It consists of a 1″ x 6″ board screwed to a stud on the wall, a pivot stop at the top to hold the bow at the handle, a cheap aluminum ruler from the local discount store, a bow scale, and a rope and pulley at the bottom. As you can see, it is also a tillering tree. The photo below shows my bow weighing rack.
HOW TO DRAW ROPE BOW HOW TO
Let’s get started…įirst, we need to measure the draw weights of the bow, so in this post I’ll show you how to set up a bow weighing rack that is integrated with your tillering tree, measure the draw weight(s) of your bow, and record the data so we can use it later to make the force/draw curve. I’ll teach you the graph reading tips you’ll need to easily read the force/draw table and force/draw curve to discover some important things about your bow…important things that you cannot learn in any other way. Just follow this guide and you’ll learn how to easily make a FDC curve for your bow.
HOW TO DRAW ROPE BOW DOWNLOAD
I won’t even write any formulas in the text. I’ll even provide a free download template that you can use to make your own force/draw curve using Microsoft Excel. In this series, I will explain using simple words, and very little math, how to plot a force/draw curve and interpret the results for your bow. Let me encourage you to stay with me on this series…once you read through these posts and try it out on your own bow, you won’t be intimidated any more. This force/draw stuff can be very confusing. Are you sometimes dazed and confused by scientific-type folks who use intimidating words like “stored energy,” “peak draw force,” and so on? If so, you’re not alone. Hey!…I’m so glad that you are here and interested in learning how to weigh your bow and make a force/draw curve! There is so much you can learn about your bow from the force/draw curve. Building and setting up the bow weighing rack
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