The multiple vertical layers show where the strongest convective "storms" within the hurricane are pushing high into the atmosphere, with pink, red and yellow corresponding to the areas of heaviest rainfall.
Known as a CubeSat, TEMPEST-D (Temporal Experiment for Storms and Tropical Systems Demonstration) uses a miniaturized version of a microwave radiometer - a radio wave instrument used to measure rain and moisture within the clouds.
If TEMPEST-D can successfully track storms like Dorian, the technology demonstration could lead to a train of small satellites that work together to track storms around the world. CubeSats are much less expensive to produce than traditional satellites; in multiples they could improve our global storm coverage and forecasting data.
TEMPEST-D is led by Colorado State University in Fort Collins and managed by JPL in partnership with Blue Canyon Technologies in Boulder, Colorado, and Wallops Flight Facility in Virginia.
The mission is sponsored by NASA's Earth Ventures program and managed by the Earth Science Technology Office at NASA Headquarters in Washington. The radiometer instrument was built by JPL and employs high-frequency microwave amplifier technology developed by Northrop Grumman.
+ For more NASA images of Hurricane Dorian, visit the NASA Disasters Program
Related Links
TEMPEST-D
Microsat News and Nanosat News at SpaceMart.com
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GomSpace and UnseenLabs commission BRO-1 in record time
Aalborg, Denmark (SPX) Sep 02, 2019
GomSpace has successfully delivered and commissioned the satellite bus for UnseenLabs BRO-1, launched from New Zealand by Rocket Lab on August 19, 2019.
The launch and early operations phase was successfully completed in only a few days, and the spacecraft is ready to commence operation for UnseenLabs.
BRO-1 is a 6U CubeSat designed to supply spectrum monitoring services from low Earth orbit, featuring unique hardware and software. The successful commission allows UnseenLab to take the opera
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