Takeoffs and landings on the Moon require precision and resilience. 🌒 Engineered by
@NASAKennedy
and Sidus Space, the Lunar Landing Pads – a novel interlocking paver system – provide a sustainable solution for lunar missions and infrastructure on Earth.
Learn about licensing:
Did you miss our webinar on
@NASAglenn
's Shape Memory Alloy Tubular Structure? Watch the recording to explore this groundbreaking SMA technology with applications in aerospace, automotive, biomedical fields, and beyond.
Printing the Future 💡
@NASAKennedy
and Sidus Space have developed a 3D printing system that leverages available materials to construct sustainable habitats and infrastructures on the Moon and beyond.
Learn more about licensing:
🏁 It's race week! 🏎️
Some of the biggest events in motorsports are this weekend, but while the championships heat up, a
@NASA_Technology
helps keep drivers cool at almost every level of competition.
Our Advanced Capabilities for Emergency Response Operations (ACERO) project is advancing aviation technologies for first responders to keep pace with the growing threat of wildland fires.
Keep up with ACERO on our new webpage:
Discover how
@NASA_Johnson
's compact science enclosure system is transforming experiments aboard the
@Space_Station
and beyond. With capabilities like Biosafety Level 2 and smooth, controlled airflow, the possibilities are endless. 💡Available for licensing!
Learn more:
🚀 Don't miss tomorrow's (May 16th) webinar as we delve into
@NASA_Langley
's innovative Background-Oriented Schlieren (BOS) imaging technique.
Discover this customizable, cost-efficient, and vibration-tolerant solution that brings significant advancements. Register:
🛠️Technology Licensing Opportunity: Innovators at
@NASA_Langley
have developed an innovative technique for fabricating Fiber-Metal Laminates (FML) in one step. The result? Production of large, more affordable hybrid laminate parts, eliminating the need for complex tooling.
In the 1980s, a helmet aerodynamic enough to be used in the high speed world of bike racing was designed with help from
@NASAAero
that is still made today. Read more:
.
@NASA
engineers designed a 3D-printable high-temperature material capable of enduring the extreme temperatures and harsh conditions of air and spaceflight.
Now, the agency is licensing this breakthrough superalloy to benefit the U.S. economy 👇
Technology Licensing Opportunity 💡 As NASA researches the viability of inflatable space habitats made with flexible materials, a key focus is ensuring stable pressurized environments for astronauts through the use of advanced seals.
@NASA_Johnson
has developed a new method
Exciting news for
#aerospace
innovation! 🚀
@NASAglenn
licenses groundbreaking 3D-printable superalloy, GRX-810, to four US companies.
The co-exclusive license agreements allow the companies to produce and market GRX-810 to airplane and rocket equipment manufacturers. Learn more: