I not really concerned with the mechanical differences between mags and cocker cause that's easy. I am curious about to the preceived performance differences; namely that cockers shoot further and are more accurate. I've been playing with a Mag for about 6 years and love it. I just bought a cocker and the difference is night and day. I used the same paint and same barrel on my cocker and on my ULE bodied EMag and I can see why I've heard so many times that cockers shoot farther.
I personally don't think the cocker shoots farther because I understand that once a ball leaves the barrel of the marker with a given escape velocity the distance traveled will be the same given the weight of the paintball is the same. Basic physics, right.
This leads me to beg the question, why do so many people think the cocker shoots further? Could the answer have to do with the quality of the projection conditions? In other words, do you think it could be operating pressure differences that lead people to believe the cocker shoot further? I mean since the Mag runs at a higher operating pressure more air molecules are released out of the barrel with each shot. Could this additional volume of air cause the paintaball to have less stable flight path due to turbulence, thereby being less accurate at a given distance? Could this accuracy question lead to the conclusion that a marker just can't shoot as far as another?
I personally don't think the cocker shoots farther because I understand that once a ball leaves the barrel of the marker with a given escape velocity the distance traveled will be the same given the weight of the paintball is the same. Basic physics, right.
This leads me to beg the question, why do so many people think the cocker shoots further? Could the answer have to do with the quality of the projection conditions? In other words, do you think it could be operating pressure differences that lead people to believe the cocker shoot further? I mean since the Mag runs at a higher operating pressure more air molecules are released out of the barrel with each shot. Could this additional volume of air cause the paintaball to have less stable flight path due to turbulence, thereby being less accurate at a given distance? Could this accuracy question lead to the conclusion that a marker just can't shoot as far as another?
let me tell you, I know that simple physics is what's going on, but there are others who believe differently 



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