Technical details always come first. If you are an experienced archer, you know every shot reveals your skill — but peak performance only happens when your gear matches your precision. That includes your arrow shafts.​

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As we know, arrows are cylindrical tubes, often weighted at the front (the point) and pushed from the rear (the nock).

 

When shot, the sudden and extreme force—around 523 G’s

of acceleration—causes the arrow to flex or deflect

as it launches.

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And here’s something critical: The nock moves first. The point moves last. In that tiny window of time, the way your arrow flexes can determine where it lands, and whether that shot wins or misses.

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Every factory shaft bends differently. So our job is to figure out where it bends. Each arrow has a weak spine—the direction it naturally bends under pressure. If this is inconsistent from shaft to shaft, grouping becomes unpredictable, and consistency suffers.

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You know where your arrow starts.

You know where you want it to go.

But do you know how it behaves the

moment it's released? Now, you will.