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SegelFlieger last won the day on March 30

SegelFlieger had the most liked content!

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About SegelFlieger

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  • Favorite Kite(s)
    My own builds, rev inspired.
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    Spokane WA
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    United States
  • Interests
    Kite Flying of course! And Kite Building. Photography. Music; both listening and composing (and performing a long while ago now).
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  1. Here is a handy tool. If you are building your own kites you will soon notice that you spend a lot of time drawing perpendicular lines on Dacron Tape or Fabric. Measuring, marking, and using a straight edge to draw a straight line is very time consuming and not very accurate. Here is a 3D model of a Mini-TSquare designed specifically for drawing perpendicular lines on Dacron Tape. The lines will be quick to draw and perfect every time. -SF MiniTSquareV2_01.stl
  2. Don, That's a great story! And thanks for including the link to thingiverse; others in this forum should explore it to see what else a 3D printer might be able to accomplish for you. There are TONS of models that can be printed if you don't want to invent them yourself; unfortunately, not many models are kite related (*yet*) but there are a few. As our forum conversations go, we are discussing the use of 3D technology for kite parts and modifications but you make an excellent point: You shouldn't consider that this is the only purpose your printer will serve. Rather, consider it like
  3. Reply to Frob, Great points about concerns regarding strength and mechanical properties of a 3D printed part. There are many adjustments that can be made during the "Slicing" process that can make your component weak or strong, independent of the material you are printing. Getting that right can make all the difference. The "litmus test" is to stress test the part after it has been made. For connectors I use drill bits to fit the connectors at their differing angles and pull very hard until I break them. When I can barely break them or not break them at all I call my part good.
  4. 3D Printing Example Here is an example of a problem that I solved making a part with my 3D printer. I’ve been in the process of getting ready to go to Long BeachWA the week of August 17th to enjoy some time away with my wife and some good wind and hopefully some good company of other kite flyers. Anyway, I had a long list of things to repair and check to get ready. After I repaired my kite and assembled it, I was bothered by one thing I never liked about the Rev LE; the rods on the ends droop below the LE pocket and don’t support it. This isn’t ideal in low wind. One morning I wa
  5. 3D Printing Workflow This post goes out to Riffclown, wanting to make parts that don’t exist... Note: I have intentionally not included links to the software products that I mentioned because versions and websites change frequently. Instead just Google the bold-faced product names and you will find a current link. It sounds like many of you are experienced with the process of 3D printing, but for those of you who are not and are considering it I would like to try and explain, as simply as possible, what you need to do to make a 3D print. I tend to be slightly verbose in my ex
  6. Hello Don Fibonacci, The most common material that is the easiest to print is PLA. I use a variant designated as PLA+ and have been using the eSun brand exclusively with excellent results; this brand is what our Public Library uses city-wide and was recommended to me, and I can see why. PLA+ varies by manufacturer. Each have tried to improve the mechanical properties of PLA and eSun has done a very consistent job of it. In following posts I plan to describe my experience with materials. ABS is very difficult to print with an open-frame printer. ABS requires very tight ambient t
  7. Great! I’m ecstatic that there is an interest in the subject. I will start with my personal discovery of this technology. Almost a year ago today I was trying to create some rather complex kite-flying related parts and planned on making them with my available shop tools. A friend of mine suggested that I consider 3D printing them; note that he knew absolutely nothing about the technology but had heard about it. I shrugged it off remembering that my children’s High School had purchased a multi-thousand dollar printer and kept it locked in a room so the kids couldn’t break it. Too muc
  8. I would like to propose a new topic relating to the use of 3D Printing technology to create parts for building and customizing kites. I have almost a year of experience with this technology, using it every day, and would like to share what I have learned with those of you who are interested in the subject. I am an engineer by profession and finding this new tool has been the realization of a dream of a lifetime... If I can sketch an idea on paper and then create a 3D model of it with software then I can hold a physical example of my idea in my hand after printing it. Many ideas can
  9. I am most of the way there! Thanks to my beloved Kaela, a Keeshond, who left this to me when she passed several years ago along with many fond memories. I throw nothing away. 😥 😀 Since I posted my question I have discovered multiple posts regarding Dog Staking both on KiteLife as well as an interview with John on "kite-and-friends" and have seen the fabulous rig that John designed as well as its evolution. Thanks for the pictures and the video from Jeremy that were recently posted. Very inspiring! link to interview here: https://www.kite-and-friends.de/internati
  10. I am interested in experimenting with Dog Stake Quadline Flying. What is the currently preferred rig for this? I have read an informative post from Paul LaMasters from several years ago with a design plan posted but the part numbers no longer seem available. I have also been looking for diamond polished SiC fishing guides that might be similar to what was used in that design but I am coming up empty. What do those of you who fly Dog Stake use? Segel
  11. Here is a blog I posted a while back regarding dynamic testing of spars along with weights and deflection information:
  12. Abrasion is a common problem with the Rev LE Vertical Tabs caused by the vertical spars or end-caps rubbing against the Dacron tabs and eventually coming in direct contact with the LE spar. The B-Pro series kites have a piece of Kevlar sewn internally to this tab which prevents this problem. But what do you do if your kite suffers damage and does not have this nice pro feature? Introducing the Kevlar Band-Aid... It is a simple idea and is probably self-explanatory but I thought I would share how I repaired the damage to my kite in case it might help you. Here is the damage t
  13. The information from these posts inspired me with ideas to create my own Nail Board. I shared my experience recently in the form of an "instructional" blog as I felt it was too lengthy to post as a reply to this topic. If you are interested in reading it, here is the link: I hope you find it useful. SF
  14. I was inspired by the information shared in recent posts regarding the existence of something called a "Nail Board" to help tie accurate "Knot Systems" such as bridles, leader lines for handles and potentially other applications. I decided that what I am about to share is too lengthy for a forum post so I have posted this as a blog instead. I hope you find it useful. SF Nail Board Instructions for Knot Tying A Nail Board consists of a “flat board” with physical markers defining the spacing between knots tied in a line for a specific purpose. “Bridles” and
  15. Thanks riffclown You have inspired me to think about your process for tying knots and designing my own jig. I will let you all know how it turns out... I will also share a picture of my jig when I am successful. I am very accurate with tying and spacing my knots under tension using a rule and marking the knot tying points but it is very tedious. And matching identical knot assemblies such as a bridle or leader requires some adjustments afterwards if there were slight errors. Perhaps the jig can make my process more consistent.
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