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UNMANNED AERIAL VEHICLE DETECTION AND JAMMING RADIO COMPLEX
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Modern threats for anti-missile system and space surveillance and tracking system objects include terroristic and unidentifiable unmanned aerial vehicle. To counter these threats a concept of radar complex for unmanned aerial vehicles jamming and detection proposed. Complex consists of non-radiating radio locator, radio warfare station and global navigation jamming radar. Structure, principle of operation and basic technical characteristics of these systems described. Counter-drone actions algorithm in proposed complex described and analyzed. Results of mom-radiating radar development in JSC MAK Vimpel and its experimental investigation described. Precision of estimation range, velocity and angular location described. Jamming effectiveness estimator schematic diagram proposed. Jamming effectiveness may be estimated on navigation equipment or program models of prospective GPS receivers. Results of effective jamming signal development presented. Results may be used in small low-energy counter drone radioelectronic systems development for anti-missile and Space Surveillance and Tracking system objects.
Title: UNMANNED AERIAL VEHICLE DETECTION AND JAMMING RADIO COMPLEX
Description:
Modern threats for anti-missile system and space surveillance and tracking system objects include terroristic and unidentifiable unmanned aerial vehicle.
To counter these threats a concept of radar complex for unmanned aerial vehicles jamming and detection proposed.
Complex consists of non-radiating radio locator, radio warfare station and global navigation jamming radar.
Structure, principle of operation and basic technical characteristics of these systems described.
Counter-drone actions algorithm in proposed complex described and analyzed.
Results of mom-radiating radar development in JSC MAK Vimpel and its experimental investigation described.
Precision of estimation range, velocity and angular location described.
Jamming effectiveness estimator schematic diagram proposed.
Jamming effectiveness may be estimated on navigation equipment or program models of prospective GPS receivers.
Results of effective jamming signal development presented.
Results may be used in small low-energy counter drone radioelectronic systems development for anti-missile and Space Surveillance and Tracking system objects.
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