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Look, you seem like a really nice guy, but I'm sorry to report you have no future as an executive in the firearms industry or as a gun writer.My initial thoughts were: "Good grief! Not another one..."
Holds no interest for me. They need to prove the cost vs. benefit. There's only so many ways to push a projectile down a barrel. Marketing doesn't change physics.
I'm not an engineer either.Look, you seem like a really nice guy, but I'm sorry to report you have no future as an executive in the firearms industry or as a gun writer.
(if anyone's sarcasm meter is broke, that was a compliment)
The main objective of this is heavy subsonic bullets. They are looking to stabilize huge bullets going 800-1000 fps out of short barrels. More force will be required to get the bullet out, yes. Without it the bullet likely destabilizes and isn't very accurate. I'm certain they went with 1/3 twist for a specific reason.I'm not an engineer either.
But if I remember some of my high school science classes, it takes energy to spin an object and more energy is required to spin an object faster. So, it would be interesting to hear anyone but their marketing department explain how a 1:3 barrel that potentially uses more energy to spin a heavier bullet faster, somehow creates more energy.
I'm probably being overly simplistic, but it seems marketing departments have really latched on to the faster and faster twist rate fad...1:6, 1:5, now 1:3. If this keeps going, bullets will soon be making a right-angle turn as soon as they leave the case. Which, by the way, also brings up the question of barrel wear at these fast twist rates.