Sorry, forgot!
The alignment of the lazing beam & the dot in the reticule was precise. If I aimed off to test for errors the range increased above & decreased below the "dead on" aim. The only down side I discovered is a very slight focus shift between the target image & the RF data overlay. I had to pick which one was "tack sharp" & which was "pretty sharp", irritating but not a real problem I'm just a perfectionist.
The alignment of the lazing beam & the dot in the reticule was precise. If I aimed off to test for errors the range increased above & decreased below the "dead on" aim. The only down side I discovered is a very slight focus shift between the target image & the RF data overlay. I had to pick which one was "tack sharp" & which was "pretty sharp", irritating but not a real problem I'm just a perfectionist.