![]() ![]() Aimed straight at the mark or target without allowing for the drop in a projectiles course. The maker's MRD/GEE figure is certainly a helpful comparator for various loads' 'flatness' when looking at the makers' ballistic tables. point-blankly synonyms, point-blankly pronunciation, point-blankly translation, English dictionary definition of point-blankly. A quoted MPBR range goes past that zero-range to the point where the bullet strikes x below the POA. In summary, I think MRD for x above the POA is the zero-range at which x above POA is not exeeded at any point along the trajectory. ![]() But as I understand it, the actual maximum point-blank range figure which you'd get from that includes the distance from the zero-range to the point where the POI is your chosen parameter below the point of aim? I think that's part of the MPBR zeroing practice - though one might choose a greater elevation than 40mm. The German ammuntion-makers quoted GEE is generally the range at which you can zero with the point of impact not exceending 40mm above the point of aim. The nearest thing is MPBR zeroing - which is another way of measuring the same thing, nearly. You can't really say the conversion from one language to another is a translation, as the concept doesn't really have an English-speaking equivalent. I understand MRD ('most recommend distance') as the English rendering of the German GEE ('favourable zeroing range'). This is also why I prefer a mil-dot reticle in the first focal plane like the Schimdt & Bender P3 Mildot, which is perfect on my deer stalking rifle. If you look into ballistic compensated reticles they use this idea. Whilst I was initially a believer in dialling elevation (coming from a competition/target shooting background with known distances) I have gradually shifted to 'holding off' (slightly above intended point of impact) when necessary, but this is very rare with deer anyway since the vital area is of a reasonable size and not a tiny dot as you would expect with a target. Most of the top manufacturers have a 'below zero' stop function to give you a slight negative adjustments for a distance shorter than your sighted in distance. Now with adjustable turrets you want the 'zero' to be at 100 meters/yards in order to give yourself incremental adjustments out to a further distance. ( As the rifle bullet 'rises' and falls relative to the scope throughout its trajectory). Traditionally scopes did not have adjustable elevation turrets, so you sighted in high at 100 meters/yards (the extent to which depends on bullet/calibre/chambering considerations) so you would be able to account for a distance from say 50 meters/yards out to maybe 250 meters/yards at maximum. As per JCS you mean Maximum Point Blank Range. ![]()
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