Sarosh wrote on Apr 19
th, 2024 at 9:28am:
Probably. But it is not possible to judge from the shots in that video.
It feels like there is better control of the stone orientation and better feedback of it which helps adjust better when compared to a braided sling of the same thickness. The increased stiffness also feels like you can go a little faster without messing the orientation of the stone during wind up. From these characteristics I would expect decreased number of buzzers (random angles of attack) or increase in successful long range shots, increased hit rate overall but more significant at longer ranges.
I haven't done experiments to reach a well supported conclusion. I am still figuring out how to make it better.
I think I have observed increased spin rate which is probably connected to the cords being stiffer.
Do you think a Y-sling that made with these kinds of cords might enhance its reported accuracy benefits, sort of like a "best of both worlds" situation?
I'm intrigued by your comment that the cord design seems to increase the spin on the object, as the conventional wisdom that I've read regarding Y-slings (never actually used one myself) is that they don't tend to impart as much spin on the projectile as traditional slings. And I'm wondering if perhaps that increased capacity for spiraling that you're finding with the Achaean cord design might translate to Y-slings as well, thus helping them to spiral bullets closer to how a traditional sling does and thereby increasing their range.
This might be straying a bit from the topic of Achaean slings specifically, but I think it would be an interesting experiment! Now to learn how to stitch...