Looking at the photo's - I am interested in anyones take on what causes the casing to flip 180 degrees & lodge perfectly in line with the bolt -
As the carrier moves back through the cycle, the casing (gripped in the boltface) is brought up against the ejector (machined in the receiver) - this flips it at the same time as it flings it sideways.
So how does it "flip" without getting "flung"? (hope you understand what I'm getting at - not sure how else to explain it)
-too fast? Bolt cycles so fast it catches the casing in mid flip - before any lateral movement starts?
- too slow? casing does not impact the ejector hard enough - gets flipped, but not flung - then the bolt hits it on its way in?
Or something else all together?
As the carrier moves back through the cycle, the casing (gripped in the boltface) is brought up against the ejector (machined in the receiver) - this flips it at the same time as it flings it sideways.
So how does it "flip" without getting "flung"? (hope you understand what I'm getting at - not sure how else to explain it)
-too fast? Bolt cycles so fast it catches the casing in mid flip - before any lateral movement starts?
- too slow? casing does not impact the ejector hard enough - gets flipped, but not flung - then the bolt hits it on its way in?
Or something else all together?




















































