Abstract
Due to the existing problems of food security in the world, the work aimed at solving them is highly relevant. As a result of the analysis of various approaches in agriculture and fire protection, the need for integration of technological processes was identified. As part of this, a system synthesis of an agro-fire harvester-airship model was performed, which combines all agrotechnologies and precision farming techniques with the functions of extinguishing fires with atmospheric nitrogen separated by a membrane nitrogen station. The simulation results confirming the possibility of extinguishing fires with supersonic streams of cooled nitrogen from a height of 50 m are presented. They confirm that agro-fire combines-airships have an uncomprehensible advantage not only in extinguishing fires of farmland and woodlands, but also in the organization of agriculture, due to the proposed integration of innovative solutions. Keywords: AGRICULTURAL TECHNOLOGIES, UNMANNED AERIAL VEHICLES, AGRICULTURAL AVIATION, FIRE-FIGHTING AVIATION, MEMBRANE AIR SEPARATORS, INTEGRATION OF SAFETY TECHNOLOGIES AND AGRICULTURAL TECHNOLOGIES, HYBRID AIRSHIPS
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