![]() ![]() The same concept goes for the point on your arrow. That bowling ball isn't going anywhere, and your pool noodle is going to bend. The cup would fall over, right? Now imagine you're using that same pool noodle, but this time you're trying to push a bowling ball. Imagine it like this: you're holding one of those styrofoam pool noodles, and you use it to push over a paper cup that's half-full of water. ![]() The weight of the tip of your arrow has a lot to do with how much your arrow bends. The Weight of the Point on the End of the Arrow. ![]() Length of the arrow has a strong correlation to how bendable it is. Now imagine that it's 100 feet long-it's much easier to imagine it bending if you held it. If that wooden point was three feet long, it probably wouldn't bend if you held it up. Imagine you have a wooden pointer-the kind that teachers used to use when they pointed at a chalk board. The longer an arrow gets, the stiffer it's going to need to be. If you were to use a low-poundage bow and shoot a very stiff arrow, the arrow wouldn't bend very much, and it wouldn't go very far. ![]() Try to close your eyes and imagine it-if you were to use a high-poundage bow and shoot a very weak arrow, the arrow would wiggle like crazy and shoot inaccurately (and be pretty dangerous to you when you're shooting it). If you're using a bow with a very high draw weight, you're generally going to want to use a stiffer arrow, and if you're using a bow with a low draw weight, you can use a weaker arrow. ![]()
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