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- Leading_Edge_Asynchronous_Propeller_Technology abstract "The Leading Edge Asynchronous Propeller Technology (LEAPTech) project is a NASA project that is developing an experimental electric aircraft technology involving many small electric motors driving individual small propellers distributed along the edge of each aircraft wing. Each motor can be operated independently at different speeds for optimized performance. Potential benefits include decreased reliance on fossil fuels, improved aircraft performance and ride quality, and aircraft noise reduction.Over the course of 2015, NASA researchers will perform ground testing of a 31-foot-span, carbon composite wing section with 18 electric motors powered by lithium iron phosphate batteries. Preliminary tests on an experimental wing, mounted on a specially modified truck driven at speeds up to 70 miles per hour across a dry lakebed at Edwards Air Force Base is planned for later in 2015. Preliminary testing, up to 40 mph, took place in January at Oceano County Airport on California’s Central Coast.The LEAPTech project began in 2014 when researchers from NASA Langley Research Center and NASA Armstrong Flight Research Center partnered with two California companies, Empirical Systems Aerospace (ESAero) in Pismo Beach and Joby Aviation in Santa Cruz. ESAero is the prime contractor responsible for system integration and instrumentation, while Joby is responsible for design and manufacture of the electric motors, propellers, and carbon fiber wing section.The truck experiment is a precursor to a development of a small X-plane demonstrator proposed under NASA’s Transformative Aeronautics Concepts program. Researchers hope to fly a piloted X-plane within the next couple years after removing the wings and engines from an Italian-built Tecnam P2006T and replacing them with an improved version of the LEAPTech wing and motors. Using an existing airframe will allow engineers to easily compare the performance of the X-plane with the original P2006T.".
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageExternalLink LEAPTech.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageExternalLink leaptech.html.
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- Leading_Edge_Asynchronous_Propeller_Technology wikiPageLength "3322".
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageOutDegree "20".
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageRevisionID "661224059".
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Aircraft_wing.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Armstrong_Flight_Research_Center.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Carbon_composite.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Category:Electric_aircraft.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Category:NASA_aircraft.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Edwards_Air_Force_Base.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Electric_aircraft.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Electric_motor.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Empirical_Systems_Aerospace.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Fibre-reinforced_plastic.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Joby_Aviation.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Langley_Research_Center.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink List_of_X-planes.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Lithium_iron_phosphate_batteries.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Lithium_iron_phosphate_battery.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink NASA.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink NASA_Armstrong_Flight_Research_Center.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink NASA_Langley_Research_Center.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Oceano_County_Airport.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Pismo_Beach.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Pismo_Beach,_California.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Propeller.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Santa_Cruz,_California.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Tecnam_P2006T.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Transformative_Aeronautics_Concepts.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink Wing.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLink X-plane.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageWikiLinkText "Leading Edge Asynchronous Propeller Technology".
- Leading_Edge_Asynchronous_Propeller_Technology hasPhotoCollection Leading_Edge_Asynchronous_Propeller_Technology.
- Leading_Edge_Asynchronous_Propeller_Technology wikiPageUsesTemplate Template:Reflist.
- Leading_Edge_Asynchronous_Propeller_Technology subject Category:Electric_aircraft.
- Leading_Edge_Asynchronous_Propeller_Technology subject Category:NASA_aircraft.
- Leading_Edge_Asynchronous_Propeller_Technology hypernym Project.
- Leading_Edge_Asynchronous_Propeller_Technology type Band.
- Leading_Edge_Asynchronous_Propeller_Technology comment "The Leading Edge Asynchronous Propeller Technology (LEAPTech) project is a NASA project that is developing an experimental electric aircraft technology involving many small electric motors driving individual small propellers distributed along the edge of each aircraft wing. Each motor can be operated independently at different speeds for optimized performance.".
- Leading_Edge_Asynchronous_Propeller_Technology label "Leading Edge Asynchronous Propeller Technology".
- Leading_Edge_Asynchronous_Propeller_Technology sameAs m.0134gds3.
- Leading_Edge_Asynchronous_Propeller_Technology wasDerivedFrom Leading_Edge_Asynchronous_Propeller_Technology?oldid=661224059.
- Leading_Edge_Asynchronous_Propeller_Technology isPrimaryTopicOf Leading_Edge_Asynchronous_Propeller_Technology.