Development and Modeling of the Antenna System the Direction Finder Unmanned Aerial Vehicle

Abstract

The article is devoted to the design the proposed construction of the antenna system for the direction-finding complex of the UAV. The experimental part is represented by the results of mathematical modeling the behavior of the antenna in different parts the operating frequency range. The effectiveness of the adopted design solutions was evaluated in comparison with analogues of leading companies in the world. Based on the results of the research, the areas of application the antenna as part of the built-in functional mobile UAV direction finding systems were determined.

Control of unmanned aerial vehicle modules based on inertial measurement system and MEMS sensor

“…Today, microcontroller accelerometers are widely used in aviation navigation, consumer electronics, mechanical engineering, medical, military and civilian industries [1][2][3][4]. The use of additional modules is one of the methods for increasing the efficiency of cargo UAV control, because they can reduce response time or increase the convenience of working with the drone, which significantly increases the drone's movement time.…”