UADS-ZG12

The SZMID - UADS-ZG12 is a highly integrated counter-drone system that seamlessly combines detection and mitigation capabilities. Designed for real-time drone monitoring and neutralization, it detects drones in flight and takes immediate countermeasures, effectively preventing unauthorized drone entry into restricted airspace. The system offers multiple defensive responses, including hovering disruption, forced landings, or returning drones to their takeoff point, ensuring the safety of low-altitude airspace. Its autonomous operation minimizes the need for manual intervention, automatically activating detection and countermeasure protocols based on configuration settings.

Leveraging secondary frequency conversion and intermediate frequency (IF) digital processing technology, the UADS-ZG12 system combines the strengths of both traditional analog receivers and modern digital receivers. This hybrid design ensures optimal detection accuracy and jamming effectiveness, covering 95% of drones available on the market. Once the detection module identifies drone activity, the system uses its recognition module to confirm the target, subsequently triggering the jamming module. Equipped with high sensitivity, the system can detect drones at distances exceeding 70% of their transmission range when using a 6dBi antenna, and over 55% when using a 3dBi antenna, depending on the specific operational environment.

The RF front-end is equipped with a professional-grade limiter, enabling the system to function without damage even in close proximity to active jammers. Moreover, the UADS-ZG12 boasts an exceptionally low false alarm rate, particularly in complex electromagnetic environments. This performance is superior to systems that rely on spectral feature matching, which are prone to higher rates of false positives.

In synchronized mode, multiple UADS-ZG12 units can work together, coordinating through a central data processing unit to enable accurate direction-finding capabilities. The system is also equipped with expansion interfaces that allow it to connect to Identification Friend or Foe (IFF) systems, providing an additional layer of security by distinguishing between friendly and hostile drones.

For countermeasures, the system employs a 360° omnidirectional jamming mode that disrupts key communication links used by drones. This includes jamming satellite navigation, wireless telemetry, and wireless image transmission, ensuring comprehensive protection against unauthorized drone operations.