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Unmanned aerial vehicle (UAV) communications provide adaptive planning, improved consistency, and increased capacity over a considerably greater range, and organize a significant chunk of the space to air to ground coordinates. In this research, we analyze a millimeter wave (mm Wave) communication system in which the UAV serves as an aerial base station (BS) with a high number of receiving antenna, and we propose a channel tracking strategy based on an underutilized flight control system. A 3-dimensional (3D) geometry channel display is defined as a arrangement of UAV development state data and channel pick up data, with the former coming from the flight control state's sensors and the latter from the pilot transmission. Then, utilizing MIMU, data is transmitted between the UAV and the flight control system,