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Assembling the Swift Plane - Sonoma State University

Assembling the Swift Plane - Sonoma State University

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<strong>Assembling</strong> <strong>the</strong> <strong>Swift</strong><strong>Plane</strong>Weight HoleFold all tabs outward1Tools:• Scissors: to cut out <strong>the</strong> parts• Blade/knife: to cut out weight hole• Ruler: to fold <strong>the</strong> tabs and make creases• Glue: to glue <strong>the</strong> parts• 1 Dime: to add weight to <strong>the</strong> planeRoughly cut out each part. Go back andtrim each part carefully. You may want towrite <strong>the</strong> part number on <strong>the</strong> back aftercutting <strong>the</strong>m out.FuselageFig.12 Cut out <strong>the</strong> weight hole on each part.34Fold all tabs outward (you may use<strong>the</strong> ruler to help).Glue 1 through 5 toge<strong>the</strong>r in <strong>the</strong>order indicated below (Fig.1):1 and 21+2 and 31+2+3 and 41+2+3+4 and 5 = FuselageMain Wing BackingMain WingFig.2Front roundededge5Align and glue <strong>the</strong> main wing backing(6) under <strong>the</strong> main wing (7)(Fig.2).Check all edges while gluing. Theyshould snugly fit toge<strong>the</strong>r.6Glue 6+7 to <strong>the</strong> fuselage (Fig.3). Align<strong>the</strong> front rounded edge of <strong>the</strong> wingassembly to <strong>the</strong> edge of <strong>the</strong> fuselagetabs, near <strong>the</strong> front (<strong>Swift</strong>’s head). Use<strong>the</strong> line on <strong>the</strong> wing backing to align<strong>the</strong> fuselage with <strong>the</strong> wing assembly.Fig.3<strong>Swift</strong> <strong>Plane</strong> AssembledTurn page over for finishing touches, and flying instructions.


1Getting Ready to FlyA. The back edges of <strong>the</strong> mainwing should be turned upslightly, so <strong>the</strong>y are equal onboth sides.Wing angle- Side View3Flight Troubleshooting - Quick guideback edgesFront ViewB. Then, bend <strong>the</strong> tip of <strong>the</strong> wings upwardto approximately 45 degrees at <strong>the</strong> linewhere <strong>the</strong> wing backing ends.Front View2C. Place a dime through <strong>the</strong> weight hole.How to Fly Your <strong>Swift</strong> <strong>Plane</strong>Hold <strong>the</strong> planeso it balances onyour fingersThrow <strong>the</strong> plane verygently forward ...... aiming horizontally orslightly downward.The <strong>Swift</strong> <strong>Plane</strong> is based on a paper plane model from <strong>the</strong> “WhiteWings Assembly Kit” by Yasuaki Ninomiyaand is used by permission – Check out this site for more tips on how to make your plane perform even betterhttp://www.whitewings.comAbout <strong>Swift</strong>:<strong>Swift</strong> is a NASA Explorer mission thatwas launched November 20, 2004 tostudy gamma-ray bursts.Gamma-ray bursts are huge explosionslocated in distant galaxies, but <strong>the</strong>ircause remains one of <strong>the</strong> greatest mysteriesin astronomy. <strong>Swift</strong> is designedto detect <strong>the</strong> bursts and autonomouslypoint sensitive telescopes at <strong>the</strong>ir positionsto observe <strong>the</strong> fading optical, ultraviolet,and X-ray afterglows.Named after a bird that catches its prey“on <strong>the</strong> fly,” <strong>the</strong> <strong>Swift</strong> satellite can veryrapidly – usually in under a minute– swing around and aim its telescopesat a gamma-ray burst.<strong>Swift</strong>’s scientific goals are to determine<strong>the</strong> origin of <strong>the</strong> bursts and to use <strong>the</strong>mto probe <strong>the</strong> distant universe.<strong>Swift</strong> is a NASA mission that was builtand is operated by an international collaboration.Countries with major contributionsare <strong>the</strong> US, Italy and <strong>the</strong> UK.http://swift.sonoma.eduEducational Product developed by Aurore SimonnetNASA Education and Public Outreach Group<strong>Sonoma</strong> <strong>State</strong> <strong>University</strong>http://epo.sonoma.edu

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