I used a balmy, sunny day at sea level with the temperature at 70 deg. F.
'Tis interesting that at a mile down range that AMAX bullet leaving at 3060fps has a vertical impact change of about 1 inch for every 10 fps of muzzle velocity. It also drops about 1.3 inches per yard of horizontal range.
And a bit over 2 feet of drift for every mph of cross wind speed. The bullet's maximum height above the line of sight will be about 38 feet at 1100 yards where the wind will be blowing 20 to 40 percent faster than at ground level depending on the terrain.
Ran the same bullet numbers with Sierra Bullets software using a .648 BC and it said the bullet went sub sonic at about 1,500 yards. Sierra's bullets have five different BC's for different velocity bands; BC's for their 30 caliber 210 gr. HPMK range from .530 @ 1400 fps and below to .645 @ 1800 fps and above. I think that AMAX also has different BC's for different velocity bands and .648 may be its highest. Therefore, I believe that unless good BC numbers versus velocity bands are taken into consideration when calculating the bullet's path with any decent degree of accuracy, the numbers you get may well be off quite a bit.
After getting a "shooting boresight" for the sights and muzzle velocities for the loads, I've used Sierra's software with G1 BC standards calculating drop at different ranges up to 1000 yards with all their 30 caliber HPMK bullets shot from two .308 Win. rifles and two 30 caliber magnums. Calculated sight settings versus reality to get zeros at 300, 600, 800 and 1000 yards was within 1/4 MOA. I don't think Berger's software is any better with their G7 BC standard.