Mobile Directional Antenna System (Mdas) (For Osrvt Use Only)
Item Name Code (INC) 69037
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A system designed to receive live metadata and video images from various types of manned and unmanned aircraft systems within a fifty kilometer range. It combines real-time unmanned aircraft systems video and metadata into a visual representation of the point of interest.
Additional Information for Mobile Directional Antenna System (Mdas) (For Osrvt Use Only)
Mobile Directional Antenna System (MDAS) is a specialized antenna system designed for use in the One System Remote Video Terminal (OSRVT). The OSRVT is a portable, lightweight, and ruggedized video receiver used by military personnel for real-time video surveillance and reconnaissance.
The MDAS is an integral component of the OSRVT system, providing enhanced signal reception and transmission capabilities. It consists of a set of directional antennas that can be mounted on a vehicle or a tripod, allowing for flexible deployment in various operational environments.
The primary function of the MDAS is to improve the range and quality of video signals received by the OSRVT. By using directional antennas, the system can focus its reception on specific areas of interest, reducing interference and improving signal strength. This enables military personnel to gather critical intelligence and surveillance data from remote locations, even in challenging terrain or hostile environments.
The MDAS is designed to be easily deployable and user-friendly. It can be quickly set up and configured by trained personnel, allowing for rapid deployment and operation in the field. The system is also designed to be compatible with other OSRVT components, such as the video receiver and control unit, ensuring seamless integration and interoperability.
Overall, the Mobile Directional Antenna System (MDAS) plays a crucial role in enhancing the capabilities of the OSRVT system, enabling military personnel to effectively gather real-time video intelligence and surveillance data in a wide range of operational scenarios.