Russian Federation
77.01
The purpose of the study – to analyze and study the military-professional activities of the operator of an attack FPV drone, using the example of servicemen of the Airborne Troops. Research methods and organization: methods of analysis and generalization of scientific and methodological literature, conversations, and surveys were used, allowing for the examination of the military-professional activities of military personnel operating FPV drones in the Airborne Troops as a complexly organized system. The study involved military personnel operating strike FPV drones serving in first-category units based at a military unit of the Airborne Troops. Research results and conclusions. The main stages of the military-professional activities of strike drone operators during the special military operation have been identified. The importance of physical training in performing combat tasks by the strike drone unit has been noted. It has been established that under conditions of intense loads and high levels of stress, operators of FPV drones must possess endurance, coordination, and quick reaction, which directly affects the effectiveness of drone control. Furthermore, physical training contributes to maintaining psychological resilience, which is especially important in combat conditions.
unmanned aerial vehicles, special military operation, strike FPV drones, Airborne Troops, simple visual-motor response, physical training
1. Molloy O. (2024), “Drones in Modern Warfare Lessons Learnt from the War in Ukraine”, Australian Army Occasional Paper, No. 29, pp. 7–17.
2. Markin A. V. (2025), “Generalization of the combat experience of the SVO until December 2024. 2nd notebook”, Moscow.
3. Markin A. V. (2024), “Generalization of the combat experience of the southern wing of the SVO until April 2024”, MYSL, Moscow.
4. Klimova E. M., Mironenko M. I. (2023), “Features of military professional activity of operators of unmanned aerial vehicles (UAVs)”, Actual problems of military psychology: theory and practice, No. 3, pp. 140–143.
5. Kuznetsov V. D. (2024), “Features of military professional activity of military personnel-operators of FPV drones of airborne units in combat conditions”, Human capital, No. 12 (192), pp. 220–229.
6. Zamyatin A. Yu., Tolstikov A.V. (2024), “Issues of creating a single distributed platform for remote control of attack drones”, REDS: Telecommunication devices and systems, Vol. 14, No. 3, pp. 20–25.
7. Ivanov E. A., Kalik V. V. (2023), “On the need to study the physical qualities and personal characteristics of operators of unmanned aerial vehicles”, Scientific Notes of the P.F. Lesgaft University, No. 1 (215), pp.193–196.
8. Nezhelskoy A. N., Guzenko A. Yu. (2023), “On the issue of the psychophysiological readiness of cadets of military institutes of the National Guard troops to perform service and combat missions using an unmanned aerial vehicle”, Directions and prospects for the development of education in military institutes of the National Guard troops of the Russian Federation, Novosibirsk, pp. 297–301.
9. Rodionov I. S. (2024), “Professionogram of military personnel-operators of unmanned aerial vehicles in modern combat conditions”, Actual problems of physical and special training of law enforcement agencies, No. 4, pp. 164–168.
10. Kubryakov S. A., Uglyansky B. V. (2024), “The use of simulators for training FPV drone operators”, Increasing the state's defense capability, Saint Petersburg, pp. 44–46.