Berger’s 6mm 108gr Elite Hunter projectiles are engineered for shooters who utilise extremely flat-shooting 6mm cartridges, such as the 6mm Creedmoor or 6 PRC, for hunting animals at longer ranges than traditional hunting rifle projectiles. The heavier weight and optimised hybrid ogive design enable the projectile to retain energy for effective hydrostatic shock in animals, from close ranges to well past 500 yards. These projectiles are ideal for hunting small to medium-sized game like whitetail deer.

Berger Elite Hunter rifle projectiles feature an industry-leading hybrid ogive, which blends tangent and secant designs to optimise efficiency, reduce wind-drift, and minimise sensitivity to seating depth. Elite Hunter rifle projectiles are identical in construction, shape, and performance to the Berger Hybrid Target series, but they utilise a thinner J4 Precision Jacket for rapid expansion on game animals. Elite Hunters are designed to penetrate 2-3" into the vitals before rapidly expanding to create a massive wound cavity up to 15". This delivers maximum organ and tissue damage, aiding in an ethical harvest.

• Hybrid Ogive
  Hybrid Ogives blend the best aspects of tangent and secant nose shapes into one ogive. Near the bearing surface, the shape starts off as a tangent, which makes it easy to tune, then transitions to a secant ogive, which results in a flatter trajectory and less wind drift.
• Consistent Core
  Berger's exacting core manufacturing process ensures consistency, meaning you do not have to worry about sorting by weight. This provides more reliable drop, consistent BC, and better accuracy.
• Boat Tail
  Boat Tail projectiles offer an aerodynamic advantage at longer ranges over their flat base counterparts, especially when transitioning from transonic to subsonic velocities.
• J4 Hunting Jacket
  J4 Precision Projectile Jackets are a top choice for custom projectile manufacturers. They are highly consistent and concentric copper jackets, holding an unprecedented +/- .0003" tolerance. J4 hunting jackets are produced slightly thinner to allow for 2-3" of penetration before rapidly expanding, producing extreme hydrostatic shock and a massive wound cavity.

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