Technician1002 wrote:Same volume. CB ratio remains the same.
Edit;
In some cases, the short fat chamber will outperform a long skinny one due to the resistance to flow. For example a 1/4 inch airhose 50 feet long simply can't deliver the volume needed to launch a spud like a much shorter 2 inch chamber of the same volume.
Fascinating. Let me see if i understand the ratio,
you said double the diameter, 1/4 the length. That's an interesting gain. Lemme whip something up here. By Volume you meant volume of AIR right?
Diameter of 2 inches. 4 feet long
is equal to,
Diameter of 4 inches, 1 foot long
Is that correct, or am I getting this wrong. BTW pictures in a minute or two.
Picture without the barrel and chamber pipes.
http://filesmelt.com/dl/DSCN2273.JPG
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Also, that would be at the SAME psi right? The ratio? I recall you posting a ratio sheet. Let me search this thread for it.
So was Rangorak wrong?
Rangorak Wrote,
"A larger chamber won't reduce performance - and strictly, increase in chamber size will always improve performance slightly.
However, after it's gone past a certain point (which is usually no more than twice the volume of the barrel*), then the performance gains will be incredibly small. All that extra volume (and, more importantly, the extra air to fill it) will just be pointlessly wasted.
* It's about a 2:1 ratio with a really good valve.
With a slower and less efficient valve (like the ball valve you're using), there just isn't enough flow to make use of all that extra air - for that kind of valve, you'd be better off with something more like 1:1 (similar volume of both barrel and chamber)."
Probably spelled his name wrong
Currently though this really has to do with my NEXT Gun. I prefer to use the current design on this one, I can just add more stuff in another design.
More emphasis on the current design. anything else I should do besides that brace I'll be cutting with a jigsaw? I don't have one of those cool circle cutting saws (REALLY want one)