Many government agencies and important military security units have installed drone jamming systems, which can effectively combat or interfere with illegal intrusions by drones. This has led many people to wonder about the state of drones after being expelled by drone jamming systems. In fact, drone jamming systems have multiple interference modes, including drone expulsion mode, drone forced landing mode, and drone precision strike mode. The operational state of the interfered drone varies depending on the mode in which the drone jamming system operates. This article aims to provide a comprehensive explanation.
Drone Expulsion Mode:
When the drone jamming system activates the expulsion mode, its purpose is to prompt drones that illegally enter restricted airspace to quickly leave the area. In this mode, the interfered drone loses control of flight and image transmission signals. Consequently, it immediately activates the automatic return mode and returns to the takeoff point according to preset altitude or advanced routes.
Drone Forced Landing Mode:
When the drone jamming system activates the forced landing mode, its objective is to capture or destroy drones that illegally intrude. The flight control, image transmission, and GPS positioning and navigation signals of the drone will be interfered with and lost. In this state, the drone behaves like a headless fly. Some drones will land in place or even stop mid-air and fall directly. Other models of drones will maintain their last normal communication state and continue flying in inertia. This can result in the drone crashing to the ground, colliding with obstacles, or flying out of the range covered by the interference signals of the drone jamming system.
Drone Precision Strike Mode:
When the drone jamming system activates the precision strike mode, it requires the system itself to have drone identification capabilities. It can identify drones in the air and perform precise interference and strikes against drones not on the safety list.
Drone jamming systems play a crucial role in safeguarding restricted airspace and protecting government agencies and military security units from illegal drone intrusions. The different interference modes of these systems, including drone expulsion, forced landing, and precision strike, determine the operational state of the interfered drone. Understanding these modes can help authorities effectively respond to and mitigate potential threats posed by unauthorized drones.