- Banned
- #21
It has to do with the thickness of the shaft wall. Whenever you decrease the diameter, you are thickening the wall. A thicker wall is always going to take more time to stailize. All that enegy has to dissipate trough every wrapped layer of carbon. Dorge has a a seminar about this on youtube. Really if you wan't to know about this subject you should call Dorge at Firenock. The guy loves to talk arrows.Why wouldn't they recover as fast as larger diameter arrows? A .300 spine arrow is .300 spine, regardless of diameter. Given the same fletching size, weight, and FOC, if the larger profile of the larger diameter arrow causes it to recover faster, then the larger diameter arrow would be burning more energy to recover. I'm interested to know more about this.