Keyword: «unmanned aerial vehicle»
Evgenii Oshepkov
This article reveals the directions of improving tactical training of the Russian Air Force flight personnel in a military university, based on the trends in the armed struggle at the present stage.
The article continues the series of studies related to the training of aviation and air traffic control specialists of the United States Armed Forces. The article reveals the structure and functioning of the theater air traffic control system, as well as the views of the U.S. military and political leadership on combat aviation management in modern and future military conflicts, which affect the military and professional activities of aviation and air traffic control specialists.
The issues of detection of unmanned aerial vehicles (UAVs) by radar systems are considered. The directions of development of promising radar systems have been determined. The comparative capabilities of various types of reconnaissance systems for the detection of unmanned aerial vehicles (UAVs) in various conditions, their advantages and disadvantages are shown. The calculated detection ranges of small-sized unmanned aerial vehicles (UAVs) are considered. The possibilities of suppressing navigation systems and radio control lines of unmanned aerial vehicles (UAVs) and possible difficulties in their implementation are shown.
Generalized characteristics of preferred laser devices for functional damage are analyzed. The mechanism of functional damage of radio-electronic devices by laser devices is described. The main advantages and disadvantages of laser systems are shown.
The features of functional damage by ultrahigh frequency radiation to radio-electronic equipment are considered. The types and patterns of malfunction under the influence of electromagnetic radiation are shown. The energy levels of damage to some elements, blocks and nodes of the RES are indicated. The characteristics of several types of generators of powerful electromagnetic radiation operating in the centimeter and millimeter wave ranges are given. Some approximate generalized characteristics of the means of functional damage to electromagnetic radiation are presented.