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Radio Frequency
Characteristics.
The anti-drone system based on RF (Radio Frequency) devices, radars, and jammers is an advanced set of technologies used for detecting, tracking, and disrupting electronic signals to protect against attacks or espionage. This type of system can be used in various areas, from military operations to the protection of critical infrastructure.
RF Devices
RF devices use radio waves for communication or object detection. In the context of anti-drone systems, they can be used to monitor radio frequency bands to detect unusual or potentially hostile transmissions. These devices can also identify signal sources, which is crucial for further defensive actions.
Radars
Radars are a key component of any anti-drone system, used to detect, track, and classify objects (such as aircraft, drones, or missiles) at various altitudes and distances. Thanks to advanced signal processing algorithms, radars can operate in various weather and environmental conditions, providing precise data on objects in the air, on land, or at sea.
Jammers
Jammers, or jamming devices, are the defensive part of the anti-drone system, designed to prevent opponents from using electronics for attack or espionage. They work by generating strong, disruptive radio signals or signals in other bands (such as radar), which block data transmission or the proper functioning of enemy devices. Jammers can target specific frequencies or operate in a wideband mode, disrupting many different signals simultaneously.
Integration and Control
For an anti-drone system to be effective, all its components must be integrated into a single cohesive network that enables rapid information exchange and decision-making. This includes not only the hardware (radars, RF devices, jammers) but also data analysis software, artificial intelligence algorithms for automatic threat recognition, and user interfaces that allow operators to monitor and control the system.
Applications
Anti-drone systems are used in various fields, from air defense and critical infrastructure protection to combating drones in urban areas. Their versatility and ability to adapt to different types of threats make them a key element of modern security and defense strategies.
Specyfikacja
Techniczna.
Podwozie
Toyota Hillux 2,5
Waga
2700 kg
Koła
33″
Zawieszenie
2″
Wzmocnione
amortyzatory, pióra
Osłony
silnika, skrzyni biegów
Osłona
zderzaka
Wyciągarka
4T
Dodatkowo oświetlenie
Lezer
Specyfikacja
Techniczna.
Podwozie
Toyota Hillux 2,5
Waga
2700 kg
Koła
33″
Zawieszenie
2″
Wzmocnione
amortyzatory, pióra
Osłony
silnika, skrzyni biegów
Osłona
zderzaka
Wyciągarka
4T
Dodatkowo oświetlenie
Lezer
Funkcje
Cywilny wyprawowy Off Road
Namiot wyprawowy
opcja
System zasilania
opcja
Cywilny serwisowo/remontowy
Wyposażenie warsztawowe
opcja
System zasilania
opcja
Cywilno/specjalny – system obserwacyjny
System wizyjny dzień/noc
opcja
Systemy radarowe
opcja
System zasilania
opcja
Platforma dronowa
zawiera
Zestaw pojazdu uprzywilejowanego
zawiera
Cywilno/specjalny – system obserwacyjny
System antydronowy
opcja
Systemy radarowe
opcja
“Farys” z systemem obserwacyjnym to przykład nowoczesnego podejścia do projektowania pojazdów wojskowych, gdzie priorytetem jest wszechstronność, zaawansowane technologie i integracja systemów, co razem tworzy potężne narzędzie wspierające operacje wojskowe w szerokim zakresie scenariuszy.
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