Get Global Precision Weather Radars Available in Multiple Configurations
Weather Radar
Baron's radar systems are renowned for their exceptional performance in weather monitoring, delivering research-quality data and unparalleled support. We prioritize durability and sustainability in our engineering, ensuring high-quality data while minimizing the need for long-term maintenance. Our radars have advanced features that enable detailed analysis of flooding, hail, winter precipitation, tropical systems, and tornadoes.
Weather radar is a critical component of any meteorological detection network. The Baron Radar series is built to deliver the best possible accuracy of any radar on the market. Baron offers a variety of configurations to cater to the unique needs of every organization.
The superior weather data provided by our radars can serve as the foundation for a more efficient meteorological network and early warning system. To further enhance the accuracy of radar displays, we employ exclusive clutter suppression technologies like the patent-pending Baron ClearScan™ and Oklahoma University-developed CLEAN-AP. Additionally, we provide seamless upgrades to boost radar performance and extend the operational life of your radar.
With a track record of selling, installing, and performing dual polarization upgrades on over 350 radars worldwide, including the U.S. National Weather Service, you can trust Baron for our innovative radar technology and unwavering support.
Distinct Advantages
Choosing the right weather solution can feel like a daunting task. Our goal is to empower you with the confidence to make the best decision for your organization. Our Weather radars are specifically designed for organizations that require the following:
High-Resolution Data
Sustainable Investment
Performance Monitoring
Data Assimilation
Baron's radar selection delivers high-resolution, clear returns with advanced clutter suppression and patented calibration. These radars enhance weather detection and analysis, benefiting downstream applications like improving Numerical Weather Prediction models and producing exclusive weather impact analysis products.
Baron's radar selection delivers high-resolution, clear returns with advanced clutter suppression and patented calibration. These radars enhance weather detection and analysis, benefiting downstream applications like improving Numerical Weather Prediction models and producing exclusive weather impact analysis products.
Baron designs radar systems with durable, long-lasting components to minimize maintenance costs and ensure reliability. Our klystron and magnetron radar transmitters have low power consumption and are recyclable, extending equipment life for optimal performance.
Baron designs radar systems with durable, long-lasting components to minimize maintenance costs and ensure reliability. Our klystron and magnetron radar transmitters have low power consumption and are recyclable, extending equipment life for optimal performance.
Baron radar systems feature continuous performance monitoring, providing operators with real-time system status of voltages, temperature power levels, and more via an intuitive display. Our Radar Control Processor lets the operator view a complete snapshot of the system status and promptly alerts users to system faults, enabling proactive maintenance. With remote troubleshooting capabilities, our technicians ensure uninterrupted, stable performance, all with your consent.
Baron radar systems feature continuous performance monitoring, providing operators with real-time system status of voltages, temperature power levels, and more via an intuitive display. Our Radar Control Processor lets the operator view a complete snapshot of the system status and promptly alerts users to system faults, enabling proactive maintenance. With remote troubleshooting capabilities, our technicians ensure uninterrupted, stable performance, all with your consent.
Baron radars are ideally suited for downstream applications like improving Numerical Weather Prediction model output to help you better detect and analyze weather impacts and improve warnings and forecasting.
Baron radars are ideally suited for downstream applications like improving Numerical Weather Prediction model output to help you better detect and analyze weather impacts and improve warnings and forecasting.
Which Radar is Best for You?
Request an expert consultation.
A Weather Radar for Every Need
Baron believes in partnering with our customers to identify which radar technology is right for their application. Each radar band has different strengths and weaknesses, and because Baron scientists designed Baron radar components, we understand how to match the customer with the correct radar.
- Similar components across X, C, and S-band radars help reduce maintenance costs and supply chain sourcing.
- Radars consisting of tube-based transmitters still offer the best images in flooding scenarios necessary in early warning systems.
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S-Band Radar
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C-Band Radar
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X-Band Radar
With up to a 1-megawatt klystron or magnetron transmitter, Baron S-band radars offer excellent weather detection in all environments and provide greater resistance to rain fade with the power and sensitivity for precise meteorological applications.
- Best for sub-tropical and tropical regions.
- Able to accurately detect heavy rain and flooding.
- The most popular version is a small S-band, which offers the power of the S-band without the massive increase in radar infrastructure that accompanies full-size versions.
Our C-band radar is our most popular customer solution because of its power, flexibility, and reasonable cost. With a 1-megawatt klystron transmitter or 350-kilowatt magnetron transmitter, Baron C-band radars deliver superior performance in any weather condition.
- Crucial balance between price and performance.
- Suitable for any meteorological environment.
- Also available for mobile and transportable.
Baron’s 300-kilowatt X-band magnetron radar delivers exceptional accuracy for research applications and short-range meteorological surveillance.
- Ideal for high-resolution analysis.
- Best for mobile applications.
- Primary used as a gap filler radar or for research applications.
Testing filtering based on: products = Weather Radars (3)
Rebecca Manzou
Director
Zimbabwe Meteorological Services Department
Chuck Stevens
La Plata County Manager
La Plata County
Chuck Stevens
La Plata County Manager
La Plata County
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Prime Considerations
A Guide for Selecting Weather Radar for Specific Environments and Applications
To successfully conduct meteorological surveillance and mitigate weather risks, several considerations must be considered when configuring a weather radar.