This advanced system utilizes an amplitude-based direction-finding method with narrow antenna beam patterns, significantly reducing location errors compared to conventional phase-based systems.
It continuously monitors the radio spectrum within a 1.5 km radius and autonomously activates integrated electronic warfare (EW) systems upon detecting UAVs.
It continuously monitors the radio spectrum within a 1.5 km radius and autonomously activates integrated electronic warfare (EW) systems upon detecting UAVs.
The «Druzhina-M» is an automated, omnidirectional UAV detection system designed for installation on vehicles. It continuously monitors the radio spectrum within a 1.5 km radius and autonomously activates integrated electronic warfare (EW) systems upon detecting UAVs
Developed by Rosatom Science and Technology , this advanced system utilizes an amplitude-based direction-finding method with narrow antenna beam patterns, significantly reducing location errors compared to conventional phase-based systems.
The «Asya» VTOL is a cost-effective unmanned aerial vehicle (UAV) designed for reconnaissance, fire support correction, aerial photography, and signal relay missions. It can be rapidly reconfigured as a loitering munition to engage enemy positions, light armored vehicles, and infrastructure in forward areas.
The «Asya» VTOL is a cost-effective unmanned aerial vehicle (UAV) designed for reconnaissance, fire support correction, aerial photography, and signal relay missions. It can be rapidly reconfigured as a loitering munition to engage enemy positions, light armored vehicles, and infrastructure in forward areas.
The 16U MULTIPURPOSE SPACE PLATFORM complies with the CubeSat 16U standard. The space device is divided into two compartments: auxiliary systems and payload. The payload occupies up to 12U of volume. The platform can be equipped with an extended top cover with solar panels.
