A tiny satellite seeking clouds ☁️ and aerosols is now on @ISS_Research after launching from @NASA_Wallops on Nov. 2! The HARP CubeSat plans to leave the space station and start its own orbit early in 2020. blogs.nasa.gov/spacestation/…
A tiny satellite seeking clouds ☁️ and aerosols is now on @ISS_Research after launching from @NASA_Wallops on Nov. 2! The HARP CubeSat plans to leave the space station and start its own orbit early in 2020. blogs.nasa.gov/spacestation/…
The @NorthropGrumman Antares rocket, with #Cygnus onboard, is raised vertical this evening at the @NASA_Wallops launch pad. Launch to the International Space Station is planned for 9:59 a.m. EDT Saturday, Nov. 2. More 📸 flic.kr/s/aHsmJ2dyb3
A little CubeSat 🛰 seeking clouds ☁️ and aerosols is aboard and ready for launch! The Hyper-Angular Rainbow Polarimeter 🌈 (HARP) model is currently in the @NASA_Wallops visitor center 🌎 🚀 @NASASocial
Antares and Cygnus spent several hours standing tall on the launch pad for a series of system checks. 🚀🛰️
They're now horizontal so late-load cargo can be packed into Cygnus just before liftoff of @NorthropGrumman's CRS-12 mission.
The @NorthropGrumman Antares rocket is vertical at @NASA_Wallops launch pad. Launch to the International Space Station is planned for 9:59 a.m. EDT Saturday, Nov. 2. More 📸 flic.kr/s/aHsmJ2dyb3
A new CubeSat will soon launch from @NASA_Wallops to the @ISS_research! This tiny satellite will see rainbows 🌈, measuring clouds ☁️ and particles in the atmosphere to help us better understand air quality, weather and climate change.
go.nasa.gov/2NmbdJX
Our portfolio keeps growing! 22 new technology development projects selected under the Advanced Information Systems Technology (AIST) program: bit.ly/AIST18_Awards
New @NASA-funded tech will help small Earth 🌍satellites 🛰️ coordinate their movements while in orbit to create a more complete picture of storms and other phenomena.
Read more from the NASA Earth Science Technology Office: go.nasa.gov/2mX4Jrt
ALT The image shows a STARS simulation of the orbits of four satellites (A, B, C and D) involved in a coordinated observation. The satellites are in distinct orbit planes so they rely on dynamic planning of multi-hop communication links to ensure they can queue other instruments to take high-priority measurements.
ALT TEMPEST-D captures intense precipitation in tropical cyclones on a global basis from a small satellite. This image shows combined TEMPEST-D 165 GHz brightness temperature imagery (in the horizontal plane) and RainCube Ka-band radar reflectivity profile (in the vertical plane) across Typhoon Trami on 28 Sept. 2018. Credit: Colorado State University, NASA
.@NASAESTO’s Jacqueline Le Moigne is now on stage at #PhiWeek talking about #NASA ESTO’s Advanced Information Systems Technology Program and the potential of New Observing Strategies applied to #EarthObservation satellite data.
#TBT to @NASAJPL#CubeSat RainCube deploying from the @ISS_Research back in June 2018! RainCube is a tech demo that proved we can put a radar on a tiny toaster-sized satellite.
Check out the summer edition of the NASA Cutting Edge Magazine for stories about ESTO-funded tech to peer at ice clouds and understand aerosols! nasa.gov/sites/default/files…
A satellite 🛰️ so small you can hold it, TEMPEST-D is currently circling the globe, helping us better understand hurricanes, storms ⛈️ and other weather events. Read about this ESTO-funded project led by @ColoradoStateU researcher Steven Reising here. thedenverchannel.com/news/lo…
On a vinyl racecar track resembling the surface of the #moon, summer interns took turns racing a toaster-sized autonomous car. Their goal? To see whose algorithm could propel the car and stay on the track in the fastest time. youtube.com/watch?v=L0aoPAOA…
Congratulations to Johnathan Sauder @NASAJPL and the other Presidential Early Career Awardees! Johnathan is being honored in part for his work on the ESTO-funded #CubeSat#RainCube, which used radar to measure rain from a tiny satellite 🛰 in space ⭐️ jpl.nasa.gov/news/news.php?f…