Can it? Yes. Should you, probably not. The large diameter will hinder penetration.
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More surface area always equals more friction. Smaller diameter shafts have less surface area.I kinda hate this idea, all my broadheads cut a hole bigger than a 23 series shaft, well I think they all do. Iron will is a smaller cut, Exodus cuts a huge hole, so does a spitfire. I'm sure a bigger arrow is more likely to catch resistance than a smaller arrow, however most broadheads cut a hole big enough that anything smaller than 26/64" is going to follow behind just fine.
The issue I had with the Easton super drive is it's a lightweight large diameter that the durability was terrible in. Otherwise it's the same as any 2414,15, or 16 aluminum arrow, aside from gpi. Didn't use to have a bit of problem with those arrows.
I just believe friction from the target only matters on targets. Arrow with a broadhead on the front is going to penetrate just fine through tissue, muscle, and even bone. I think it's only a selling point.
I have wondered why this idea is still floating around. In the real world, the amount of drag on a 26/64 shaft compared to a 4mm would be, who cares!I kinda hate this idea, all my broadheads cut a hole bigger than a 23 series shaft, well I think they all do. Iron will is a smaller cut, Exodus cuts a huge hole, so does a spitfire. I'm sure a bigger arrow is more likely to catch resistance than a smaller arrow, however most broadheads cut a hole big enough that anything smaller than 26/64" is going to follow behind just fine.
More surface area always equals more friction. Smaller diameter shafts have less surface area.
Where aluminum is superior to carbon is that it is slicker, an aid to overcome friction.
You're also forgetting that flesh, muscle etc is elastic, meaning it doesnt just get pushed out of the way and stay out of the way, it "snaps" back into place or as close as it can to in place.
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