About Met Instruments Project

The Met Instruments Project is a specialized initiative focused on the design, integration, and deployment of high-performance surface observation systems for research and operational applications.

Met Instruments Project provides cost-efficient, research instrumentation platforms that bridge the gap between consumer-grade field instruments and fully institutional meteorological infrastructure. Systems are engineered to support a wide range of use cases, including atmospheric research campaigns, aviation weather monitoring, and rapid-deployment field observations.

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Mission and Approach

The mission of the Met Instruments Project is to make reliable, calibrated, and field-ready meteorological instrumentation more accessible to organizations that require high-quality data but may not have access to large-scale institutional resources.

Met Instruments Project utilizes a hybrid procurement and integration strategy, combining new instrumentation—where performance, calibration traceability, and long-term support are critical—with carefully selected and validated professional-grade instruments from the secondary market.

This approach enables:

• significant cost reductions without compromising data quality
• flexible system configurations tailored to specific deployment needs
• sustainable lifecycle management through calibration and refurbishment pathways

All systems are designed with an emphasis on measurement integrity, maintainability, and operational reliability.

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Field Deployment Experience

Met Instruments Project-developed systems have been deployed in active research environments, including support of Intensive Operation Periods (IOPs) during large-scale atmospheric field campaigns.

In these deployments, Met Instruments Project platforms have been used to provide:

• continuous surface observations for radiosonde launch operations
• time-aligned measurements for temperature, humidity, wind, and pressure
• supplemental data to support boundary layer and urban meteorology studies

These systems have demonstrated the ability to integrate into existing research workflows and provide reliable, high-resolution observational data where traditional handheld solutions are insufficient.

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Capabilities

Met Instruments Project focuses on delivering complete, deployment-ready systems, not just individual sensors. Capabilities include:

• Rapidly Deployable Weather Stations (QDAWS / StickNet-style systems)
  Designed for fast setup and high-quality surface observations in field environments.
• Mobile Mesonet Platforms
  Vehicle-based observation systems for spatial analysis and validation studies.
• Flux and Specialized Measurement Stations
  Configured for advanced research applications including surface-atmosphere exchange studies.
• System Integration and Data Handling
  End-to-end solutions including sensor integration, data logging, telemetry, and QA/QC workflows.
• Calibration and Lifecycle Management
  Structured processes for sensor verification, calibration coordination, and long-term maintenance.

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Positioning and Use Cases

Met Instruments Project systems are particularly well-suited for:

• Atmospheric research campaigns and field studies
• Radiosonde launch support and boundary layer observations
• Urban meteorology and microclimate research
• Instrument intercomparison and validation studies
• Aviation-adjacent weather monitoring at small aerodromes

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Looking Forward

The Met Instruments Project is focused on continued development of modular, scalable instrument platforms that support both research and operational communities.

Through ongoing collaboration with researchers and institutions, Met Instruments Project aims to expand access to high-quality atmospheric observations, enabling more robust data collection and supporting the next generation of field-based meteorological research.