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UAV Drone manufacturing introduction
White Paper on UAV Interference Technology Based on VCO DDS and SDR Technology (2)
The purpose of all interference is to prevent the enemy from effectively using the electromagnetic spectrum. In electronic warfare, electromagnetic interference is also known as electronic countermeasures. The basic method of electromagnetic interference is to send the interference signal along with the signal expected to be received by the enemy into the receiver, making it impossible for the enemy receiver to obtain correct information.
White Paper on UAV Interference Technology Based on VCO DDS and SDR Technology (1)
In recent years, the drone industry has developed rapidly, and the application of drones has become increasingly widespread, with the number of drones also showing an increasing trend year by year. However, at the same time, drones also pose serious security threats to various places in society. In recent years, incidents of drones impacting and attacking critical infrastructure have occurred frequently, and there is an urgent need for effective drone countermeasures technology. There are several common drone countermeasures techniques, including:
The current market situation of drones
Application of composite materials in the field of UAV drones
Future Development Prospects of Drones
Drone technology: basic theoretical knowledge of drones
An unmanned aerial vehicle (UAV) is an aircraft that carries no human pilot or passengers. UAVs sometimes people call it drones, which can be fully or partially autonomous but are more often remotely controlled by a pilot.
What do our UAV drones usually do?
Unmanned aerial vehicles (UAVs) are the robotic devices that can fly without the help of a human pilot.
In-depth report on UAV drones: a weapon for modern battlefields, driven by both domestic demand and foreign trade
UAV have outstanding advantages over manned aircraft, and have evolved into a weapon for modern warfare, with their consumable properties constantly strengthened.