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Metocean Data

Accuracy

Data you can trust. Tidetech constructs models of tidal elevation and currents using techniques developed at the world's foremost tidal research institute, the UK National Oceanography Centre. Our scientists produce high-resolution tidal models in-house and select the best performing meteorological and oceanographic third party datasets from official and academic sources in order to provide the most accurate data in the industry.

Models include Mercator (NEMO) model run by the MyOcean consortium, and HYCOM run by the US Naval Research Laboratory, FOAM run by the UK Met Office and GSLA run by Australian Commonwealth Scientific and Industrial Research Organisation (CSIRO). Read more...

Reliability

Get the data you need, when you need it. Tidetech's industry-leading data platform is built to manage large scale, complex meteorological and oceanographic datasets. Hosted by amazon web services in a cloud environment, built-in redundancy and multi location

hosting ensures that our customers experience fast and reliable service with no downtime. Data can be provided in a number of formats and seamlessly integrated with third party applications in order to meet your specific needs. Read more...

Catalogue

Currents

Baltic Sea Currents

Hydrodynamic model including atmospheric forcing - displaying surface currents

Resolution: 4.4km
Forecast Length: 2 days
Timestep: 60min
Longitude: 9.042e - 30.3e
Latitude: 53.025n - 65.865n
Source: Copernicus Marine Environment Monitoring Service

Currents

Bass Strait Currents

Hydrodynamic model displaying depth averaged currents

Resolution: 4km
Forecast Length: 5 days
Timestep: 15min
Longitude: 142e - 150e
Latitude: 37.5s - 41.54s
Source: Tidetech proprietary model

Currents

Biscay, Iberian Peninsula and Gibraltar Strait

Operational Analysis and Forecast Model

Resolution: 0.03°
Forecast Length: 5 days
Timestep: 60min
Longitude: 19.00w - 4.97e
Latitude: 26.00n - 47.98n
Source: Copernicus Marine Environment Monitoring Service

Currents

Chesapeake Bay Currents

Operational Analysis and Forecast Model

Resolution: 0.01°
Forecast Length: 5 days
Timestep: 60min
Longitude: 77.50w - 75.51w
Latitude: 36.30n - 39.79n
Source: NOAA

Currents

English Channel Currents

Hydrodynamic model

Resolution: 0.02°
Forecast Length: 5 days
Timestep: 30min
Longitude: 5.66w - 4.64e
Latitude: 48.46n - 52.00n
Source: Tidetech proprietary model

Currents

Global Combined Currents

Operational Analysis and Forecast Model of combined tidal and ocean currents

Resolution: 0.1°
Forecast Length: 7 days
Timestep: 60min
Longitude: 180.00w - 179.90e
Latitude: 70.00s - 69.90n
Source: Tidetech proprietary model

Currents

Global Ocean Currents

Operational Analysis and Forecast Model

Resolution: 0.1°
Forecast Length: 7 days
Timestep: 60min
Longitude: 180.00w - 179.90e
Latitude: 70.00s - 69.90n
Source: Copernicus Marine Environment Monitoring Service

Currents

Great Lakes Currents

Operational Analysis and Forecast Model

Resolution: 0.05°
Forecast Length: 2.5 days
Timestep: 60min
Longitude: 92.40w - 76.05w
Latitude: 41.35n - 48.80n
Source: NOAA

Currents

Malacca And Singapore Straits Currents

Hydrodynamic model

Resolution: 0.008°
Forecast Length: 5 days
Timestep: 30min
Longitude: 97.24e - 105.99e
Latitude: 2.00s - 5.10n
Source: Tidetech proprietary model

Currents

New York Currents

Operational Analysis and Forecast Model

Resolution: 0.003°
Forecast Length: 2.5 days
Timestep: 60min
Longitude: 74.27w - 73.95w
Latitude: 40.42n - 40.89n
Source: NOAA

Currents

Northwest European Shelf Currents

Hydrodynamic model

Resolution: 0.04°
Forecast Length: 5 days
Timestep: 30min
Longitude: 11.98w - 9.98e
Latitude: 48.02n - 61.98n
Source: Tidetech proprietary model

Currents

San Francisco Currents

Hydrodynamic model

Resolution: 0.001°
Forecast Length: 5 days
Timestep: 30min
Longitude: 122.60w - 122.16w
Latitude: 37.66n - 38.16n
Source: Tidetech proprietary model

Currents

Solent Currents

Hydrodynamic model displaying depth averaged currents

Resolution: 100m
Forecast Length: 2 days
Timestep: 15min
Longitude: 1.83w - 0.79w
Latitude: 50.474n - 51.00n
Source: Tidetech proprietary model

