DroneBuster – system for combating unmanned aerial vehicles (UAVs)

DroneBuster is a system for combating unmanned aerial vehicles (UAVs) developed and created by Kubara Lamina. The system is based on the generation of high-power microwave pulses (HPM) and their emission in the form of a beam using special directional antennas. The hit target is immediately neutralized and is not able to continue its flight.

 

Key features:

– non-kinetic and non-lethal weapon

– proven high blasting efficiency on UAV class I – nano and micro

– neutralizes both individual drones and drone swarms

– safe for the operator and the environment

– high mobility – adaptable to customer requirements

– optical identification and target tracking

– automatic detection and recognition of UAV with the use of AI algorithms

– low demand for electricity – genset <2kW

Application:

– protection of civilian and military property

– protection of civilian and military facilities

– protection against intrusion of external UAV into closed air zones

– Protection of critical infrastructure including: electricity and heat supply, power grids, energy resources, liquid and gas fuels, refineries, and port facilities for pumping liquid and gas fuels

– protection of strategic facilities: airports, military bases, missile launchers, stationary radars, command centers, border points and many others