Climate Forecasting and Radiation Monitoring on a Lengthy-Period Balloon Flight – sUAS Information

Two payloads efficiently flew a four-week check aboard a World View high-altitude balloon with assist from NASA’s Flight Alternatives program.

Reaching altitudes as much as 81,000 toes, the World View high-altitude balloon carried the House Atmosphere Applied sciences’ Automated Radiation Measurements for Aerospace Security (ARMAS) Twin Monitor know-how in addition to the CubeSounder climate forecasting know-how developed by researchers Arizona State College in Tempe. Knowledge collected throughout this 28-day flight helps advance these applied sciences.  

For 4 weeks straight, ARMAS carried out 24/7 radiation monitoring at aviation altitudes for the primary time ever. Designed to reinforce aviation security by monitoring radiation publicity from cosmic rays, photo voltaic particles, and Van Allen Belt particles, ARMAS measured the total column of radiation at varied altitudes inside the identical time and placement utilizing whole ionizing dose and gamma ray devices. ARMAS additionally has assist from NASA’s SBIR (Small Enterprise Innovation Analysis) program. 

CubeSounder collected information to assist validate its high-altitude efficiency. CubeSounder is a compact 3D imaging sensor that collects atmospheric temperature and humidity information as 3D photos for climate forecasting in a considerably smaller bundle than present atmospheric sounders.  

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