Radiometers

Continuous, High-Resolution Atmospheric Profiling

The MP-3000A Profiling Microwave Radiometer continuously provides air temperature, humidity, and liquid profile products from the surface to 10km above the ground. Unlike other remote sensing methods, the MP-3000A uses passive detection, which allows for data retrievals in all weather, even in cloudy and rainy conditions, making it essential for thermodynamic research, climatology, local Nowcasting, and weather forecasting.

All-Weather Performance & Rain Effect Mitigation

Equipped with Radiometrics’ proprietary Rain Effect Mitigation methods, the MP-3000A ensures optimal profile accuracy in all weather conditions. As a frequency-agile instrument, it has been continuously improved over 17 years, leading to its third-generation, field-proven reliability. Over 300 units are in use worldwide, operating in environments ranging from extreme polar regions to tropical climates.

Key Features & Capabilities

  • 21 Calibrated K-Band Humidity Channels for precise moisture profiling.
  • 14 Calibrated V-Band Temperature Channels for accurate thermal measurements.
  • Superblower technology keeps the radome free of dew, rain, snow, and ice, ensuring uninterrupted performance.
  • Corrosion-free, internally mounted zenith infrared cloud base temperature sensor for long-term accuracy and reliability in harsh conditions.
  • Advanced neural network retrieval methods for superior data analysis.
  • Field-replaceable components for cost-effective maintenance and repair.
  • Browser-based VizMet-Pro software for intuitive instrument control and data visualization, as well as automatic calibration.
  • Full-sky mapping capability with integrated azimuth drive.
  • Compact & lightweight design (under 50kg, including radiometer, superblower, and azimuth positioner).
  • Proven reliability across all climates and extreme weather conditions.

The MP-3000A Radiometer delivers unparalleled atmospheric insights, making it an essential tool for scientific research, operational meteorology, and advanced weather forecasting worldwide.