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Marine meteorology

Extend meteorological observations across the ocean

Collect georeferenced observations of atmospheric pressure, sea-surface temperature, wind, and platform motion from remote coastal, open-ocean, and polar environments.

Atmospheric conditions over the ocean

Measure weather and the moving ocean together

Fixed stations provide valuable time series at known locations. Drifting platforms extend observations into data-sparse waters while documenting the trajectory and ocean layer associated with every measurement.

Configured with the appropriate sensors, Pacific Gyre platforms can support forecasting, air-sea interaction research, storm observations, model evaluation, and long-duration environmental monitoring.

Forecast support

Provide georeferenced surface observations from regions with limited conventional weather coverage.

Air-sea interaction

Pair atmospheric measurements with sea-surface temperature and current-following trajectories.

Pressure systems

Track pressure changes and platform location as weather systems cross remote ocean areas.

Polar monitoring

Collect position and environmental observations from ice and high-latitude waters using polar-capable telemetry.

SVP-B meteorological drifter surface float

Configurable measurements

Build the sensor package around the objective

GNSS position

Associate every observation with an accurate time and location.

Barometric pressure

Measure surface pressure for meteorological analysis and forecasting applications.

Sea-surface temperature

Add standard or high-accuracy temperature measurements, depending on the platform.

Wind velocity

Configure SVP platforms with wind speed and direction sensing when the program requires it.

Sensor availability varies by platform and configuration.

Select the platform for the environment and measurement set

Platform choice determines current-following behavior, available sensors, deployment method, and service life.

Open ocean and mixed layer

SVP and SVP-B

Combine mixed-layer current following with GNSS, sea-surface temperature, barometric pressure, and optional wind measurements.

View SVP platforms
Microstar Drifter

Coastal current and temperature

Microstar

Track currents at a 1-meter drogue depth with GNSS and optional surface-temperature measurements in coastal and shallow water.

View Microstar
Universal Tracker

Adaptable marine platform

Universal Tracker

Multiple hull sizes, marine and ice configurations, GNSS, and sensor options for sea-surface temperature and atmospheric pressure.

View Universal Tracker
Pacific Gyre Ice Tracker

Polar and ice environments

Ice Tracker

A rugged, air-deployable tracker with optional internal temperature and barometric-pressure sensors for high-latitude programs.

View Ice Tracker

Deployment flexibility

Reach remote waters by vessel or aircraft

Platforms can be configured for conventional vessel deployment, and selected products are available with specialized air-deployment packaging.

Pacific Gyre can help define the hull, sensors, telemetry, sampling interval, power capacity, and packaging required for the intended environment and deployment method.

Discuss deployment requirements
C-130 aircraft used for air deployment of meteorological drifters
Pacific Gyre data dashboard

Telemetry and data services

Monitor the network and retain the complete record

Satellite telemetry delivers platform observations to Pacific Gyre's browser-based system for mapping, status review, scientific-unit conversion, downloading, and archiving.

Use the API to integrate data into forecasting systems, research databases, dashboards, spreadsheets, and analysis workflows.

Explore data services

Design a meteorological observing platform for the mission

Tell us where and how you plan to deploy, the required variables, reporting interval, service life, and data-delivery needs. We will recommend an appropriate configuration.