Do you know the composition of the drone jammer? I believe many friends are interested. The work of the drone jammer is divided into detection, tracking, and interception.
Introduction to the composition of the drone signal jammer
Radar, Radio Frequency (RF), Electro-Optic (EO), Infrared (IR), Acoustic, and Combination Sensors. This category belongs to detection and tracking systems. Each of the above work units accepts the signal and issues instructions to the next step, and each step receives the information from the previous level and makes corresponding countermeasures.
Radiofrequency (RF) and GNSS (GPS and GLONASS) jamming, decoys, lasers, physical network wrapping targets, projectiles, electromagnetic pulses (EMP), etc. all belong to the interception phase. When the UAV transmits a signal, the drone jammer device detects the signal and tracks it, and then transmits the received information to the drone signal jammer system. The system intercepts the UAV according to the instruction and prohibits black flying occur.
Drone jammers are usually deployed in the following three ways:
1. Hand-held on foot: This type of deployment method is usually our common drone jammer gun;
2. Mounted on cars, boats, and planes: The vehicle-mounted drone UAV jammer adopts this type of mounting method to facilitate the movement of the UAV countermeasure system and improve mobility;
3. Fixed site and base protection: suitable for UAV countermeasures in large places such as military bases and airports.
It is important to choose the right type of equipment for the job, as one aspect does not fit all—for example, the compact form factor is a priority for a hiking handheld, while long-range performance is a priority for a fixed-field system.
