Dallas Kasaboski’s Post

What do the Apollo 13 mission and a national water system have in common? Digital Twins! Like the NASA team that brought their astronauts safely to earth, companies like Anglian Water Services and Open Climate Fix are harnessing the power of data-rich replicas to find out how to make their systems future proof. Resources can be used efficiently and weaknesses can be identified before they become a major problem. And because geospatial intelligence is so extensive - it can apply to a lot of different use cases. I spoke to Will Woodward, Andy Smith, Darren Ruddell and Dan Travers about it for my new article on Digital Frontier - read now! https://lnkd.in/e9-3kUWP

First skill badge earned with L'SPACE! In this skills module, I learned about SMART requirements and the Science Traceability Matrix (STM), and how NASA uses them to organize their projects and missions. I will be implementing what I learned in this module throughout the rest of my L'SPACE journey. #LSkilledUp

Enhancing reliability and efficiency for long-duration missions, NASA's new propellant gauge technology offers greater accuracy in fuel measurement. Precise data transmission and fuel management are critical for mission success. How can these advancements improve operational efficiency and safety in aerospace projects? Learn more about this groundbreaking technology by reading more here: https://buff.ly/49GWZM9 #AerospaceInnovation #OperationalEfficiency #RFEngineering #QMicrowave #TechAdvancements #SpaceExploration

Geospace Dynamics Constellation (GDC) would allow crucial, new measurements with unprecedented coverage due to multi-spacecraft constellation to help uncover the key physics that couples the expanding solar atmosphere and magnetosphere to Earth’s ionosphere and upper atmosphere. It will provide key, new observations that will improve our ability to understand and predict phenomena important for our national security, aviation and power delivery systems: radiofrequency interference that can impact GPS and communications systems, geomagnetically induced currents that can damage power transmission systems, and variable orbital drag environments that can impact the lifetimes of satellites in low earth orbit. #Heliophysics #LivingWithAStar #GDC

NASA utilizes simulators to train astronauts for space missions, replicating zero-gravity environments and space shuttle operations, showcasing the versatility and effectiveness of simulation training across industries. #simulatortraining #zerogravitysimulation #spaceoperations #effectivesimulation #astronauttraining #simulatorshowcase #spacemissiontraining #versatiletraining #simulationeffectiveness #apollosimulationcentre #Apollo #ApolloCare

Could our understanding of the deep ocean help unlock the mysteries of outer space? @NASA's space mission is leading us to unexplored depths of our own planet. The US space agency is exploring the deep ocean to search for clues of what oceans on other planets could look like, and push the limits of science and technology in one of the most extreme environments on our planet. Explore more about this fascinating mission here: [Link to article] https://lnkd.in/dDC523_B #NASA #DeepOceanExploration #SpaceMysteries #ScienceAndTechnology 🚀🌊

The Shuttle-Derived Heavy Lift Launch Vehicle ("HLV") was an alternate super heavy-lift launch vehicle proposal for the NASA Constellation program. It was first presented to the Augustine Commission on 17 June 2009. Based on the Shuttle-C concept which has been the subject of various studies since the 1980s, the HLV was a Shuttle-Derived Launch Vehicle (SDLV) that proposed to replace the winged Orbiter from the Space Shuttle stack with a side-mounted payload carrier. The Space Shuttle's External Tank (ET) and four-segment Shuttle Solid Rocket Boosters (SRBs) would have remained the same. The side-mounted Heavy Lift Launch Vehicle had a wide range of exploration cargo missions along with a CEV launcher for lunar missions using the same basic launcher and infrastructure. This configuration is a straight-forward derivative of the current STS configuration, replacing the reusable Shuttle orbiter with an expendable payload carrier. https://lnkd.in/gt4FjJBx

#EarthObservation #NASA #HarmonizedLandsatAndSentinel2 #HLS #Landsat #EuropeanSpaceAgency #Sentinel2A #Sentinel2B Video runs 8:27 "NASA's Harmonized Landsat and Sentinel-2 (HLS) project is a groundbreaking initiative that combines data from Landsats 8 & 9 with the European Space Agency's Sentinel-2A & 2B satellites. Let's take a look at how HLS data is revolutionizing Earth observation, from aiding search and rescue operations in the aftermath of hurricanes to helping farmers optimize crop yields. Join us on a journey through the cutting-edge world of remote sensing and explore the future of monitoring our planet's health with HLS."

Did you miss our Contract Success webinar last week? Fear not, because we're bringing the highlights of NASA SEWP VI directly to you! 🔗 Click the link below to dive into the replay. It's not just a session; it's your gateway to mastering the final RFP. Packed with indispensable tips and strategies, this is your golden ticket to staying a step ahead in the game. 🎥 Dive into the replay now by clicking the link below. This isn't just any replay; it's your personal toolkit filled with insights, tips, and strategies straight from the experts. With the final RFP on the horizon, this is your chance to get ahead of the curve. Looking for more information or support on your SEWP VI efforts? Check out our page specifically designed for you https://lnkd.in/ePkF2xdY #NASA #SEWPVI #Procurement #Webinar

Imagine a future where launching large objects into space is not limited by rocket size or cargo capacity. Thanks to NASA's Bend-Forming process, this vision may soon become a reality. Learn more about this game-changing technology.