Hi all,
Just took my new M2 Tactical out for it's first shot a couple weekends ago, and I snapped this shot of my dad purely on accident:
http://toric.loungenet.org/~doug/pictures/shooting-02132006/DSCN3972.JPG
Notice how far the ejected shell has moved after the shot's been fired, and the bolt is nearly closed again.
Now for the discussion point: It seems to me that that's a darn fast cycle. When people talk about pumps being faster with an experience shooter, are they talking about old and 'slower' autoloaders, or can they be faster than the newfangled stuff like this Benelli? I can't seem to find real time measurements per shot for this, but I do know the gun was able to easily cycle as fast as I could pull the trigger.
Does anyone know how the speed of the gas-driven M4s compare do the inertia-driven family, and how they compare to the master pumpers?
Just took my new M2 Tactical out for it's first shot a couple weekends ago, and I snapped this shot of my dad purely on accident:
http://toric.loungenet.org/~doug/pictures/shooting-02132006/DSCN3972.JPG
Notice how far the ejected shell has moved after the shot's been fired, and the bolt is nearly closed again.
Now for the discussion point: It seems to me that that's a darn fast cycle. When people talk about pumps being faster with an experience shooter, are they talking about old and 'slower' autoloaders, or can they be faster than the newfangled stuff like this Benelli? I can't seem to find real time measurements per shot for this, but I do know the gun was able to easily cycle as fast as I could pull the trigger.
Does anyone know how the speed of the gas-driven M4s compare do the inertia-driven family, and how they compare to the master pumpers?