ADDS Anti Drone Defense System
Infiniti'' ADDS is a long range automatic anti-UAV/ Drone system that will provide detection small UAV like the DJI phantom at up to 5km away with 360-degree panoramic coverage with no blind spots and the ability to visually track, recognize and eliminate the drone up to 2km away. The System is comprised of a state of the art military radar, an advanced long range EO/IR Visible and Thermal Infrared day night PTZ surveillance camera system and powerful broad spectrum RF jammer. This automated system will provide 24/7 detection, tracking and elimination of UAV/drones with the option for static jammers for permanent installs making it ideal for mobile, perimeter security, events, airports and high-value targets both rural and urban safe from aerial threats with up to a 5km diameter.
The Made (Mobile Anti-Drone/UAV Elimination) uses directional high-intensity RF waves in order to completely block both manual control as well GPS positioning to immediately eliminate hostile UAV & drones from 1~2km away before they can conduct surveillance or deploy or drop off their payload.
Infiniti Electro-Optics combines the most advanced infrared electro-optics and video surveillance technologies to create customized solutions for high-end surveillance, perimeter defense, and 24/7 threat detection. We work with MWIR & LWIR thermal infrared imaging, ZLID laser illumination, SWIR, HD long-range visible and NIR imaging, gyro stabilization, radar integration, and more.
Most companies only offer fixed configurations, however because of the high cost and complexity of these technologies, we prefer to custom-build complete end-to-end solutions based directly on the customer’s specifications and budget.
MADE Mobile Anti Drone/UAV Elimination is a hand countermeasure system by Infiniti Electro-optics that eliminates aerial threats posed by unmanned aerial vehicles (UAVs) & aerial drones, that are either remotely piloted aircraft systems (RPAS) or unmanned aircraft systems (UAS) or are following predetermined flight pattern using GPS.