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If you close the full screen shot, you get an enlarged version. At least on my computer.
FWIW, some time back I picked up a couple of boxes of the .224 RRLP 55 gr bullets for experimenting. When/where Barnes indicates a suggested best powder, believe them. I didn't see any such indication on the pistol data.
Typically, besides being "green", the lead free (especially the monolithic) bullets have better penetration than a similar cup & core bullet. Also do better in barrier penetration. They are gonna be longer than a bullet with a lead core. The RRLP (reduced ricochet, limited penetration) bullet has a core of atomized copper in some binder. They were designed for use on steel targets at close range* (turn to pixie dust and don't damage steel-also helpful in certain other situations where penetration of piping or ricochet would be problematical) but turned out to have superior tissue penetration than M193 ball.
*Training ammo eats up a huge portion of budgets and bolsters the bottom line of those who produce it.
FWIW, some time back I picked up a couple of boxes of the .224 RRLP 55 gr bullets for experimenting. When/where Barnes indicates a suggested best powder, believe them. I didn't see any such indication on the pistol data.
Typically, besides being "green", the lead free (especially the monolithic) bullets have better penetration than a similar cup & core bullet. Also do better in barrier penetration. They are gonna be longer than a bullet with a lead core. The RRLP (reduced ricochet, limited penetration) bullet has a core of atomized copper in some binder. They were designed for use on steel targets at close range* (turn to pixie dust and don't damage steel-also helpful in certain other situations where penetration of piping or ricochet would be problematical) but turned out to have superior tissue penetration than M193 ball.
*Training ammo eats up a huge portion of budgets and bolsters the bottom line of those who produce it.
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