The Zhukov Military Academy of the Armed Forces of Russia has developed and patented a novel anti-drone defense system featuring a rotating network launch mechanism. This technology is engineered to safeguard military equipment against aerial threats posed by drones carrying explosive payloads. Unlike countermeasures that attempt to suppress radio signals or engage the drones through direct fire, this invention employs a physical interception method.
The system is designed to deploy a physical net into the flight path of an incoming drone in the critical moments just before a collision. The device is intended to function as a robust, mechanically simple countermeasure to modern aerial threats. It is designed for installation on the rear or side sections of vehicles.
Upon detection of an approaching drone signal, the mechanism automatically activates, launching the protective net. The core principle involves intercepting the projectile or hostile drone physically rather than engaging its electronic systems. This approach provides a tangible defense layer against explosive-laden unmanned aerial vehicles.
By deploying the net at close range, the system aims to neutralize the threat through physical entanglement at the point of impact. This patented mechanism represents a technological response to the growing challenge posed by sophisticated, yet difficult-to-interdict, drone attacks in operational environments.
Topics: #rotating #drone #drones
