GFS (1.0° and 0.5°) and WRF-NMM (0.01° - 0.1°) model outputs

Spatial Resolution from 0.01° to 1.0° (1km to 120km)

Temporal resolution, 1-6 days x 1, 3 or 6 hours

Wind speed is displayed as both coloured overlay and wind barbs for speed and direction

GFS (1.0° and 0.5°) and WRF-NMM (0.01° - 0.1°) model outputs

Spatial Resolution from 0.01° to 1.0° (1km to 120km)

Temporal resolution, 1-6 days x 1, 3 or 6 hours

Wind speed is displayed as both coloured overlay and wind barbs for speed and direction

GFS (1.0° and 0.5°) and WRF-NMM (0.01° - 0.1°) model outputs

Spatial Resolution from 0.01° to 1.0° (1km to 120km)

Temporal resolution, 1-6 days x 1, 3 or 6 hours

Precipitation is the cumulative precipitation over the previous hours

GFS (1.0° and 0.5°) and WRF-NMM (0.01° - 0.1°) model outputs

Spatial Resolution from 0.01° to 1.0° (1km to 120km)

Temporal resolution, 1-6 days x 1, 3 or 6 hours

Pressure, MSLP (reduced to the mean sea level). Displayed as colour overlay and isobars with labels

GFS (1.0° and 0.5°) and WRF-NMM (0.01° - 0.1°) model outputs

Spatial Resolution from 0.01° to 1.0° (1km to 120km)

Temporal resolution, 1-6 days x 1, 3 or 6 hours

Air temperature measured at 2 meters above ground level

GFS (1.0° and 0.5°) and WRF-NMM (0.01° - 0.1°) model outputs

Spatial Resolution from 0.01° to 1.0° (1km to 120km)

Temporal resolution, 1-6 days x 1, 3 or 6 hours

Wind speed and direction, MSLP and Precipitation combined in single download, each parameter can also viewed in single mode

Wind: GFS (1.0° and 0.5°) and WRF-NMM (0.01° - 0.1°). Wave: WWIII Significant wave height

Wind speed and direction (wind barbs) and Wave Watch III significant wave height of the combined wind waves and swell

Temporal resolution, 1-6 days x 1, 3 or 6 hours

This is a combination of wind speed and direction and wave data within a single download. Showing wind bards over wave height overlay

WWIII Significant wave height of the combined wind waves and swell, and also primary wave direction and period

Wave Watch III 1.0° and 0.1°

Temporal resolution, 1-6 days x 1, 3 or 6 hours

This is the average height of one third of all waves, primary period and direction of wave propagation

Wave Watch III (0.5-1.0°) and WRF-NMM (0.1°)

Temporal resolution, 1-6 days x 1, 3 or 6 hours

Wind/Wave combined output.

Temperature of sea or ocean surface (0.1° - 1.0°)

Temporal resolution, 1-6 days x 1, 3 or 6 hours

Coverage: North West European continental shelf.

Highest Spatial resolution 0.02 °

Temporal resolution, 4 days x 1, 3 or 6 hours

This displays the speed and direction of the horizontal movement of surface water.

Next Generation Radar data

Coverage: USA, southern Canada and central Caribbean.

Displayed as rainfall rates in inches per hour (in/h) or millimetres per hour (mm/h).

Spatial resolution: 0.02°

Temporal resolution: T-4 hours x 10min time step (four hours of the most recent historical data)

Displayed as rainfall rates in inches per hour (in/h) or millimetres per hour (mm/h).

GRIBview desktop only (expected release for web and mobile for summer 2016)

Displays the most recent observed information from over 2000 buoys world wide.

Available with GRIBview mobile, desktop and MFD.

Displays all current information for any map point.

Analyse existing GRIB files or request the latest data.

Available with GRIBview mobile and desktop.

Displays graphical forecast information for any data point.

Analyse existing GRIB files or request the latest data.

Available with MFD.

Displays graphical forecast information for any data point.

Analyse existing GRIB files or request the latest data.

GRIBview desktop only (expected release for GRIBview mobile for summer 2016)

Select all your required parameters, resolution, area and number of days and have the forecast file emailed to you twice a day for 1 to 30 days.

GRIBview mobile and desktop.

Save and name your favourite areas and parameters for single click download of GRIB files. Web application has pre-set favourites.

Super High Resolution weather forecasts. 800 meters x 800 meters x 30 minute time step x 48 hours

Super High Resolution Tidal Stream: 500m

Covering around 1 million square km to ensure all boundary weather effects are taken into consideration in order to provide the best possible accuracy for Round the Island Race