NASA and Industry Take Next Step Toward X-Plane

September 5, 2017

Four companies were awarded contracts to come up with five configurations on paper that met very specific operational criteria for NASA’s next commercial X-plane aircraft.

The concepts had to include enabling technologies to address goals by 2035 such as 60-80 percent reduction in fuel consumption, greater than 80 percent reduction in emissions during all flight phases, and more than 50 percent reduction in perceived noise compared to the quietest aircraft flying as of 2005.

Source 

---

More From SAE Media Group

Aerospace INSIDER

Wing Configuration Could Reduce Fuel Consumption

Tech Briefs

How Much Do You Know About Jet Engines?

Tech Briefs

Pinpointing Consumption “Sweet Spot” Makes Formation Flight More Fuel-Efficient

Aerospace INSIDER

Database Could Make Airport Ground Movements Quicker and Greener

More

Aerospace INSIDER

NASA and Boeing Partner to Advance Aviation

Aerospace INSIDER

NASA Aims for Climate-Friendly Aviation

Aerospace INSIDER

NASA Transfers Air Traffic Tool to FAA

Aerospace INSIDER

Delta Air Lines, JetZero to Design Commercial Blended Wing Body Airliner

Podcasts

The Hidden Heroes of Hydrogen Flight: Sealing and Materials

Tech Briefs

Answering Your Questions: For an Electric-Aircraft Future, Do We Need to Rethink Design?

Tech Briefs

NASA's Newest Subscale Aircraft 'MicroCub' Has Successful First Flight

Aerospace INSIDER

NASA Tests Green Aviation Technology

Aerospace INSIDER

Machine Could Power the Future of Aviation Propulsion

Tech Briefs

'STARC-ABL': NASA's Turboelectric Concept Aircraft

Tech Briefs

Aircraft Engine Icing Event Avoidance and Mitigation

Aerospace INSIDER

Morphing Wings Make Jets More Efficient

Aerospace INSIDER

Researchers Advance Propulsion Toward Low-Carbon Aircraft

Tech Briefs

Novel Turboelectric Aircraft Design

Tech Briefs

Multirotor Aircraft Noise Reduction

Aerospace INSIDER

Airbus Reveals Blended Wing Aircraft Demonstrator

Tech Briefs

Shark Skin Inspires Functional Surface Film for Aircraft

Aerospace INSIDER

NASA’s Quiet Supersonic Demonstrator Jet Completes First Flight

Aerospace INSIDER

NASA Uses Electric Propulsion in Experimental Plane

Aerospace INSIDER

Modern Commercial Jets Create Longer Living Contrails Than Older Aircraft, Study Finds

Aerospace INSIDER

Airbus, Toshiba Partner on Future Development of 2-Megawatt Superconducting Motor

Aerospace INSIDER

NASA Unveils Radically New Airplane Wing

Aerospace INSIDER

NASA Takes Aviation Research to the ‘Max’

NASA Spinoff

From Shark Searches to Space Tours

Aerospace INSIDER

Raytheon Completes First Engine Run of Hybrid-Electric Flight Demonstrator

Aerospace & Defense Tech Briefs

Electronically Steered Array Antennas for E2 Jets