It was discontinued. Not sure why but I believe it had to do with that design when used for hunting it would create a lot of damage but the animal would still run for a while before succumbing to its wound. Also a lot of the meat would be tainted. So the ELD has replaced it, haven't used it myself but do use the HPBT 75 grain on does or small deer that has needed culling and it has worked well.
Yep. I was crushed when I heard the AMax had been discontinued. The 52-grainers make crazy-small groups from my .22-250. The gentleman that I spoke to at Hornady felt the same way, but assured me the ELD-M bullets were identical. I tried a box and they do shoot the same in my rifle. Luckily, I picked up just under 1,000 AMAX from my friend - a hoarder of the highest level - who as usual bought them cheap and had no use for them.I liked the A max the way it was, they gave it a new name and raised the price
NoDoes Hornady still make the 224 75 grain A MAX?
My 600 yard match pet load is with the 75 A MAX. It looks like I will be going to the 75 ELD or 80 SMK after my current supply of the A MAX is gone.Chkunz, Guess to answer youre question is with one. What do you plan on shooting with this replacment bullet into, Paper or Varmint, Deer? Amax Bullets were intended to be an all oround hunting bullet. Yet Guys used it as a match bullet. It had set even a few records. ELD-M 75 gr is a paper shooting bullet. Its efects on game would be unpredictable.
Does Hornady still make the 224 75 grain A MAX?
I liked the A max the way it was, they gave it a new name and raised the price
Identifying a Problem – Aerodynamic Heating
While analyzing the radar data on the new bullet, Hornady engineers noticed something right away that was puzzling. In Drag Coefficient versus Mach (Cd vs Mach) graphs, they saw that the new projectile was gaining drag shortly after leaving the barrel, which affected the performance of that bullet for the rest of its flight path. Simply put, the bullet acted like it had one particular BC for the first 100 to 150 yards, then transitioned to a lower BC for the rest of its flight path. Further testing was done with other bullets including BTHP match and A-Max bullets. While the BTHP bullets Cd vs Mach charts looked as expected, the A-Max bullets were showing the same increase in drag that the prototype hunting bullet did. It was as if the bullet was changing shape in flight.
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The Hornady 6.5mm 140gr A-Max is a very popular match bullet. Its long-time published G1 BC of .585 has been measured with chronographs at the muzzle, 100 and 200 yards. The radar verifies that exact BC out to 200 yards. When fired at 800 yards; however, the radar verified average BC it is actually .545. This is because of the polymer tip melting and deforming during flight. When the traditional tip is replaced with a Heat Shield tip, the Radar verified 800 yard average BC becomes .610 – a huge improvement! Why a .610 when we already established a 200 yard BC of .585? The .610 BC shows that the traditional tip was already exhibiting degradation at 200 yards.