Exelis delivers primary payload for GOES-R weather
satellite
-Exelis has delivered the primary payload for the
future Geostationary Operational Environmental
Satellite-R (GOES-R) weather satellite. The Advanced
Baseline Imager (ABI), which provides high-resolution
imagery of environmental conditions, has arrived in
Denver where it will be integrated into its GOES-R
satellite for a scheduled 2016 launch.
The completed ABI is the first of four satellite payloads
Exelis is building for the National Oceanic and Atmospheric
Administration (NOAA). The second instrument is entering thermal
vacuum testing in Rochester, N.Y., where it will be exposed to
harsh space-like conditions as the second part of its
environmental testing process.
“Delivery for integration into the satellite is an important
milestone because it moves NOAA closer to providing weather
forecasters with information and tools to improve the accuracy
and lead time of severe storms,” said Eric Webster, vice
president of the Exelis Geospatial Systems weather business
area. “As the foundation of NOAA’s severe weather forecasting
capability, the ABI will provide better insight into the makeup
of storms, higher-resolution images and will transmit data five
times faster than today’s capability.”
The ABI is part of the next generation GOES-R series program
jointly managed by NASA and NOAA. Developed out of Exelis core
competencies in weather and image science, ABI technology
reflects the company’s focus and expertise in the area of
intelligence, surveillance and reconnaissance and analytics.
The GOES-R series of satellites will be positioned 22,300
miles above Earth providing 24-hour-a-day coverage of the
Western Hemisphere with visible and infrared imagery. The
National Weather Service relies on data from NOAA’s
geosynchronous satellites to accurately forecast and monitor
severe weather like tornadoes and hurricanes, providing the very
images people see on television and Internet reports. GOES-R
will improve severe weather data in addition to data used for
monitoring rainfall precipitation, wildfires and volcanic ash.
NOAA estimates the GOES-R series program will save $4.6 billion
in economic losses with improved forecasts and information.
Exelis has built every imager and sounder payload for NOAA’s
GOES satellites since 1994 and was awarded the contract to build
the ABI instruments in 2004. Exelis is also on contract to build
similar instruments for Japan and South Korea. In total, Exelis
has built more than 60 meteorological payloads for the U.S.
government and international customers during the past 40 years.