UAV Defense System
UAV Defense System
The Anti-UAV Defence System (AUDS) is a sophisticated system designed to disrupt and neutralise illegal Unmanned Aerial Vehicles (UAVs) or commercially known as drones, from invading and protecting key areas and personnel from harmful threats.
AUDS is equipped with a smart-sensor and effector package capable of remotely detecting small drones then tracking and classifying them before providing the option to interrupt their activity. The system may be used in remote or urban areas to restrain UAVs being used for terrorist attacks, espionage, or other alarming activities against sites with critical infrastructure.
Features of the System
Is able to provide solutions to annexing location defence systems, such as pinpointing specific target buildings.
Temporary / mobile deployment defending system which is designed for the deployment of area building group targets.
Portable deployment may be used alone via multiple product forms, including daily routine patrols and gun-type products with flexibility in potential emergency situations.
Minimum and match-using mix and match with a fixed Jammer and detector, building echelon defending areas whilst simultaneously enhancing protection
for core areas.
Utilization of low-altitude airspace becomes an available option via the jamming of drones and compelling it to leave, or even land.
Responsible for receiving control signals, and performing flight missions as the mission load carrier.
Support transmission of video, location information, flight data, and other data information to the ground station.
Maximum data resistance with 12m/s and max data transmission distance within the ranges of eight [8] to ten [10] kilometres.
Provides view map drawings with real-time stitching.
The controller, local recorder, and monitor is encompassed in one [1] primary unit. The control includes an eight [8] inch screen, WIFI/ 4G/ HotSpot/ HDMI/ Microphone/ TF cards interfaces, local recording, embedded Google Maps, and restricted region database.
Responsible for receiving control signals, and performing flight missions as the mission load carrier.
Support transmission of video, location information, flight data, and other data information to the ground station.
Maximum data resistance with 12m/s and max data transmission distance within the ranges of eight [8] to ten [10] kilometres.
Provides view map drawings with real-time stitching.
The controller, local recorder, and monitor is encompassed in one [1] primary unit. The control includes an eight [8] inch screen, WIFI/ 4G/ HotSpot/ HDMI/ Microphone/ TF cards interfaces, local recording, embedded Google Maps, and restricted region database.