by Jimi Russell for GRC News
Cleveland OH (SPX) Apr 28, 2017
Can you imagine flying from New York to Los Angeles in half the time?
Think about it. Commercial flight over land in a supersonic jet would mean less time in-flight; less time in a cramped seat next to your new, and probably unwanted, best friend; fewer tiny bags of peanuts; and more time at your destination.
Couldn't Concorde do that? Nope. Concorde, which last flew in 2003, utilized 1950s technology, was only supersonic over the ocean and was deemed too noisy to fly over people. It also burned a lot of fuel and was an expensive ticket. Approximately $15,000 for a round-trip seat in today's dollars! That makes our wallets hurt.
Ok, so just build a new Concorde with new technology that saves fuel. Well, it's really not that easy. Since 1973, supersonic flight over land has been forbidden in the United States because of the noise from sonic boom. A new supersonic commercial airplane needs to beat the boom problem and be efficient as well.
That's what NASA's Commercial Supersonic Technology Project is trying to do. After years of work, we think we can bring something new to the table that produces acceptable in-flight noise to communities along flight paths. We are ready to prove it, and that is where the Quiet Supersonic Technology (QueSST) experimental aircraft (X-plane) concept being developed by NASA and partner Lockheed Martin comes in.
Here's the lowdown on the project:
+ What's QueSST? QueSST is a preliminary design concept of that unique X-plane. It's not an airliner. The design relies mostly on computer models to ensure all the pieces will come together for a future real airplane.
+ To verify the aerodynamic performance predictions of the fuselage shape, control surfaces and engine inlet the NASA-Lockheed team has built a scale model of the QueSST design for wind-tunnel testing. NASA Glenn Research Center's 8' X 6' wind tunnel was selected for this testing because of its size and unique capability to test at a large range of speeds.
+ So, what's next? NASA will review the test data and complete the preliminary design review. If data is positive and approval is obtained, then a contract for the design, fabrication and testing of a single-seat flight demonstration X-plane could be awarded. Flight testing could begin as early as 2021.
Washington (UPI) Apr 25, 2017
The test flight of Boeing's second T-X trainer aircraft, in a partnership with Saab, took place on April 24th. The plane is marketed as a platform for advanced pilot training, with the US Air Force considered its primary customer. "The jet handled exactly like the first aircraft and the simulator, meeting all expectations," Boeing Test Pilot for Air Force Programs Matt Giese said in a p ... read more
Quiet Supersonic Technology (QueSST)
Aerospace News at SpaceMart.com
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