Jim S.
01-19-2012, 07:38
I'm in the process of repairing my M73B1 Weaver scope after taking it out of the safe and hearing things rattle around in it. It turns out that the reticle ring (the part to which the cross hairs are attached) separated from the arm to which it is attached. I've soldered the ring back in place and put in new cross hairs. I’ll call this whole thing the reticle assembly (i.e., cross hairs, reticle ring, and reticle arm). (Note: These are my terms as I’ve been unable to find a parts diagram or manual for the M73B1.)
Tension on the elevation knob is due to upward pressure from the reticle assembly, i.e., it is bent such that it puts upward pressure on the knob and so as the knob is adjusted up the reticle assembly follows it in that direction.
My question is: What causes the reticle assembly to follow the windage knob as it is adjusted to the left? That is, as you adjust the knob (i.e., cross hair) to the right the knob pushes the reticle assembly in that directon, but I don’t see how an opposite force is applied that would cause the assembly to follow the knob as it is adjusted to the left.
I suspect that unless you’ve taken one of these scopes apart this won’t make much sense, but I thought that someone out there may be able to help.
Tension on the elevation knob is due to upward pressure from the reticle assembly, i.e., it is bent such that it puts upward pressure on the knob and so as the knob is adjusted up the reticle assembly follows it in that direction.
My question is: What causes the reticle assembly to follow the windage knob as it is adjusted to the left? That is, as you adjust the knob (i.e., cross hair) to the right the knob pushes the reticle assembly in that directon, but I don’t see how an opposite force is applied that would cause the assembly to follow the knob as it is adjusted to the left.
I suspect that unless you’ve taken one of these scopes apart this won’t make much sense, but I thought that someone out there may be able to help.