Tecnología Ragine, Nos centramos en el equipo anti-drones. desarrollo y producción, hacer que su espacio aéreo a baja altitud sea más seguro.

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Serie de detección/

Radar de detección de baja altitud

Parámetros de rendimiento de la unidad de detección

Frequency band: X band

Rango de detección: 4 kilómetros (drone, RCS < 0.01 m ²)

Blind spot: 100 metro

Angular coverage: Azimuth: 0 °~ 360 °, Pitch: 0~ 30

Tracking function: Equipped with tracking and TAS functions

Velocity range: 1 m/s~100 m/s

Accuracy: Distance: < 10 metro, azimuth/pitch: < 0.6 ° (scan), azimuth/pitch: < 0.4 ° (pista)

Target update rate: Not more than 3 s (configurable)

 

Parámetros de rendimiento de la máquina

Interface: Ethernet port

Weight: ≤28 kg

Power supply: C.A. 220 V

Power consumption: ≤400 W

Operating temperature range: Temperatura de trabajo: -40 ℃~ + 55

Tamaño:

  • Front size: 300 milímetros * 300 milímetros * 130 milímetros (excluding turntable)
  • Equipment size: 536 milímetros * 300 milímetros * 230 milímetros (including turntable)

 

Nota: Pueden ocurrir variaciones según los entornos operativos y los modelos de drones.. Ciertas especificaciones en esta página están sujetas a cambios..

  • Detalles del producto
  • Característica

Professional Low-Altitude Surveillance Solution for Critical Airspace Protection

El Radar de detección de baja altitud is a professional-grade surveillance system specifically engineered for monitoring low-altitude aerial targets such as unmanned aerial vehicles (UAV). Designed to address the increasing security challenges posed by unauthorized drones, the system delivers reliable, all-weather detection, seguimiento, and threat assessment across complex operational environments.

Optimized for critical infrastructure protection, the radar is ideally suited for deployment in aeropuertos, border areas, instalaciones energéticas, and other key sites where continuous low-altitude awareness, rapid response, and seamless system integration are essential.

X-Band Detection Technology with Three-Dimensional Coverage

Utilizing advanced X-band detection technology, the system achieves a detection range exceeding 4 kilometers, with blind-spot coverage down to 100 metros, forming a comprehensive low-altitude monitoring network.

The radar integrates 360-degree horizontal scanning with up to 30 degrees of elevation coverage, enabling three-dimensional detection and accurate tracking of high-speed, low-speed, and hovering targets. This capability ensures stable performance in dense airspace environments and reliable detection of small, low-RCS drone targets.

Real-Time Tracking and Threat Assessment with Rapid Response

The Low-Altitude Detection Radar supports real-time target tracking and threat level assessment, providing continuous updates on target position, speed, trajectory, and behavior. A wide speed measurement range combined with second-level data refresh ensures precise capture of complex flight patterns.

With a response time of less than 3 seconds, security operators can rapidly identify potential threats and initiate appropriate countermeasures, significantly reducing response latency and improving overall airspace control efficiency.

Deployment Efficiency and Seamless System Integration

Designed with deployment practicality in mind, the system features a lightweight structure and supports a standard AC220V power supply, minimizing installation complexity and infrastructure requirements.

A standardized network interface enables seamless integration with existing security command and control platforms, supporting plug-and-play deployment within multi-layered security architectures. This integration capability reduces system commissioning time and lowers long-term operation and maintenance costs.

Industrial-Grade Reliability for Harsh Environments

Engineered for continuous operation, the radar maintains stable performance across a wide temperature range from –40°C to +55°C, making it suitable for harsh and remote environments.

The robust system design ensures 24/7 uninterrupted operation, meeting the reliability demands of mission-critical security applications and supporting long-term, large-scale deployments.

Typical Application Scenarios

  • Airport low-altitude airspace surveillance

  • Border and perimeter security

  • Protection of energy facilities and critical infrastructure

  • Integrated low-altitude security command systems

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