By "integral scope rail' I mean something like Zeiss ZM/VM:
This mounting system is fairly popular in Europe (Swarovski, Zeiss, Leica and a few others make compatible scopes ) but it is pretty much unheard of in North America. I wonder why? In theory, it seems vastly superior to traditional scope rings, for obvious reasons: there is no tension applied to the tube, you don't have to worry about over-torquing or under-torquing, no risk of the scope slipping under recoil, no need to lap rings, no need to fiddle with the bubble level to center the reticle...seems like a no brainer, really. In the old days, when scopes were made from tubular extrusions, rings were a necessity. Nowadays, most quality scopes are machined from barstock, so adding an integral rail is neither difficult nor expensive. Am I missing something?
This mounting system is fairly popular in Europe (Swarovski, Zeiss, Leica and a few others make compatible scopes ) but it is pretty much unheard of in North America. I wonder why? In theory, it seems vastly superior to traditional scope rings, for obvious reasons: there is no tension applied to the tube, you don't have to worry about over-torquing or under-torquing, no risk of the scope slipping under recoil, no need to lap rings, no need to fiddle with the bubble level to center the reticle...seems like a no brainer, really. In the old days, when scopes were made from tubular extrusions, rings were a necessity. Nowadays, most quality scopes are machined from barstock, so adding an integral rail is neither difficult nor expensive. Am I missing something?