This study examines whether an aerial system can enhance the division’s maneuver warfare capabilities in the context of the division’s electronic warfare capacity, with an emphasis on electronic support (ES) operations. The study compares an aerial system with mast-based systems across certain predefined parameters relevant to their operational use.
As a substantial amount of data regarding electronic warfare and its capabilities is not publicly available, several assumptions have been made and some data have been estimated rather than obtained directly. However, relevant trends are identifiable and can serve as a basis for further research and experimental activities. The study provides an indicative analysis based on available data and identifies trends that can inform further research and experimental activities.
The study shows that a UAS equipped with antennas for electronic support operations has a significantly shorter deployment time compared to mast-based systems. Data collection can be conducted from higher altitudes, which increases the potential range of a UAS-based system relative to a mast-based system. The study also indicates that a UAS system can reduce the personnel required to operate the system. At the same time, the aerial system evaluated exhibits more pronounced signatures in IR, radar, acoustic, and visual domains.
It is clear, however, that further research is required to provide a more accurate assessment of suitability, particularly with regard to the system’s emitted signatures. If the system is employed in a manner similar to that demonstrated in this study, it is recommended to use it in combination with existing systems.
Keywords: Electronic Warfare, Electronic Support Measures, Direction Finding, UAS
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