
A look at how SpaceX achieves their astonishing landing accuracy with the Falcon 9 rocket. Support Art of Engineering on Patreon: https://www.patreon.com/ArtofEngineering Shop Art of Engineering Merchandise: https://teespring.com/stores/ArtofEngineering Twitter: https://twitter.com/aoEngineering Facebook: https://www.facebook.com/ArtofEngineeringYT Video Attributions: “ORBCOMM-2 Full Launch Webcast” by SpaceX “Falcon Heavy Test Flight” by SpaceX “Making Life Multiplanetary” by SpaceX “SpaceX Interplanetary Transport System” by SpaceX “CRS-12 Launch Webcast” by SpaceX “CRS-8 First Stage Landing on Droneship” by SpaceX “Grasshopper 325m Test Single Camera (Hexacopter)” by SpaceX “How Not to Land an Orbital Rocket Booster” by SpaceX “CRS-10 Falcon 9 First Stage Landing” by SpaceX “Iridium-8 Mission” by SpaceX “First-stage landing Onboard camera” by SpaceX “SpaceX Rocket Tank Production Timelapse” by SpaceX “Iridium-2 Launch Webcast” by SpaceX “Koreasat-5A Webcast” by SpaceX “CRS-11 Landing aerial footage” by SpaceX “Elon's SpaceX Tour - Engines"""" by SpaceX Still Image Attributions: “Falcon rocket family 3” by Lucabon “SpaceX ASDS in position prior to Falcon 9 Flight 17 carrying CRS-6” by SpaceX “Rocket Stove - Poele Dragon v1.3 sortie verticale r002” by Alain Van den Hende Music by Epidemic Sound #SpaceX #Rockets #ArtofEngineering
Tags: SpaceX , Rocket , NASA , Starship , mission , space , Launch , Test , drone , Design , science , art , modern , Travel , History , engineering , engineer , program , falcon , earth , flight , experimental , Software , accurate , heavy , experiment , Musk , falcon 9 , Elon , Landing , BFR , rockets , booster , AEROSPACE , Mars , Dragon , computer , land , explained , crew , engine , control , precision , Accuracy , precise , rocketry , mechanical , descent , webcast , intern
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