One of the key features of the R-Eye-102A is its utilization of transmit shaping and receive digital multi-beam technology, enhancing its performance in target detection and discrimination. By employing advanced signal processing techniques, the radar system effectively filters out noise and clutter, minimizing false alarms and ensuring high detection accuracy even in complex and cluttered environments. This technology enables the R-Eye-102A to achieve superior performance in detecting "small, slow" targets, providing early warning capabilities crucial for timely response and decision-making in critical situations.
Furthermore, the R-Eye-102A features multiple radar units for multi-point deployment and collaborative networking, enabling rapid detection of targets in a wide low-altitude area. This strategic configuration enhances the radar's coverage area, allowing for comprehensive surveillance capabilities crucial for monitoring dynamic environments and swiftly responding to emerging threats. By leveraging collaborative networking capabilities, multiple radar units can seamlessly share data and coordinate responses, maximizing surveillance efficiency and minimizing blind spots.
Additionally, the R-Eye-102A is designed with versatility and adaptability in mind, catering to a wide range of surveillance and security applications. Its modular design facilitates easy integration with existing radar networks and command systems, ensuring seamless interoperability and scalability to meet evolving operational needs. Moreover, its robust construction and advanced components ensure consistent performance even in harsh environmental conditions, making it suitable for deployment in various operational scenarios.
In summary, the R-Eye-102A sets a new standard in low-altitude surveillance radar technology, combining advanced features such as fully solid-state, fully coherent pulse Doppler configuration, transmit shaping, receive digital multi-beam technology, and collaborative networking capabilities to deliver unparalleled performance and reliability. Its ability to effectively detect and provide early warning of "small, slow" targets in all weather conditions, coupled with its multi-point deployment capability and modular design, makes it an indispensable asset for various surveillance and security operations, ensuring comprehensive situational awareness and operational effectiveness.
Technical Specifications
Frequency Band | Ku-band |
Detection Range | Search: ≥6.5km (RCS: 0.01 m²), Track: ≥8km (RCS: 0.01 m²) Blind Zone: ≤200m |
Blind Zone | ≤200m |
Angular Coverage | Azimuth: 0°~360°, Elevation: 0°~30° |
Speed Measurement Range | 1m/s~100m/s |
Scanning Method | Azimuth: mechanical scanning, Elevation: simultaneous multi-beam |
Search Accuracy | Distance <7.5m, Azimuth: <0.3°, Elevation: <0.3° |
Tracking Accuracy | Distance <7.5m, Azimuth: <0.2°, Elevation: <0.2° |
Target Update Rate | 2s |
Interface | Ethernet |
Weight | ≤90kg |
Power Supply | AC220V |
Power Consumption | ≤1000W |
Dimensions | Array Size: ≤600mm*475mm*155mm (excluding servos) |
Operating Temperature | -40°C to +55°C |
One of the key features of the R-Eye-102A is its utilization of transmit shaping and receive digital multi-beam technology, enhancing its performance in target detection and discrimination. By employing advanced signal processing techniques, the radar system effectively filters out noise and clutter, minimizing false alarms and ensuring high detection accuracy even in complex and cluttered environments. This technology enables the R-Eye-102A to achieve superior performance in detecting "small, slow" targets, providing early warning capabilities crucial for timely response and decision-making in critical situations.
Furthermore, the R-Eye-102A features multiple radar units for multi-point deployment and collaborative networking, enabling rapid detection of targets in a wide low-altitude area. This strategic configuration enhances the radar's coverage area, allowing for comprehensive surveillance capabilities crucial for monitoring dynamic environments and swiftly responding to emerging threats. By leveraging collaborative networking capabilities, multiple radar units can seamlessly share data and coordinate responses, maximizing surveillance efficiency and minimizing blind spots.
Additionally, the R-Eye-102A is designed with versatility and adaptability in mind, catering to a wide range of surveillance and security applications. Its modular design facilitates easy integration with existing radar networks and command systems, ensuring seamless interoperability and scalability to meet evolving operational needs. Moreover, its robust construction and advanced components ensure consistent performance even in harsh environmental conditions, making it suitable for deployment in various operational scenarios.
In summary, the R-Eye-102A sets a new standard in low-altitude surveillance radar technology, combining advanced features such as fully solid-state, fully coherent pulse Doppler configuration, transmit shaping, receive digital multi-beam technology, and collaborative networking capabilities to deliver unparalleled performance and reliability. Its ability to effectively detect and provide early warning of "small, slow" targets in all weather conditions, coupled with its multi-point deployment capability and modular design, makes it an indispensable asset for various surveillance and security operations, ensuring comprehensive situational awareness and operational effectiveness.
Technical Specifications
Frequency Band | Ku-band |
Detection Range | Search: ≥6.5km (RCS: 0.01 m²), Track: ≥8km (RCS: 0.01 m²) Blind Zone: ≤200m |
Blind Zone | ≤200m |
Angular Coverage | Azimuth: 0°~360°, Elevation: 0°~30° |
Speed Measurement Range | 1m/s~100m/s |
Scanning Method | Azimuth: mechanical scanning, Elevation: simultaneous multi-beam |
Search Accuracy | Distance <7.5m, Azimuth: <0.3°, Elevation: <0.3° |
Tracking Accuracy | Distance <7.5m, Azimuth: <0.2°, Elevation: <0.2° |
Target Update Rate | 2s |
Interface | Ethernet |
Weight | ≤90kg |
Power Supply | AC220V |
Power Consumption | ≤1000W |
Dimensions | Array Size: ≤600mm*475mm*155mm (excluding servos) |
Operating Temperature | -40°C to +55°C |
