OSCAR
Observing Systems Capability Analysis and Review Tool
Login
Home
Observation Requirements
Space-based Capabilities
Surface-based Capabilities
Analysis
Overview
Programmes
Satellites
Instruments
Frequencies
Agencies
Satellite Status
Gap Analyses
No JavaScript detected
Usage of this Website will be severly limited without JavaScript. Please enable JavaScript in your Browser.
Satellite Programme: Geostationary Operational Environmental Satellite - 2nd generation
Programme details
Programme description
Series of eight operational meteorological satellites in geostationary orbit.
Follow-on of the GOES first generation series. Main developments: 3-axis stabilisation and separation of the imaging and sounding instruments.
NOAA responsible of requirements, funding, development of the ground segment and operations. NASA responsible of development of the space segment.
The platforms are actively stabilised over 3 axes.
The design life time of the satellites is 5 years.
Two satellites at any time: GOES-East at 75°W and GOES-West at 135°W.
The replacement policy is based on one satellite in hot standby at 105°W as common backup. Possible spare satellites are used for contingency purposes (South America coverage and, in one circumstance, Western Pacific).
See detailed description at
http://goes.gsfc.nasa.gov/text/goes.databookn.html
.
Data circulation
CDA (Command and Data Acquisition station) to receive all data transmitted in real-time. Main locations: Wallops Island (Virginia) and, as backup, Greenbelt (Maryland) and Fairbanks (Alaska); solar instrument data to Boulder (Colorado).
PDR (Processed Data Relay) to broadcast pre-processed images and sounding data in near-real-time (NRT) by using a GOES Variable Data Format (GVAR).
MDL (Multiuse Data Link) to transmit diagnostic data including Space weather data.
WEFAX (Weather Facsimile) to broadcast a selection of images in analogue form.
LRIT (Low Rate Information Transmission), digital follow-on of WEFAX since 2005.
DCIS (Data Collection and Interrogation Service) to relay messages from DCP (Data Collection Platform) either at fixed time or upon interrogation.
GEOS&R (Geostationary Search & Rescue) to relay emergency signals to Local User Terminals (LUT).
EMWIN (Emergency Managers Weather Information Network) to disseminate processed data (updated to EMWIN-N in 2006).
Agencies
NOAA
,
NASA
Programme lifetime
1994 - 2027
Associated satellites and instruments
Note: red tag => no longer operational , green tag => operational , blue tag => planned
Geostationary Operational Environmental Satellite - 2nd generation
GOES-8
(1994-2004)
DCIS
GEOS&R
IMAGER
SEM/EPS
SEM/HEPAD
SEM/MAG
SEM/XRS-EUV
SOUNDER
GOES-9
(1995-2003)
DCIS
GEOS&R
IMAGER
SEM/EPS
SEM/HEPAD
SEM/MAG
SEM/XRS-EUV
SOUNDER
GOES-9 (GMS backup)
(2003-2006)
DCIS
GEOS&R
IMAGER
SEM/EPS
SEM/HEPAD
SEM/MAG
SEM/XRS-EUV
SOUNDER
GOES-10
(1997-2006)
DCIS
GEOS&R
IMAGER
SEM/EPS
SEM/HEPAD
SEM/MAG
SEM/XRS-EUV
SOUNDER
GOES-10 (S-America)
(2006-2009)
DCIS
GEOS&R
IMAGER
SEM/EPS
SEM/HEPAD
SEM/MAG
SEM/XRS-EUV
SOUNDER
GOES-11
(2000-2011)
DCIS
GEOS&R
IMAGER
SEM/EPS
SEM/HEPAD
SEM/MAG
SEM/XRS-EUV
SOUNDER
GOES-12
(2001-2010)
DCIS
GEOS&R
IMAGER
SEM/EPS
SEM/HEPAD
SEM/MAG
SEM/XRS-EUV
SOUNDER
SXI
GOES-12 (S-America)
(2010-2013)
DCIS
GEOS&R
IMAGER
SEM/EPS
SEM/HEPAD
SEM/MAG
SOUNDER
GOES-13
(2006-2019)
DCIS
GEOS&R
IMAGER
SEM/EPS
SEM/HEPAD
SEM/MAG
SEM/XRS-EUV
SOUNDER
SXI
GOES-14
(2009-2027)
DCIS
GEOS&R
IMAGER
SEM/EPS
SEM/HEPAD
SEM/MAG
SEM/XRS-EUV
SOUNDER
SXI
GOES-15
(2010-2023)
DCIS
GEOS&R
IMAGER
SEM/EPS
SEM/HEPAD
SEM/MAG
SEM/XRS-EUV
SOUNDER
SXI