
S-Band Doppler Weather Radar
The S-band Doppler weather radar brings far more actionable data to your fingertips than older single-polarization setups. It gives you extra key measurements like differential reflectivity, correlation coefficient, and differential phase shift. These details let you clearly distinguish between rain, hail, snow, and even non-weather targets.
Description
The S-band Doppler weather radar brings far more actionable data to your fingertips than older single-polarization setups. It gives you extra key measurements like differential reflectivity, correlation coefficient, and differential phase shift. These details let you clearly distinguish between rain, hail, snow, and even non-weather targets.
The correlation coefficient readings make it easy to pick out ground clutter, sea echoes, and false signals right away. Dual-polarization data also lets you nail rainfall estimates, map storm structures, and spot strong updrafts. That cleaner, more detailed data makes every forecast far more trustworthy.
Features
The S-band Doppler weather radar uses a 1D digital active phased array, fully solid-state with all-digital, fully coherent transmit and receive, plus pulse Doppler and dual-polarization capability. No moving parts to wear out, no high-voltage tubes, so it runs steady and reliable. We calibrate and correct for beam shifts when it tilts off boresight, fixing beamwidth and antenna gain changes that would throw off data quality. You've got all the tools you need-narrow/wide transmit paired with narrow receive, single or multi-beam operation, adjustable resolution and pulse compression ratio, plus beam multiplexing. You can tweak settings and optimize data formats to get the most out of this phased array design.
Technical indicators
|
Detection Range (km) |
≥ 460 |
|
Range Resolution (m) |
≤ 62.5 |
|
Azimuth/Elevation Angular Resolution (°) |
≤ 0.01 |
|
Reflectivity Resolution (dBZ) |
≤ 0.5 |
|
Spectrum Width Resolution (m/s) |
≤ 0.5 |
|
Reflectivity Calibration Error (dB) |
-1.0 ~ 1.0 |
|
System Phase Noise (°) |
≤ 0.06 |
|
Ground Clutter Suppression (dB) |
≥ 60.0 |
|
Maximum Antenna Azimuth Scan Speed (°/s) |
≥ 60 |
|
Average of Peak Output Power (kW) |
≥ 650 |
|
Receiver Linear Dynamic Range (dB) |
≥ 115 |
|
Receiver Noise Figure (dB) |
≤ 3.0 |
Application fields
We integrate data from traditional S-band operational radars through advanced radar network fusion technology, and realize synchronous collaborative operation with X-band phased array radars. The S-band Doppler weather radar leverages fused network data to analyze real-time weather changes, automatically recognize various weather categories, and switch to targeted observation modes. This collaborative radar working mode effectively boosts monitoring precision and early warning performance for sudden severe convective weather.
Why Choose Our Dual Polarization Weather Radar
Built on an all-solid-state 1D digital active phased array, it's fully digital, fully coherent, pulse Doppler, and dual-polarized. No moving parts to wear out, no high-voltage tubes to maintain-just rock-solid, steady performance day in and day out. When the beam tilts off boresight, we use built-in calibration and correction to fix beamwidth shifts and antenna gain changes, so your data stays accurate no matter how the beam moves. You get full flexibility with scanning modes: narrow/wide transmit-narrow receive, single/multi-beam, adjustable resolution and pulse compression, plus beam multiplexing. Tweak the settings to match any observation need, and optimize data formats to get the most out of the phased array design.
Customized Solutions and Technical Support
We offer comprehensive technical support tailored to your business scenarios and needs, whether you require a complete customized solution or partial system adjustments.
We provide the following customized services:
- Multilingual Software Interface: Supports global multilingual switching to meet the needs of cross-border business and localized operations.
- Data Communication Integration: Open data interfaces for easy integration into your existing system platform.
- Regional Meteorological Standard Alignment: Targeted calibration and algorithm adaptation based on meteorological standards of your country or industry.
- Ground Station Configuration: Flexible combinations of ground station hardware and software to optimize data acquisition in special environments.
More Meteorological Equipment and Business Partnerships:
If you are looking for more professional meteorological equipment or require detailed project solutions, please contact our team of technical experts directly. We will provide you with professional assistance in the following areas:
- Obtain detailed product specifications and technical white papers
- System configuration and selection recommendations for complex scenarios
- Deep OEM/ODM customization and contract manufacturing cooperation
- Project budget quotations, bidding support, and overall solutions
Our engineers will provide you with professional responses as soon as possible.
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