ESRT Life
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This system represents a cutting-edge solution for countering unmanned aerial vehicles (C-UAV). Utilizing a robust vehicle as its base, it excels in diverse and challenging environments while demonstrating exceptional stability and durability in various combat scenarios. The system seamlessly integrates multiple subsystems, including UAV detection, communication jamming, navigation spoofing, and laser deterrence. Its sophisticated intelligent control system enables operators to remotely monitor and control the vehicle in real-time, facilitating precise responses to low-altitude threats. This versatile product finds applications in VIP security, large-scale patrolling, and base defense, providing comprehensive multi-layered security assurance.
| Feature | Details / Parameters |
|---|---|
| UAV Detection - Radar | |
| Detection Range | ≥ 3 km |
| Radar Frequency Bands | X/KU |
| Azimuth / Elevation Range | 360° / 20° |
| Distance Accuracy | 10 m |
| UAV Detection - Radio Detection | |
| Detection Range | ≥ 5 km |
| Supported Frequency Bands | 900MHz, 1.4GHz, 2.4GHz, 5.8GHz |
| Direction Finding Accuracy | 5° |
| UAV Communication Jamming | |
| Jamming Range | 5 km (adjustable, J/S ratio ≥ 10:1) |
| Simultaneous Frequencies | ≥ 4 |
| Maximum Bandwidth | ≥ 100MHz |
| Navigation Spoofing | |
| Supported Bands | GPS L1, GLONASS L1, BDS B1 |
| Jamming Power | ≥ 80W |
| Jamming Modes | Deceptive Jamming, Navigation Suppression |
| Laser Deterrence | |
| Capture and Tracking Range | ≥ 1.2 km (Target: DJI Phantom 4) |
| Tracking Accuracy | ≤ 10μrad |
| Denial Range | 800 m |
*Product data is for reference and may be subject to updates based on specific requirements.
The system is designed for high efficiency in both urban and remote areas. Its ability to distinguish legitimate signals from UAV threats in high-interference cityscapes ensures a low collateral impact.
This sophisticated feature provides an additional layer of defense, offering swift precision and versatile tracking angles, engaging threats at a distance to prioritize security.
Incorporating thermal imaging allows for superior identification in low-light conditions, rain, or fog by detecting infrared radiation, ensuring 24/7 operational readiness.
Autonomous capture systems eliminate the need for constant human intervention, utilizing deep learning algorithms to identify and categorize threats instantly.
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