Testing the Aircraft of the Future
NASA and industry partners are working towards a future that sees aviation meet cleaner sustainability standards.
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NASA and industry partners are working towards a future that sees aviation meet cleaner sustainability standards.
Instrumentation technician Michael Hodgins performs installation measures on the trans-sonic truss-braced wing (TTBW) model at Langley Research Center’s 14×22 subsonic wind tunnel.
NASA is using pi instrumental in developing the size of parachutes to land on the Red Planet, every day.
Magway a high-capacity delivery system, transporting parcels between distribution centers via underground pipelines similar to those used by water and gas, won Innovate UK grant funding.
In this video, researchers took one of the heaviest, bulkiest parts of an Earth-orbiting satellite, placed it in a plasma wind tunnel, then proceeded to melt it
MIT and NASA engineers demonstrate a new kind of airplane wing, assembled from tiny identical pieces.
NASA is developing electric-powered flight with the X-57 Maxwell, a unique all-electric aircraft which features 14 propellers along its wing.
CERN unveils plan for the next-generation particle accelerator, that will be four times the size of the Large Hadron Collider and will cost $10 billion.
Boeing in collaboration with NASA, is studying the Transonic Truss-Braced Wing concept, designed to be more aerodynamic and fuel efficient, as part of the Subsonic Ultra Green
NASA, the National Aeronautics and Space Administration, is more than a space agency. Aeronautics, the first A of the NASA acronym, has always been a part of