Licensed under CC BY 4.0 by EUMETSAT
Metop ASCAT 6km Winds
Demonstrational : we welcome very much your feedback. Near real time productThe OSI SAF ASCAT winds from Metop-B are available on a high resolution swath grid size of 6km as a demonstration product, parallel to the existing operational 25km and 12.5km products. Several users have asked for a higher resolution product and we welcome very much your feedback if you are interested to evaluate the products. Based on the feedback we will consider whether or not a future operational status is useful for these products. The products are disseminated in BUFR and NetCDF format and they are available only on the KNMI FTP server, not through EUMETCast.
Identification
Characteristics
Processing level : L2
Satellite input : Metop-B/ASCAT
Other input : ECMWF outputs (wind, SST, land-sea mask)
Temporal sampling : Continuous
Spatial coverage : Global
Spatial sampling : 6km
Characteristics & methods : Swath sigma0’s and wind vectors
Data Access
Credentials for access to OSI SAF tools
For the FTP access, you need credentials which are provided on request, after registration on OSI SAF web site.
OSI SAF FTP (last 3 days)
ftp://ftppro.knmi.nl/
Directory: ascat_b_osi_057
Accuracy Requirements
Target accuracy : NA
History
On FTP server since :
First date :
Full series temporal coverage : 2018-onwards
Licence/Attribution/Citation
Licence : CC BY 4.0
Attribution : You must include attribution to EUMETSAT OSI SAF
Recommended citation : EUMETSAT OSI SAF Metop ASCAT 6km Winds
Comments
New ticket helpdesk

The winds are produced using the CMOD7 geophysical model function and contain stress-equivalent ECMWF background model winds as auxiliary data.
Background information on high resolution ASCAT wind retrievals can be found in this paper:
Vogelzang, J. and A. Stoffelen, ASCAT ultrahigh-resolution wind products on optimized grids, IEEE Journal of Selected Topics in Applied Earth O, 2017, 10, 5, 2332-2339, doi:10.1109/JSTARS.2016.2623861.
Metop-A is not processed any more from November 2021.