Unauthorized drone intrusion during events and competitions may cause the following impacts:
- Disrupting events and creating chaos
- Dropping dangerous items and affecting public safety
- Damaging the security of critical infrastructure
- Infringing the live-broadcast rights of events and competitions
This solution is based on a combination of Gtdrone's URA-series detection-strike integrated equipment, building a low-altitude security protection system covering the full chain of "detection-identification-tracking-disposal". The URA400 drone detection-strike integrated equipment handles wide-area monitoring and precise strike, the URA560A specializes in high-speed FPV-drone defense, the URA560C vehicle-mounted system provides mobile deployment-and-control capability, and the URA500 portable detection-strike integrated gun is used for flexible deployment at key points. The entire system, through radio-spectrum detection, AI identification and location, and directional-jamming technology, achieves active early warning, precise identification and rapid countermeasure of drones within the event airspace, ensuring low-altitude security is safe and controllable throughout the event.
- Full-area three-dimensional defense: a high-, medium- and low-level multi-tier defense network eliminating monitoring blind spots, effectively countering threats of different scales
- Intelligent precise disposal: AI identifies and distinguishes models and locates pilots, implements blacklist/whitelist management, and disposes of illegal targets in a targeted manner
- Rapid closed-loop disposal: from target discovery to countermeasure completed within seconds, with an automated "detect-identify-jam-assess" closed loop greatly improving disposal efficiency.
- Flexible multi-scenario deployment: supports fixed, vehicle-mounted, portable and other deployment modes, rapidly adapting to temporary security needs such as competitions and venues.
- Green and friendly prevention-and-control: uses power-controllable directional-jamming technology, avoiding interference with surrounding communication and navigation signals, meeting urban-use requirements.
