EFFECTS OF THE USE OF ROBOTIZED COMBAT SYSTEMS DURING THE CONFLICT IN UKRAINE FROM 24.02.2022.

  • Miroslav R. TERZIĆ
Keywords: Ukraine, conflict, robotic combat systems, success-failure, unmanned aerial vehicles

Abstract


This study analyses the use of robotic combat systems during the Russian Federation’s invasion of Ukraine (special military operations of the armed forces of the Russian Federation) in two periods.The first period refers to the beginning of the special military operation (24 February2022) until the declaration of partial mobilization in the Russian Federation and the holding of referendums in four regions of Ukraine on joining the Russian Federation.The second period includes the conflict after the annexation of the Donetsk People’s Republic, Luhansk People’s Republic, Kherson, and Zaporizhzhiaregions to the Russian Federation.

                The study critically examines the concept of using unmanned aerial vehicles as well as the way of fighting against unmanned aerial vehicles in certain combat situations during a special military operation.This studyhypothesises that the success of using robotic combat systems depends on the experience in combating unmanned aircraft, the reliability of the command and information system, electronic warfare systems, and anti-aircraft defence systems.The side that planned a layered approach in combating drones (good intelligence assessment, use of electronic warfare systems, anti-aircraft defence systems, and efficient and effective application of lessons learned) had more success in suppressing the use of drones.

