Abstract: Exemplary drone detection, tracking, and control systems as well as related methods are provided. An exemplary system can include directional antennas and a movement system that moves the directional antennas in various azimuth and elevation orientations. A control system includes a video signal processor, a transceiver, an input/output system, a user interface, a wireless system, a machine instruction storage medium, and a plurality of machine readable instructions that operate the antenna assembly to detect, orient on, and record at least a video signal from a moveable platform as well as generate a graphical user interface (GUI) that shows a map with a user location, the antenna system location, and orientation of the antenna assembly with line of bearing. The GUI also displaying a plurality of radio channel and detected signal information. A display is provided that displays the GUI and enables user interaction with the GUI and system.

Abstract: Exemplary drone detection, tracking, and control systems as well as related methods are provided. An exemplary system can include directional antennas and a movement system that moves the directional antennas in various azimuth and elevation orientations. A control system includes a video signal processor, a transceiver, an input/output system, a user interface, a wireless system, a machine instruction storage medium, and a plurality of machine readable instructions that operate the antenna assembly to detect, orient on, and record at least a video signal from a moveable platform as well as generate a graphical user interface (GUI) that shows a map with a user location, the antenna system location, and orientation of the antenna assembly with line of bearing. The GUI also displaying a plurality of radio channel and detected signal information. A display is provided that displays the GUI and enables user interaction with the GUI and system.