Highest Flying Outdoor plane - Best printed Glider

     Intro: Hello everyone! Get ready for some serious reading :D-Its all important stuff though, so for the best flying results, read this. This is my plane/glider model, “Loopy”.  This project took heavy inspiration from "exosequitur" on Thingiverse.  While I got the idea of an outdoor glider plane from their model, I can assure you that mine is an original model with added features such as a launching tab, built-in top fin, and adjustable wing elevation.  Furthermore, I will link their model in the description in case anyone wants to know what inspired this project.  

     Assembly: Anyway, there are a couple of things you should know before printing.  MAKE SURE YOUR BED IS CLEAN. Before removing any parts from the build plate, WAIT FOR IT TO COOL COMPLETELY.  Also, GENTLY bend the plate when removing the plane and parts.  This model includes three parts: the plane body, the head, and the hook.  The rounded side of the head should always be pointed forward, while the curved side of the hook should be pointed backward, as shown in the picture below.  To assemble, you simply put the hook into the rectangular plane slit, apply super glue to the top, and then place the head's rectangular hole onto the hook (image shown below).  I personally like to sand the top and side of the hook before super-gluing it into place (helps with adhesion).  After this, I advise that you GENTLY bend the main wings upwards, while GENTLY bending the back wings downwards (You can see the recommended angle in the images below).  

Launching: Next, launching.  The best angle for launching is around a 65-degree angle upwards.  This allows the plane to do a big loop, then swoop into a smooth glide.  Another way to launch is a 65-degree angle upwards with the plane tilted left (as shown in an image below).  This makes the plane do a sweeping boomerang-like flight. However, windy days allow for a special launch method.  This strategy includes launching the plane at an almost 90-degree angle upwards.  If the plane gets high enough, you can catch a wind current and take off.  Ive had planes fly hundreds of yards with this method.  Although, it takes a pretty windy day, and a few tries to do it.  For launching in general, you obviously need your launch stick and rubber bands.  I used some random Dollar Tree ones that I had lying around the house.  The GIF in the main model photos shows how to attach them together for launching.  I use the knot shown to attach 2-4 thicker ones together.  If the back one ever snaps or gets weaker, I simply use the next rubber band on the rope (the last picture above shows what I mean by “rope” and “use the next rubber band”).  Another tip: If your plane is flying left or right, then dipping, bend the wing pointing in the direction the plane is dipping, upwards.  For example, if your plane is dipping right, bend the right wing up a bit.  This should fix the issue. I think that's all!  

Outro: If you enjoy this model, be sure to leave a thumbs up, boost, and send me a picture of your own.  Also dont be afraid to paint, or draw (with a sharpie) on your plane (I give examples of both in the earlier photos).  Its a cool way to add an extra touch without switching filament mid print or AMS.  Anyways, happy printing and have fun!

the inspiration: https://www.thingiverse.com/thing:97803