References

Johnson 2019: James Johnson. “Artificial intelligence & future warfare:
implications for international security”. Defense& Security Analysis,. 1–23.
Terzić 2022: MiroslavTerzić. “Critical review of the protection of aircraft defense forces during the conflict in NagornoKarabah in 2020”. Small Wars&Insurgencis, 1–15.
Terzić 2020: MiroslavTerzić. “Contribution to the Discussion on the Use of CH-92A Remote Piloted Aircraft in Modern Military Operations”. 11th DQM International Conference ICDQM-2020 Life cycle Engineering and Management, Prijevor, Serbia. 66–72.
Terzić, Đekić i dr.2020: MiroslavTerzić, DaniloĐekić, ZoranJekić. “One aspect of the use of robotized fighting system in military operations”. 6th International Conference on knowledge management and informatics, Kopaonik, Serbia. 335–343.
Лопота,-Николаев 2022: А. В. Лопота, А. Б. Николаев. Наземние робототехнические комплекси военного и специального назначения, Государственный научный центр Российской Федерации робототехники и технической кибернетики, https://rtc.ru/media/images/docs/book/nazemnie.pdf.
Бендетт 2019: Сэмюэл Бендетт. Гонка боевых роботов и войны будущего, Россия в глобальной политике, https://globalaffairs.ru/articles/gonka-boevyh-robotov-i-vojny-budushhego/.
Иванович 2022: Василий Иванович Иванов. Какая робототехника применяется на Украине, https://nvo.ng.ru/armament/2022-12-22/12_1219_robotics.html.
Кириченко 2021: Кириченко І.В. “Наземніроботизованікомплекси: Основитамайбутнє”.Військовінауки, грудень, 16–20, https://www.molodyivchenyi.ua/index.php/journal/article/view/2432/2417.
Залипка 2022: В. Д. Залипка. Особливості створення та застосування наземних роботизованих комплексів у провідних країнах світу та Україні, Науковий вісник НЛТУ України, № 4, 60-65, https://nv.nltu.edu.ua/Archive/2022/32_4/12.pdf.
Сергійович 2007: Шугуров Олександр Сергійович. Розвиток військових наземних
роботизованих систем в контексті нових концепцій управління перспективи України, Стратегічні пріоритети, №4, 198-205, https://www.libr.dp.ua/text/sp2007_4_27.pdf.
М.В. ТУЛКИН, Б.В. МИЩУК, Ю.А. ЕВСТИФЕЕВ, “Обоснованиеоблика и основных
задачбоевогоприменениперспективногокомплексапротиводействиямини-БПЛА
противника”.ВОЕННАЯ МЫСЛЬ • No 2 — февраль2023, 96–101.
С.А. Баканеев.“Робототехническиекомплексывоенногоназначениядляракетныхвойск и артиллериисухопутныхвойск”.Новыйоборонныйзаказстратегии No 2 – Apr 2017, pp. 48–53, https://dfnc.ru/robot/robototehnicheskie-kompleksy-voennogo-naznacheniya-dlya-raketnyh-vojsk-i-artillerii-suhoputnyh-vojsk/(accessed 15May 2023).
Dawes 2023: James Dawes. War in Ukraine accelerates global drive toward killer robots, https://theconversation.com/war-in-ukraine-accelerates-global-drive-toward-killer-robots-198725.
Bajak-Ahirova 2023: Frank Bajak, Hanna Arhirova. Drone advances in Ukraine could bring dawn of killer robots, https://apnews.com/article/russia-ukraine-war-drone-advances-6591dc69a4bf2081dcdd265e1c986203.
Meaker 2023: Morgan Meaker, Ukraine’s War Brings Autonomous Weapons to the Front Lines, https://www.wired.co.uk/article/ukraine-war-autonomous-weapons-frontlines.
Bendett 2022: Samuel Bendett. The Ukraine war and its impact on Russian development of autonomous weapons, https://www.atlanticcouncil.org/content-series/airpower-after-ukraine/the-ukraine-war-and-its-impact-on-russian-development-of-autonomous-weapons/.
Fedorov 2023: Mykhailo Fedorov. Tech innovation helps Ukraine even the odds against Russia’s military might, https://www.atlanticcouncil.org/blogs/ukrainealert/tech-innovation-helps-ukraine-even-the-odds-against-russias-military-might/.
Bendett 2022: Samuel Bendett. To Robot or Not to Robot? Past Analysis of Russian Military Robotics and Today’s War in Ukraine, https://warontherocks.com/2022/06/to-robot-or-not-to-robot-past-analysis-of-russian-military-robotics-and-todays-war-in-ukraine/.
Julian 2022: Hana Levi Julian. Russian Forpost-R UAV, Based on IAI’s Searcher 2, Shot Down Near Zhytomyr, Ukraine, https://www.jewishpress.com/news/israel/russian-forpost-r-uav-based-on-iais-searcher-2-shot-down-near-zhytomyr-ukraine/2022/03/12/.
Иванович 2022: Василий Иванович Иванов. Какая робототехника применяется на Украине, Независимая газета, https://nvo.ng.ru/armament/2022-12-22/12_1219_robotics.html.
Chapple 2022: Amos Chapple. Dronovi kamikaze koji terorišu Ukrajinu, Radio Slobodna Evropa, https://www.slobodnaevropa.org/a/ukrajina-rusija-iran-dronovi-kamikaze-rat/32092965.html.
Наземні бойові роботи: лідери та Україна, 2021, https://lb.ua/news/2021/11/17/498795_nazemni_boyovi_roboti_lideri.html.
Боевой робот "Маркер" запустят в серию с ПТРК "Корнет", 2023, РИА НОВОСТИ, https://ria.ru/20230331/marker-1862256435.html.
Четыре роботизированные платформы «Маркер» отправляются в зону спецоперации для испытаний в боевых условиях, 2023, https://topwar.ru/209813-chetyre-robotizirovannye-platformy-marker-otpravljajutsja-v-zonu-specoperacii-dlja-ispytanij-v-boevyh-uslovijah.html.
Russian kamikaze drones "Lancet" have learned to bypass anti-drone nets, 2023, https://tadviser.com/index.php/Product:Lancet_(kamikaze_drone).
Nikola Tesla U.S. Patent 613,809 - Method of and Apparatus for Controlling Mechanism of Moving Vehicle or Vehicles, https://teslauniverse.com/nikola-tesla/patents/us-patent-613809-method-and-apparatus-controlling-mechanism-moving-vehicle-or.
У ЗСУ формують ударні роти БПЛА, 2023, https://mil.in.ua/uk/news/u-zsu-formuyut-udarni-roty-bpla/.
Украинский дрон-камикадзе UJ-22 Airborne — что это? 2023, https://aif.ru/society/army/ukrainskiy_dron-kamikadze_uj-22_airborne_chto_eto_infografika?from_inject=1.
Address by the President of the Russian Federation 2022, The Kremlin, Moscow, http://en.kremlin.ru/events/president/news/67843.
Совещание по развитию беспилотной авиации, 2023, Президент России, http://kremlin.ru/events/president/news/71016.
СводкаМинистерстваобороныРоссийскойФедерации о ходе проведения специальной военной операции (посостояниюна 24 мая 2023 г.), 2023, https://function.mil.ru/news_page/country/more.htm?id=12468312@egNews
Baykar_catalog_eng.pdf (2020), http://crd.yerphi.am/files/Baykar_catalog_eng.pdf .
Chapter Five: Russia and Euroasia, 2021, the Military Balance, 121:1, pp. 164–217.
Речник српског језика, 2017, МатицаСрпска, НовиСад.
https://www.britannica.com/technology/robot-technology,
https://dictionary.cambridge.org/dictionary/english/robot.
https://liveuamap.com/en/time/25.02.2022 (2022).
Published
2024/04/03
Section
Članci