I searched already under "buffer weight" perhaps thats not the right term.
I'm curious about different barrel lengths, gas systems and how the buffer and buffer spring work in conjunction.
From my understanding, a shorter gas system, i.e. an pistol length or Carbine length gas system would require a heavier buffer. A mid length would use a lighter buffer and spring?
I used to have a mid length 16" and now I have a carbine length 14.5, used same lower setup with same stock, I haven't shot them side by side but I'm guessing there could be some added recoil with the carbine. Could I negate this by purchasing a BCM h2 or h3 buffer? What about the spring?
I'm guessing using an h2 or h3 buffer with a rifle length gas system would cause it to function unreliably but reduce recoil when it cycled.
On another subject, I am building an AR-10, so it needs a far heavier buffer correct?
I'm curious about different barrel lengths, gas systems and how the buffer and buffer spring work in conjunction.
From my understanding, a shorter gas system, i.e. an pistol length or Carbine length gas system would require a heavier buffer. A mid length would use a lighter buffer and spring?
I used to have a mid length 16" and now I have a carbine length 14.5, used same lower setup with same stock, I haven't shot them side by side but I'm guessing there could be some added recoil with the carbine. Could I negate this by purchasing a BCM h2 or h3 buffer? What about the spring?
I'm guessing using an h2 or h3 buffer with a rifle length gas system would cause it to function unreliably but reduce recoil when it cycled.
On another subject, I am building an AR-10, so it needs a far heavier buffer correct?
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