Currents

Sydney Currents

Hydrodynamic model

Resolution: 0.001°
Forecast Length: 5 days
Timestep: 30min
Longitude: 155.10e - 151.33e
Latitude: 33.89s - 33.77s
Source: Tidetech proprietary model

Currents

Tampa Bay Currents

Hydrodynamic model displaying near surface currents

Resolution: ~100m
Forecast Length: 2 days
Timestep: 60min
Longitude: 277.10e - 277.60e
Latitude: 27.20n - 28.10n
Source: NOAA

Meteorology

Air Temperature

Atmospheric model displaying air temperature at 10m above surface

Resolution: 0.5°
Forecast Length: 10 days
Timestep: 3h
Longitude: 180w - 180e
Latitude: 90s - 90n
Source: NOAA NCEP Global Forecast System

Meteorology

Cloud Cover

Atmospheric model displaying cloud cover percentage

Resolution: 0.5°
Forecast Length: 10 days
Timestep: 3h
Longitude: 180w - 180e
Latitude: 90s - 90n
Source: NOAA NCEP Global Forecast System

Meteorology

Precipitation Rate

Atmospheric model displaying precipitation rate

Resolution: 0.5°
Forecast Length: 10 days
Timestep: 3h
Longitude: 180w - 180e
Latitude: 90s - 90n
Source: NOAA NCEP Global Forecast System

Meteorology

Relative Humidity

Atmospheric model displaying relative humidity

Resolution: 0.5°
Forecast Length: 10 days
Timestep: 3h
Longitude: 180w - 180e
Latitude: 90s - 90n
Source: NOAA NCEP Global Forecast System

Meteorology

Wind Gust

Atmospheric model displaying wind gust at 10m above surface

Resolution: 0.5°
Forecast Length: 10 days
Timestep: 3h
Longitude: 180w - 180e
Latitude: 90s - 90n
Source: NOAA NCEP Global Forecast System

Meteorology

Wind Speed And Direction

Atmospheric model displaying wind at 10m above surface and mean sea level pressure

Resolution: 0.5°
Forecast Length: 10 days
Timestep: 3h
Longitude: 180w - 180e
Latitude: 90s - 90n
Source: NOAA NCEP Global Forecast System

Waves

Baltic Sea Waves

Wave model displaying significant wave height and primary direction

Resolution: 0.028°
Forecast Length: 3 days
Timestep: 3h
Longitude: 9.01e - 30.21e
Latitude: 53.01n - 65.91n
Source: Copernicus Marine Environment Monitoring Service

Waves

Great Lakes Waves

Wave model displaying significant wave height and primary direction

Resolution: 0.05°
Forecast Length: 5 days
Timestep: 60min
Longitude: 92.40w - 76.05e
Latitude: 41.35n - 48.80n
Source: NOAA

Waves

Global Primary Wave

Wave model displaying significant wave height and primary direction

Resolution: 0.20°
Forecast Length: 5 days
Timestep: 3h
Longitude: 180w - 180e
Latitude: 80s - 90n
Source: Copernicus Marine Environment Monitoring Service

Waves

Global Swell Wave

Wave model displaying swell wave height and direction

Resolution: 0.20°
Forecast Length: 5 days
Timestep: 3h
Longitude: 180w - 180e
Latitude: 80s - 90n
Source: Copernicus Marine Environment Monitoring Service

Waves

Global Wave Length

Wave model displaying wave length and primary direction

Resolution: 0.20°
Forecast Length: 5 days
Timestep: 3h
Longitude: 180w - 180e
Latitude: 80s - 90n
Source: Copernicus Marine Environment Monitoring Service

Waves

Global Wind Wave

Wave model displaying wind generated waves

Resolution: 0.20°
Forecast Length: 5 days
Timestep: 3h
Longitude: 180w - 180e
Latitude: 80s - 90n
Source: Copernicus Marine Environment Monitoring Service

Observations

Indo-Australasian Sea Surface Height and Currents

Analysis of sea surface height deviation and geostrophic currents overlaid with sea surface temperature

Resolution: 0.2°
Forecast Length: n/a
Timestep: n/a
Longitude: 57.00e - 185.00e
Latitude: 60.00s - 10.00n
Source: IMOS

Observations

Sea Surface Temperature

Sea surface temperature derived from satellite observation

Resolution: 0.01°
Forecast Length: n/a
Timestep: n/a
Longitude: 180w - 180e
Latitude: 89s - 89n
Source: Jet Propulsion Laboratory

Ice

Ice Coverage

Atmospheric model displaying percentage of sea ice coverage

Resolution: 0.5°
Forecast Length: 10 days
Timestep: 3h
Longitude: 180w - 180e
Latitude: 90s - 90n
Source: NOAA NCEP Global Forecast System