Two major fragments resulted after impact, leaving the ground at a ten degree angle and striking the board six inches up. The jacket appeared to have separated and stuck into the wood backstop as a flattened cooper plate, penetration was minuscule. This light and cumbersome piece of shrapnel would have dumped it's small amount of flight energy very quickly presenting little danger a few hundred yards downrange. The major remaining portion of the slug left a quarter-inch-deep keyhole shaped dent in the board, bouncing or falling back out after striking. Even in it's sideways orientation this fragment should have penetrated the plywood if it carried enough energy to be a threat very far downrange. I would guess that this projectile exited the ground strike with a velocity of well under 1000 fps. It exited it's ground-strike at an angle of ten degrees. On this trajectory that would have placed it's path at a height of 50 feet above the ground 100 yards downrange. This became a basic pattern present in the testing. Angles of deflection were consistently steeper that the bullet's angle of impact with the ground and will help us determine the range of our worst case scenario bullet fragment later. At this point results were encouraging. If a tough hunting bullet was leaving the ground at a relatively slow velocity, the area of danger when the undoubtedly tumbling and misshapen fragment leaves the ground may be well within four or five hundred yards perhaps. In theory varmint bullet fragmentation would render the shot even more benign