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We've recently started running forecasts based on the
SWS-CM1, SWS-RM1, NAM and COAMPS models, which are all non-hydrostatic mesoscale
models that produce higher resolution wind forecasts than the GFS model we use.
The SWS-CM1, SWS-RM1, NAM and COAMPS models all have much higher resolution than
the GFS model, which is run on a 55 km (0.5 degree)
grid. Please keep in mind that no single weather model is going to always be better than the others, so it's best to have a look at both the GFS and the higher resolution (SWS-CM1, SWS-RM1, COAMPS or NAM) forecasts to get a better idea of what to expect. It's always good to have a second opinion. Also, the COAMPS
model only provides forecast output to 72 hours (3 days), the NAM model provides
forecast output to 84 hours (3.5 days), the SWS models provide forecast output
to 120 hours (5 days), as opposed to 180 hours (7.5 days) for the GFS model. SWS models
The NAM (North American Mesoscale) model, which is run on a 12 km (~0.12 degree) grid, is an NOAA/NCEP implementation of the WRF-NMM model. NAM wind forecasts are only available for the North American regions and sub-regions. To view these forecasts, click on the "NAM" tab located directly above the wind forecast charts.
The COAMPS (Coupled Ocean / Atmosphere Mesoscale Prediction System), which is run on a 18 km (~0.2 degree) grid, is produced at the Marine Meteorology Division of the U.S. Naval Research Laboratory (NRL). COAMPS wind forecasts are only available for the Western European and Mediterranean Sea regions and sub-regions. To view these forecasts, click on the "COAMPS" tab located directly above the wind forecast charts. |