The classic way would be the claw Mount, but problem is to get an experienced gunmaker, who is able to do it in a right way.
Nowadays the Pivot Mount gives you the possibility to change the riflescope without great efforts, EAW or Recknagel have
good parts for this Pivot Mount . If I want to mount a new Drilling - not a piece for collectors - I would take the Pivot Mount.
Cheaper and from the view of technique the better way.
Mannlicher
Rookhawk has this exactly correct from my experience. JJ can likely get the claws in place a tad cheaper - but they are a very special thing and perfectly designed for a double. They will also still be in place and working perfectly long after all of us on this forum and our children are well moldered in our graves.Perhaps. Lots of strange things out there. Nonetheless, from a purist/proper standpoint, claw mounts on guns with brazed ribs is the norm. You don't want to apply mechanical leverage to a brazed rib, hence a smith worth his salt won't do that. A claw doesn't create any significant forces on the rib as it is applied or removed.
Not trying to win an argument, just trying to answer the OP question of what kind and what cost for a drilling to get a proper mount.
No. It is because the scope tips upward rear to front to dismount. Putting front rings in the normal position would require the scope to be mounted extremely high (as in inches). Today, the best solution is a straight tube. Special (expensive) fitting to the objective is not required making the installation far less cost prohibitive.Reviving a dead thread here, but why do claw mounts so often have the front ring around the bell? Is it due to poor eye relief of older scopes requiring them to be set back closer to the shooter?
Also, how do Smithson mounts compare to pivots, are they worth the extra money if money wasn’t an object?
Makes sense!No. It is because the scope tips upward rear to front to dismount. Putting front rings in the normal position would require the scope to be mounted extremely high (as in inches). Today, the best solution is a straight tube. Special (expensive) fitting to the objective is not required making the installation far less cost prohibitive.