Advantages of systems and complexes of protection against threats of UAVs illegal use

1. The possibility of an attack using chemical, biological weapons, and by dispersing radioactive materials;
2. The stealthiness of attack preparation;
3. The possibility of achieving acceptable accuracy of attacks through the use of cheap and affordable technical solutions;
4. Low effectiveness of existing air defense systems against low-flying, small-sized UAVs;
5. Ability to conduct reconnaissance through a variety of technical means.

Rubezh Engineering offers a comprehensive solution for anti-drone systems, including:

1. Organizational and technical basis of the Comprehensive Object Protection System against threats caused by UAVs;

2. Development and implementation of the regulatory and legal framework;

3. Development of a set of organizational and technical support.

The proposed solutions are based on the principle of the separated radars: sources of signals of target illumination and receivers of signals reflected from them are separated in space, which makes it possible to achieve the following advantages:

1. Operational configuration of the complex for the arising tasks and geometry of protected object (creation of "barriers" on threatening directions; creation of "dome" of protection over the object; building in one or several echelons);
   
2. Electromagnetic compatibility, environmental friendliness, high stealth;
3. Information compatibility with any other means of detection, communication, control and display;
4. Compatibility with other means of neutralization of unmanned vehicles and drones;
5. Compliance with the required levels of microwave radiation, sanitary and hygienic norms and rules; Possibility of application in populated areas;
6. Creation of large-scale object protection fields to detect objects that can move in the air and cross-border environments;
7. Provides for the use of third-party sources of light, which greatly reduces the cost of the system and makes it completely "invisible";
8. Eliminating the visibility gap of co-located radars in hard-to-access and rugged (mountainous) terrain;
9. Provides immunity to interference;
10. Simple modular design;
11. Independence from external sources of illumination signal;
12. Combination of the transmitter of illumination and jamming initiator in one device;
13. Cost-effective use;
    
14. Small mass and dimensions;
15. Low power consumption;
16. Autonomy.