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The TEMPEST mission concept deploys a closely-spaced train of CubeSats that carry identical low-mass, low-power millimeter-wave radiometers with full heritage from TEMPEST-D. The TEMPEST satellite train samples rapid changes in convection and the surrounding water vapor by observing every 3-4 minutes for up to 30 minutes. Image courtesy of NASA JPL.
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Todd Gaier, Heather Lim, Alan Tanner, Sharmila Padmanabhan, Rudi Bendig and Boon Lim (left to right) in the laboratory with the Temporal Experiment for Storms and Tropical Systems – Demonstration (TEMPEST-D) instrument at the NASA/Caltech Jet Propulsion Laboratory in Pasadena, CA. Image courtesy of NASA.
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Artist's conception of TEMPEST-D satellite on orbit. Image courtesy of Blue Canyon Technologies.
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Boon Lim of NASA Jet Propulsion Laboratory and Natali Vannoy of Blue Canyon Technologies preparing to integrate the Temporal Experiment for Storms and Tropical Systems – Demonstration (TEMPEST-D) instrument into the spacecraft at Blue Canyon Technologies in Boulder, CO. Image courtesy of Blue Canyon Technologies.
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The Temporal Experiment for Storms and Tropical Systems – Demonstration (TEMPEST-D) satellite at Blue Canyon Technologies in Boulder, CO. Image courtesy of Blue Canyon Technologies.
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TEMPEST-D Team Members at the launch of Orbital ATK's 9th commercial resupply mission from NASA Wallops to the ISS on 5/21/18. From left to right: Rudi Bendig (JPL), Mary Soria (JPL), Sharmila Padmanabhan (JPL), Ann Batchelor (CSU), Bob Bauer (NASA ESTO Prog. Mgr), Steven Reising (CSU), Cate Heneghan (JPL).
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Expedition 56 Flight Engineer Serena Auñón-Chancellor installs the NanoRacks Cubesat Deployer-14 (NRCSD-14) on the Multipurpose Experiment Platform inside the Japanese Kibo laboratory module. The NRCSD-14 was then placed in the Kibo airlock and moved outside of the space station to deploy a variety of cubesats into Earth orbit. Image courtesy of NASA.
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Related Links
Contact Info
TEMPEST Principal Investigator
Professor Steven C. Reising
Phone: 970-491-2228
E-mail: Steven.Reising@Colostate.edu
More News
- TEMPEST-D deorbits after successfully validating advanced remote-sensing instruments (June 22, 2021)
- CSU Research Magazine: "TEMPEST-D provides storm coverage" Magazine Cover and p. 15 (FALL 2019)
- NASA JPL: "An Inside Look at Hurricane Dorian from a Mini Satellite" (September 4, 2019)
- NASA JPL: "NASA's Multiple Views of Hurricane Dorian from Space" (August 29, 2019)
- Small, nimble CSU satellite has surpassed a year in space (July 29, 2019)
- NASA Science Mission Directorate Technology Highlights, "Big Weather Data from a Tiny CubeSat" pp. 35-36 (2018)
- New Small Satellite Peers Inside Hurricane Florence (Sept 20, 2018)
- Weather-monitoring and tech demo CubeSats deployed in orbit (July 21, 2018)
- CubeSats: Tiny Payloads, Huge Benefits for Space Research (June 19, 2018)
- Small Packages to Test Big Space Technology Advances (May 17, 2018)
- TEMPEST-D to Demonstrate Low-Cost Satellite Concept (May 2018)
- JPL CubeSat Clean Room: A Factory For Small Spacecraft (Dec 3, 2015)
Temporal Experiment for Storms and Tropical Systems (TEMPEST) deploys a closely-spaced train of 6U CubeSats carrying identical low-mass, low-power millimeter-wave radiometers. The TEMPEST train samples rapid changes in convection and the surrounding water vapor by observing every three to four minutes for up to 25-30 minutes. The millimeter-wave radiometers on TEMPEST provide soundings of mid-tropospheric water vapor to improve understanding of its role in the growth and organization of convection in various large-scale environments. The TEMPEST instrument observes at five millimeter-wave frequencies from 89 to 182 GHz. By rapidly sampling the life cycle of convection, TEMPEST fills a critical observational gap and complements existing and future satellite missions.