to the history of unmanned aerial vehicles, is not counted for half a century, but only for two dozen years. The first publications devoted to small-sized and low-speed unmanned aerial vehicles were published after 2008. The number of publications on the specified subject significantly increased in 2017-2018. It is during this period that military operations using small-sized and low-speed unmanned aerial vehicles become widespread. As an example, we can mention the attacks on the oil refinery in Saudi Arabia in September 2019, the attack on the airport in the city of Jizan in the same Saudi Arabia in July 2020, the attacks on the Russian air base in the Syrian city of Khmeimi in 2019-2020. Almost every day, from the regions of the planet where armed conflict is taking place, there are reports of the destruction of storage places of weapons and means of destruction, which affects the course of armed conflicts. It is significant that unmanned aircraft are increasingly being used to destroy weapons. The article highlights the factors that determine the effectiveness of the use of unmanned aerial systems for the destruction of weapons storage sites, and predicted dynamic changes in these factors. The rapid development of microelectronic technologies, which is currently observed, became the basis for the improvement of unmanned aircraft systems, the expansion of the range of tasks performed by unmanned aircraft, the emergence of new classes of devices and the improvement of the tactics of their use. The rapid development of microelectronics is also considered from the point of view of confirming Moore's law, forecasts for the near future, clarifications of the law for the present time, clarifications of forecasts for the next 15 years. Conceptually, the opinions of the authors regarding the minimization of losses of weapons of destruction are presented, the basis of which are their own observations of the statistics of losses from storage sites of weapons of destruction of the Armed Forces of Ukraine for the period from 2003 to 2018, the causes of losses. Keywords: means of defeat, unmanned aerial vehicle, storage places, logistic security.
小型低速无人机的历史,与无人机的历史相比,不算半个世纪,只有二十几年。第一批专门研究小型和低速无人机的出版物是在2008年以后出版的。2017-2018年,指定主题的出版物数量显著增加。正是在这一时期,使用小型和低速无人机的军事行动变得普遍。例如,我们可以提到2019年9月对沙特阿拉伯炼油厂的袭击,2020年7月对同一沙特阿拉伯吉赞市机场的袭击,2019-2020年对叙利亚赫梅米市俄罗斯空军基地的袭击。几乎每天都有来自正在发生武装冲突的地球各区域的关于销毁武器和销毁手段储存地点的报告,这影响了武装冲突的进程。值得注意的是,无人驾驶飞机越来越多地被用于销毁武器。文章强调了决定使用无人机系统摧毁武器储存地点有效性的因素,并预测了这些因素的动态变化。目前观察到的微电子技术的迅速发展,成为改进无人驾驶飞机系统、扩大无人驾驶飞机执行任务的范围、出现新型设备和改进其使用策略的基础。从摩尔定律的确认、对不久将来的预测、对当前定律的澄清、对未来15年预测的澄清等方面来考虑微电子学的迅速发展。从概念上讲,作者提出了关于尽量减少毁灭性武器损失的意见,其基础是他们自己对2003年至2018年期间乌克兰武装部队毁灭性武器储存地点损失统计数据的观察,以及损失的原因。关键词:打击手段,无人机,仓储场所,后勤保障。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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