AEROGARD KUZGUN-X6

Electric Engine Rotary Wing- Drone UAV SET

WITH TEAR GAS LAUNCHER

In order to disperse unlawful assemblies and other civil disturbances, BMS Defence has developed an integrated tear gas launcher system deployable from its proprietary multi-rotor UAV platforms.

The system is fully compatible with the BMS Kuzgun-X6, Boran-1, and Boran-2 rotary-wing UAVs. The launcher is designed with a quick-release mechanism for fast mounting and dismounting in the field. It features a shock-absorbing gimbal system, ensuring stability during munition deployment.

The launcher is capable of delivering eight (8) rounds of 40 mm non-lethal munitions and incorporates a central electro-optical targeting camera, enabling real-time video transmission and precise engagement of designated areas or targets.

This tactical UAV-based payload can be operated by a single operator via a Windows or Android-based Ground Control Station (GCS). The system allows one-touch switching between the targeting camera and surveillance payload for enhanced situational awareness.

Under favorable weather conditions, the system supports an effective operational range of up to 8 km (tested up to 10 km). It provides rapid, one by one fire capability, making it an indigenously developed, mission-ready, offensive unmanned aerial system tailored for riot control, area denial, and tactical non-lethal engagements.

SYSTEM COMPONENTS

Autonomous Flight planning and flight suitability control.
During the flight phase, the UAV's battery consumption, distance to the take-off point and altitude from the ground, location, speed, target coordinates can be monitored on the screen in real time.
Map-based radar view obstacle recognition system.
Wide map base loading support; Geotiff, jpeg, jpg2, png, raster and vector data shp file.
WMTS, WMS online data or base map support.
Safe landing calculation for VTOL UAV, Optimized flight time calculation.
Displaying / saving the coordinates of the monitored object or the point the camera is looking at.
Recording the recorded locations to the file and Directing the Camera to the selected point.
Displaying the camera viewpoint on the map.
Automatic camera direction to the zoomed point on the map.
Photo and Video recording.