Makes perfect sense to me.
in part:
My scope ring alignment bars work differently. They are flat on the ends. That’s the missing element in the pointed bars. If you look at Photo, below left, you will readily see that the bars actually are a three dimensional projection of each ring “hole”. You’re looking at a solid representation of the hole through the ring. Put one bar in each ring and you can then compare the “holes” to each other. Comparing the “holes” is comparing the axes of those holes, the axial alignment. If the ends match and are flat together you have reconstructed the bars into one and the alignment is PERFECT. (Photo, below right) That’s it! An exact, true, three dimensional look at what’s going on with the receiver, bases and rings. “Dirt simple and deadly accurate.”
in part:
My scope ring alignment bars work differently. They are flat on the ends. That’s the missing element in the pointed bars. If you look at Photo, below left, you will readily see that the bars actually are a three dimensional projection of each ring “hole”. You’re looking at a solid representation of the hole through the ring. Put one bar in each ring and you can then compare the “holes” to each other. Comparing the “holes” is comparing the axes of those holes, the axial alignment. If the ends match and are flat together you have reconstructed the bars into one and the alignment is PERFECT. (Photo, below right) That’s it! An exact, true, three dimensional look at what’s going on with the receiver, bases and rings. “Dirt simple and deadly accurate.”
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