Small, nimble CSU satellite has surpassed a year in space
by Anne Manning for CSU News
Fort Collins CO (SPX) Jul 31, 2019
After meeting all its benchmarks for demonstrating small-satellite weather forecasting capabilities during its first 90 days, a Colorado State University experimental satellite is operating after more than one year in low-Earth orbit.
TEMPEST-D (Temporal Experiment for Storms and Tropical Systems - Demonstration), a type of small satellite called a 6U CubeSat, is still providing precise images of global weather - exceeding the expectations of even its engineers.
TEMPEST-D is about the size of an Oxford dictionary and was deployed from the International Space Station last July carrying a miniaturized microwave radiometer. Measuring at five frequencies, TEMPEST-D can see through clouds to reveal the interior of storms where raindrops and ice crystals form.
The project is led by principal investigator Steven Reising, professor of electrical and computer engineering, whose team developed the satellite supported by an $8.2 million grant from NASA's Earth Science Technology Office.
"TEMPEST-D is the first weather satellite on a CubeSat to image the interior of storms on a global basis," said Reising, who heads the project in collaboration with co-investigator V. "Chandra" Chandrasekar, University Distinguished Professor in electrical and computer engineering. "We have shown that the quality of our data is at least as high as that from large operational radiometers in orbit."
Chandra is a veteran of multiple large weather satellite missions.
"This mission has been wildly successful - beyond our dreams," he said. "It was just supposed to demonstrate the technology of the radiometer and orbital maneuvers. Then it started taking data, and people were saying, 'Wow!'... It's looking at hurricanes and producing very high-quality global data - very much like a big mission."
Demonstrating future technologies
The ultimate goal is to send not just one but a constellation of six to eight CubeSats like TEMPEST-D into space. The satellites would fly in a train, watching storms develop every few minutes. Such fine temporal resolution would offer unprecedented views inside storms - such as those that threaten the Atlantic Basin and the eastern U.S. every year - to monitor how they develop every few minutes over a 30-minute period. Such a mission could also improve scientists' understanding of cloud processes and the influence of surrounding water vapor.
Christian Kummerow, director of CSU's Cooperative Institute for Research in the Atmosphere, is also a co-investigator on TEMPEST-D. He worked with Reising to develop new techniques to retrieve cloud and precipitation information of interest to atmospheric scientists.
Saber Astronautics given mission control status for CUAVA-1
Sydney, Australia (SPX) Jul 30, 2019
Professor Iver Cairns, Director of the ARC Training Centre for CubeSats, UAVs and their Applications at the University of Sydney, has announced that Saber Astronautics has been awarded the satellite operations contract which will provide essential flight software, satellite integration and mission control support for the inaugural flight of a CUAVA satellite. Saber Astronautics will provide three months of continual spacecraft operations of CUAVA-1 from their mission control centres in Sydney, Aus ... read more
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