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The actual combat in the Russia-Ukraine conflict has proved that cross-domain collaborative operations of unmanned aerial vehicles (UAV) will gradually become the basic form of future warfare. This article first conducts a detailed analysis of the four cross-domain collaborative operation modes of UAVs formed in the Russia-Ukraine conflict based on open-source intelligence information. Then， it focuses on analyzing the core characteristics and key technologies of cross-domain collaborative operations of UAVs by combining typical battle examples. Enlightenment and suggestions are proposed from three aspects: reinforcing the concept of "UAV +" cross-domain collaborative operations to advance the development of distributed intelligent swarm operations; adhering to the "high-low mix" equipment technology roadmap to break through the bottlenecks in system collaboration; and deepening research on the integration of cutting-edge technologies and operational assessment to lead the evolution of operational paradigms. Finally， the future development trends are prospected: cross-domain collaborative operations of UAVs will move toward three directions， namely autonomous swarms， all-domain integration， and algorithmic confrontation. The research findings can provide valuable insights and references for the future construction and development of unmanned combat systems and unmanned equipment systems.
[1] 颜丽娟， 徐鹏，王军. 俄乌冲突中无人机技术作战使用研究[J].中国军转民， 2025， (15): 16-17.
[2] Neag M M，Solescu D.Analysis on the actions of Ukrainian special operations forces in the Russian-Ukrainian Conflict(February2022-February 2024) [J].International Conference Knowledge-Based Organization， 2024，30(1):1-7.
[3] Kunertova D.The war in Ukraine shows the game-changing effect of drones depends on the game. [J]Bulletin of the Atomic Scientists， 2023，79(2)， 95-102.
[4] Chaari M Z. Analysis of the power of drones and limitations of the anti-drone solutions on the Russian-Ukrainian battlefield. [J]Security and Defence Quarterly. 2025;51(3):38-73.
[5] Oleksand S.The evolution of modern warfare through the prism of the Russian-Ukrainian conflict:a comprehensive analysis[J].Acta Universitatis Lodziensis， 2024，26(7):5-11.
[6] Dehegami A，Maizi L.The impact of the digital military revolution on modern warfare:Russia’s war on Ukraine as a model[J].Journal of Science and Knowledge Horizons， 2024，1 (4):289–299.
[7] 李兴华，于永生，孟真，等.从杀伤链看无人智能装备在俄乌冲突中的运用[J].指挥控制与仿真，2024，46(5):6-12.
[8] 谭福国，陈维义，周勇，等.俄乌冲突中无人艇攻防及其启示[J].数字海洋与水下攻防，2025，8(04):502-507.
[9] Chavez K，Swed O. Emulating underdogs: tactical drones in the Russia-Ukraine war. [J].Contemporary Security Policy， 2023，44(4)， 592–605.
[10] Claudiu N.The role of heavy armour in modern warfare[J].Romanian Military Thinking， 2024，18(3)，42–59.
[11] Kateryna S. The impact of unmanned aerial vehicles and unmanned maritime systems on military tactics of Russia and Ukraine [D].Austria:Webster Vienna Prative University，2025.
[12] 杨佳会，朱超磊，许佳.俄乌冲突中无人机的运用[J].战术导弹技术，2022，23(3):116-123.
[13] 缪炜星，罗银，顾嘉琪，等.俄乌冲突中无人机ISR的运用及启示[J].无线电工程，2023，53(7):1693-1699.
Basic Information:
DOI：10.16358/j.issn.1009-1300.20250215
China Classification Code:E926.3
Citation Information:
[1]Zhang Yuanyuan,Shao Xianpei,Xu Guangda ,et al.The development and implications of cross-domain cooperative combat modes of UAV from the perspective of Russia-Ukraine conflict[J].Tactical Missile Technology().DOI:10.16358/j.issn.1009-1300.20250215.
2026-04-28
2026-04-28
2026-04-28