Omnidea’s Post

NASA's Quiet Supersonic Technology Quest project is currently working on authorization procedures with the FAA. Lockheed Martin has proposed a tri-engine solution aimed at significantly reducing noise pollution. This innovative approach involves a new wing v cavity feeding into the upper tail-mounted main cruise engine. NASA is focused on optimizing the configuration through continuous vendor modeling efforts.

How NASA🚀 Reinvented The Wheel🛞" discusses the innovative technology behind NASA's shape memory alloy wheels, designed for use on rugged terrain like Mars. These wheels are made from a nickel-titanium alloy, allowing them to deform under pressure and then return to their original shape, providing enhanced durability and resilience compared to traditional metal wheels. This advancement promises significant improvements in the performance and longevity of rovers exploring extraterrestrial surfaces. The revolutionary potential of nickel-titanium memory wires has been slowly exploited, particularly its shape memory and superelasticity. This material could dramatically enhance the durability and adaptability of various applications, from aerospace to consumer products. I envision its use expanding in fields like robotics, medical devices (such as stents and surgical tools), and even in everyday items like eyeglass frames and cell phone cases. The ability to recover shape after deformation can lead to products that are more resilient and longer-lasting. #NASA #Innovation #Technology #ShapeMemoryAlloy #NickelTitanium #FutureTech #RoverWheels #Engineering #SpaceExploration #SmartMaterials #Robotics #MedicalDevices #ResilientDesign

The Universe in Motion: Chandra! #chandra #spacetelescope #universe #inmotion #space #spacetok #tiktok #nasa #theuniverse #ouruniverse #beyondearth #shorts #fypシ゚viral #viralpost #trending #fypシ #fyp #shortsfeed

We’re thrilled to share that we’ve recently received valuable guidance regarding our development-related activities. While there’s still much to clarify and explore, this marks a positive step forward in our journey toward innovation and progress. 🚀 Your continued support inspires us to push boundaries, and we’ll keep you updated as we navigate this exciting phase. Let’s work together to unlock new opportunities for the future of space technology in the Philippines! 💡 #OrbitX #TeamOrbitX #Aerospace #AerospaceEngineering #Space #SpaceTech #SpaceEngineering #SpaceInnovation

https://lnkd.in/gs4ZW-DS "Robot Team Builds High-Performance Digital Structure for NASA... Programmable, Reconfigurable Structures...A Reliable System Relies on Building Blocks"...

Okay, so you're not a rocket scientist, yet… We wanted to share our favourite cartoon from Gary Larsen’s “The Far Side”, in which the rocket was successfully created by Claire Lloyd! https://ow.ly/et4G50RAO6F Despite us not being rocket scientists, we believe it is time for us to rethink our projects and admit that we are in fact rocket scientists. Welcome to a brief introduction to TRLs. TRLs were designed by NASA in the 1970’s as a tool for describing the maturity of emerging technologies. It became a fantastic shorthand to describe the current state, risks, targets, and velocity especially when technical staff were presenting to non-technical parties. TRLs consist of a nine-point scale that are often grouped into three phases; research, development, and deployment. The definition of each level sets the overall goal and acceptance criteria for each stage of a project. In upcoming posts we will explore some specific applications of TRLs, and how an understanding of TRLs can help reframe, refocus, and reprioritize your project’s existing goals, objectives, tasks, and user stories. … For more information about TRLs from people who are actually rocket scientists, please read this article from NASA: https://ow.ly/2oKz50RsXGN #TRLs #NASA #TechnologyMaturity #ResearchAndDevelopment #RocketScience

The goal is to keep a low "Reynolds" number - a low number means the airflow is mostly a laminar flow (smooth paths) and a high number means turbulent flow, like above the engines in the video. Engineers have tried to smooth the flow by adding air guides like engine nacelle strakes, chines, and vortex generators (they make a huge difference), but the image really makes you wonder if we need a complete redesign! Maybe design aircraft again with really tall landing gear like B757 so we can hang the engines a little lower. Try wing-embedded engines again (they tried these in the past. They were a maintenance nightmare, but now we have better tech to create slide-out engines?) Honda Aircraft Company built a business jet that has engines mounted above the wings to improve aerodynamics and quieter cabin. Unusual concept, but you can see why they tried it. What's your solution? Your answer could save billions of gallons of jet fuel each year... #aviation #aviationindustry #pilot #pilottraining #airline #airlineindustry #knowledgeispower #information #engineering #conversation #fuel #pilot #pilotlife #achickinthecockpit #airplane #aircraft NASA Jet Propulsion Laboratory NASA - National Aeronautics and Space Administration

Our project TRACER has been accepted into the REXUS program! TRACER researches transpiration cooling as a viable heat shield for a spacecraft and will launch an experiment with REXUS to realize this concept and gain data about this technology. The REXUS program is a German-Swedish research program led by DLR that allows students from Europe to launch experiments on a sounding rocket. A collaboration of several teams, working on diverse experiments, will launch from Sweden, in spring 2026, and reach an altitude of 80km. #aerospace #tracer #rocketry #rexus #rwthaachen #fhaachen #studentinitiative #space #rocket

🌍🚀 NASA's supercomputer showcases the future of aviation with this stunning simulation. 🧑💼 We specialize in connecting visionary designs with top-tier manufacturing partners. Ready to take flight with the best in the industry? 👨🏽💻 ____ #AerospaceEngineering #ManufacturingExcellence #TechInnovation #CNCmachining #3DPrinting #Lasercutting #CNCmilling #CNCturning #Productdevelopement

How origami is revolutionizing aerospace engineering. 🛰 ✅ Deployable Structures: Foldable solar panels, antennas, and telescopes for compact launch and expansion in space. ✅ Inflatable Space Habitats: Lightweight, foldable habitats for astronauts. ✅ Morphing Wings: Adaptive wings that change shape for better aerodynamics. ✅ Space Robots: Origami-based robots designed for exploration. ✅ Space Debris Solutions: Compact devices to help manage orbital debris. #AerospaceEngineering #OrigamiInSpace #Innovation #SpaceTech #Engineering #NASA #SpaceExploration #TechInnovation #STEM #Aerospace Source: Seekers of the Cosmos