Berger - Bullet - 30 Cal. (.308) 185 gr. HPBT (SAAMI Hybrid Hunting) 100/Box

The Hunting bullet line is proving to be the most lethal big game hunting bullets available. All of our Hunting bullets are made in the VLD or Hybrid designs. These designs incorporate a sharp nose and slightly thinner jacket that allows the bullet to penetrate 2” to 3” before it starts to expand. After the bullet starts to expand it will shed 40% to 85% of its weight as shrapnel into the surrounding tissue (internal organ). The combination between the shrapnel and the hydrostatic shock produces a massive wound cavity within the vital area (internal organs) that will be 13” to 15” long. This massive wound cavity results in the animal dropping fast since most go into shock after such a tremendous blow. Those animals that don’t go down immediately will soon succumb to blood pressure loss and/or organ failure producing a quick ethical kill. Our bullets don’t poke through like an arrow (high weight retention, deep penetration bullets) but instead dump their energy where it is most effective, inside the animal. Using the Berger VLD will result in an animal that goes down fast so you can enjoy the results of your hunt without having to track the wounded animal after the shot. You owe it to yourself to see how accurate and deadly the Berger Hunting VLD will be on your next hunt.

HYBRID BULLET DESIGN

Our Hybrid design blends the best of both worlds by incorporating two different shapes within the nose. As the bearing surface ends, a tangent ogive begins. This tangent section of the ogive results in the bullet being much less sensitive to seating depth. As you move forward along the tangent portion, the shape changes into a secant ogive (the shape used on the VLD bullets). This shape is very efficient in the wind and is why the VLD became so popular. The key to all this is not just the combining of these two shapes but also the partnership between the ballistician and the bullet maker. Berger’s Chief Ballistician, Bryan Litz uses his expertise to combine the appropriate shapes for optimum performance.