Yoozername -> RE: StuG BS discussions (1/27/2011 6:21:15 PM)
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ORIGINAL: Mobius quote:
ORIGINAL: Yoozername The Soviet HVAP BR-350P This arrow-head design 'featured' a follow-on slug of steel material. Evidently to save tungsten. Arrowhead designs were dropped by the Germans. The HVAP were not very effective vs. sloped armor since they would 'land' on the soft outer carrier material, typically aluminum, and destabilize. The Soviet round, with its steel 'follow-on' was unstabile even further. This design is best used against vertical armor. Actual penetrator is 27mm in diameter. We don't call Soviet Arrowhead 'HVAP'. We call it APCR. As we have separate penetration adjustment tables for subcaliber shot of APCR, HVAP, APDS and now APCNR. They are slightly different. US HVAP has the most deflection on sloped armor, APDS the a little less and APCR and APCNR the least. Though these all have much more deflection than the full sized rounds. When the game starts up and you are waiting for it to load little tip bits of info are shown the player. Some of the messages are about things like APCR and its origins. If we were to do a modern game mod (as some suggest) we would need a variable penetration table for APFSDS. It wouldn't have much deflection as instead of a sharp nose like APDS as it has a blunt nose like APBC. I guess you could even use the APBC table in a pinch. This is somewhat confusing since you used deflection table in the last post. Is the deflection table some routine that checks for ricochet before it checks penetration? In any case, the Soviet APCR round is just about the worst candidate for piercing highly sloped armor. And that can be sloped from the vertical or shots that have struck the side of a vehicle with vertical armor at an extreme angle. The design of the 350P shows the hard tungsten to have a length of approx 70mm and a diam of 27mm? It is usually overmatched by most armor as far as diam to thickness. The rear-steel slug would more than likely not follow a penetration and probably would break away on high angle impact. Edit: concrete would actually help the APCR round.
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