The GR-18 C-band fully coherent Doppler weather radar can not only determine the location and intensity of precipitation, but also determine the velocity and direction of the airflow inside the precipitation. Precipitation distribution and regional precipitation within a radius of 200 kilometers can be accurately estimated, and disastrous weather such as typhoons, rainstorms, squall lines, hail, tornadoes and other disastrous weather within a distance of 400 kilometers can be effectively monitored and early warning.
The GR-18 C-band fully coherent Doppler weather radar can not only determine the location and intensity of precipitation, but also determine the velocity and direction of the airflow inside the precipitation. Precipitation distribution and regional precipitation within a radius of 200 kilometers can be accurately estimated, and disastrous weather such as typhoons, rainstorms, squall lines, hail, tornadoes and other disastrous weather within a distance of 400 kilometers can be effectively monitored and early warning.
Main Feature
Fully coherent pulsed Doppler (PD) regime;
High stability and high power main vibration amplified transmitter;
Low noise and large dynamic digital receiver;
High-gain low-sidelobe antenna;
High-speed digital signal processing and data processing technology;
Continuous operation around the clock;
Remote monitoring, unattended;
Perfect automatic calibration and BIT function;
Main Specifications
Working frequency: 5300MHz ~ 5700MHz;
Detection range: Intensity monitoring distance: ≥400km;
Strength and speed measurement distance: ≥200km;
Output parameter measurement range: intensity measurement range: -15dBZ ~ +70dBZ;
Speed measurement range: -64m/s ~ +64m/s;
Spectrum width measurement range: 0 ~ 16m/s;
Pulse power: ≥250kW;
Antenna diameter: 4.5m/8.5m;
Output products: intensity (Z), velocity (V), spectral width (W);
Power supply voltage: three-phase 380V±10%, 50Hz±5%;
Machine power consumption: ≤10kW.
Main achievement
As the main radar of China Meteorological Administration’s new-generation weather radar network, more than 20 sets have been deployed across the country and successfully used in civil aviation airports
Representative Specifications (indicative)
| Parameter | Value / Range | Notes |
|---|---|---|
| Frequency Band | C-Band (4–8 GHz) | Medium-range weather radar |
| Polarization | Single or dual polarization | Optional upgrade available |
| Doppler Capability | Fully coherent | Measures radial wind speed and storm motion |
| Maximum Range | ~250 km | Terrain and weather dependent |
| Antenna Type | Parabolic reflector or phased array | Rotating or fixed scanning options |
| Beamwidth | ~1° | High spatial resolution |
| Pulse Repetition Frequency | 250–1,200 Hz | Adjustable for range and resolution |
| Scan Modes | PPI, RHI, volumetric | Programmable scanning patterns |
| Data Output | Real-time digital | Compatible with meteorological software and networks |
| Power Supply | AC 220/380 V; optional generator | Site-dependent |
| Environmental Rating | -30°C to +50°C; weatherproof | Suitable for harsh weather conditions |
| Mobility | Fixed, tower-mounted, or vehicle-mounted | Modular deployment options |
Key Features
-
C-Band Frequency: Optimized for long-range detection with moderate attenuation in precipitation.
-
Fully Coherent Doppler Technology: Provides precise measurement of radial wind speed, turbulence, and storm motion.
-
High Resolution: Detects fine meteorological structures and small-scale precipitation events.
-
Long-Range Capability: Capable of covering distances suitable for regional meteorological monitoring.
-
Robust & Reliable: Designed for continuous operation in harsh weather conditions.
-
Flexible Deployment: Can be mounted on towers, fixed installations, or mobile platforms.
-
Advanced Signal Processing: Includes clutter suppression, volumetric scanning, and echo classification.
-
User-Friendly Interface: Software supports radar control, data visualization, and reporting.
-
Remote Operation: Optional networked monitoring for integration into centralized meteorological or research networks.
