The Operational Benefits of Functional and Structural Optimization of First Person View UAVS in the Romanian Armed Forces

The modernization of Romania’s military capabilities requires the adoption of technological solutions that can effectively address the demands of contemporary operational environments. This study analyses the functional and structural optimization of a First Person View (FPV) unmanned aerial vehicle (UAV), emphasizing its potential in tactical missions, reconnaissance, and operational support. The core research question focuses on how such a platform can enhance operational efficiency and reduce logistical footprint.

Using a qualitative methodology based on documentary analysis and functional modelling, the study proposes a UAV architecture tailored to the current requirements of the battlefield. Results highlight significant advantages in terms of mobility, decision-making speed, and tactical integration. The paper concludes with a set of recommendations for integrating FPV systems into Romania’s military structures as a strategic element in defence capability transformation.