Iryna Avtushenko

Iryna Avtushenko

Doctor of historical science, associate Professor of Department of Theory and History of the State and law of the National Transport University.

ORCID: https://orcid.org/0000-0002-3987-4034

DOI: 10.17721/2522-4611.2021.44.12

UNMANNED AERIAL VEHICLES: HISTORY AND MODERNITY


Abstract. The purpose of the article is to research the history of creation, development and use of the unmanned aerial vehicles in a hybrid war and Russia’s armed aggression against Ukraine. The methodology of the research is based on the use of the principles of historicism, objectivity, systematicity. The author explored the processes and events in chronological order that took place in Ukraine. Such general historical methods as historical-comparative, retrospective and problematic were used. The scientific novelty is that the influence of internal and external factors on the development and use of unmanned aerial vehicles in the Armed Forces of Ukraine is examined for the first time in Ukrainian and foreign historiography. In the particular, the influence of military actions in the east of Ukraine on the development of unmanned aerial vehicles and their production is analyzed. The emergence and development of unmanned aerial vehicles is one of the greatest achievements in modern aviation in recent decades. The greatest success in the development of unmanned aerial vehicles were achieved by Israel, the United States and China. Ukraine was far behind, although in Soviet times the «Antonov» plant carried out such developments. The study proves that with the beginning of hostilities the work on creation of domestic drones for the needs of the Armed Forces of Ukraine has been intensified. The research also established that the first Ukrainian serial reconnaissance drone «Spectator» was developed by students of Kyiv Polytechnic Institute named after Igor Sikorsky. As for the equipping itself with the latest high-tech equipment, the Ukrainian army has gone from homemade drones to world-class percussion vehicles. In order to be modern and effective, the Armed Forces of Ukraine need to pay considerable attention to the development of its own unmanned aerial vehicles in the near future, as well as to use the ways of combatting enemy drones.

Key words: unmanned aerial vehicles, combat drones, development, armament, Armed Forces of Ukraine.

Received by the editorial board: 2.03.2021

REFERENCES:

  1. Voronkov S. (2020). KB «Luch» predstavylo maket udarnoho BPLA «Sokil-300». [The CB «Luch» introduced a model of the «Sokil-300» strike UAV]. URL: https://armyinform.com.ua/2020/11/kb-luch-predstavylo-maket-udarnogo-bpla-sokil-300/ [in Ukrainian].

  2. Hlotov V., Hunina A., Teleshchuk Yu. (2017). Analiz mozhlyvostei zastosuvannia bezpilotnykh litalnykh aparativ dlia viiskovykh tsilei [Analysis of possibilities of using unmanned aerial vehicles for military purposes]. Suchasni dosiahnennia heodezychnoi nauky ta vyrobnytstva [Modern achievements of geodetic science and production]. 1 (33). S. 139-146 [in Ukrainian].

  3. Danyk Yu. H. (2008). Bezpilotni litalni aparaty: oznachennia, klasyfikatsiia, stan ta perspektyvy rozvytku i vykorystannia [Unmanned aerial vehicles: definition, classification, status and prospects of development and use]. Kosmichni nauky i tekhnolohiia. [Space science and technology]. 14(1). S. 30-43 [in Ukrainian].

  4. Yermakov V. Yu., Izvalov O. V. (2019). Analiz suchasnykh doslidzhen bezpilotnykh litalnykh aparativ. [The analysis of modern research on unmanned aerial vehicles]. Tsentralnoukrainskyi naukovyi visnyk. Tekhnichni nauky : zb. nauk. pr. [Central Ukrainian Scientific Bulletin. Technical sciences: collec. of scientific works]. Vyp. 2 (33). S. 43-49. Kropyvnytskyi. URL: http://dspace.kntu.kr.ua/jspui/bitstream/123456789/9306/1/7.pdf [in Ukrainian]. https://doi.org/10.32515/2664-262X.2019.2(33).43-49

  5. Zhyrokhov M. (2019). Viina droniv: yak Ukraina vprovadzhuie udarni bezpilotnyky. [Drone War: how Ukraine is implementing strike drones]. URL: https://mind.ua/openmind/20196145-vijna-droniv-yak-ukrayina-vprovadzhue-udarni-bezpilotniki [in Ukrainian].

  6. Masnyi V. (2019). Ukrainski viiskovi drony: vid sklianky z hranatoiu do udarnoho khaiteku. [Ukrainian military drones: from a glass with a grenade to a shock high-tech]. URL: https://www.ukrinform.ua/rubric-technology/2645524-ukrainski-vijskovi-droni-vid-sklanki-z-granatou-do-udarnogo-hajteku.html [in Ukrainian].

  7. Pershyi ukrainskyi seriinyi bezpilotnyk-rozvidnyk «Spectator» narodyvsia v Kyivskii politekhnitsi. (2019). [The first Ukrainian serial reconnaissance drone «Spectator» was born in Kiev Polytechnic]. URL: https://vv.org.ua/poslednie-novosti/pershij-ukrainskij-serijnij-bezpilotnik-rozvidnik-spectator-narodivsja-v-kiivskij-politehnicispecproekt/ [in Ukrainian].

  8. Poltavskii A.V., Borodulia V.M. (2007). Razvitie bespilotnoi aviatcii v armiiakh zarubezhnykh stran. [The development of unmanned aerial vehicles in the armies of foreign countries]. Strategicheskaia stabilnost [Strategic stability]. №1. S. 45-53 [in Russian].

  9. Poltavskii A. V., Maklakov V. V., Averkin A. E. (2007). Konczepczii sozdaniia i primeneniia bespilotnoi aviaczii v armiyakh zarubezhnykh stran. [Concepts for the creation and utilization of unmanned aircraft in the armies of foreign countries]. Materialy konferenczii «Upravlenie i samoupravlenie v slozhnykh sistemakh» [Proceedings of the Conference Title «Management and self-government in complex systems»]. 1. S. 35-41. Moscow: IPU RAN [in Russian].

  10. Rudomskyi R. (2018). Bezpilotnyk-dyversant vid ziatia Erdohana: shcho za zbroiu Ukraina kupyla v Turechchyny. [The drone saboteur from Erdogan’s son-in-law: what weapons did Ukraine buy in Turkey]. URL: https://www.depo.ua/ukr/war/bezpilotnik-diversant-scho-za-zbroyu-kupila-ukrayina-v-turechchini-20181120872359 [in Ukrainian].

  11. Salnyk Yu. P., Matala I. V., Onyshchenko V. A. (2011). Suchasnyi stan osnashchennia Zbroinykh Syl Ukrainy bezpilotnymy aviatsiinymy kompleksamy [The current state of equipping the Armed Forces of Ukraine with unmanned aerial vehicles]. Zbirnyk naukovykh prats Kharkivskoho natsionalnoho universytetu Povitrianykh Syl. [Scientific Works of Kharkiv National Air Force University]. 2(28). S. 46-51 [in Ukrainian].

  12. Hazim Shakhatreh (2017). Wireless Coverage Using Unmanned Aerial Vehicles. URL: https://ece.njit.edu/sites/ece/files/2017%205%2017%20Shakhatreh.pdf [in English].

  13. J. Fernandez Galarreta, N. Kerle, M. Gerke (2015). UAV-based urban structural damage assessment using object-based image analysis and semantic reasoning. URL: https://nhess.copernicus.org/articles/15/1087/2015/nhess-15-1087-2015.pdf [in English].