Berger 6mm 105gr Match Hybrid Target-100 per box 24433
Berger 6mm 105gr Match Hybrid Target (100pk) 24433
SKU Berger-24433
$46.73

Specifications

  • Bullet Type:Match Hybrid Target HP BT
  • Caliber:.243/6mm
  • G1 Ballistic Coefficient0.536
  • G7 Ballistic Coefficient0.275
  • Minimum Twist Rate1:8"
  • Bullet Weight:105gr
  • Item ConditionNew
  • UPC679459244336
  • MPN24433

Description

Berger’s Long Range Hybrid Target Bullets were designed with competitive PRS shooters and long range accuracy enthusiasts in mind. These bullets utilize Berger’s advanced and proprietary manufacturing processes – the Meplat Reduction Technology (MRT) System. The MRT system places controlled pressure along the projectile’s tip, creating a consistent Bullet profile with a high Ballistics Coefficient (BC) which reduces wind drift and boosts accuracy at all ranges. Accuracy is further enhanced thanks to a Hybrid Ogive which blends 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.

Features of the Long Range Hybrid Target Bullets:

  • Meplat Reduction Technology (MRT) – Patented technology increases Ballistics Coefficient (BC) while decreasing BC variability. This means less vertical dispersion, less wind drift, and the highest hit percentage on target.
  • 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 – Delivers more reliable drop, consistent BC, and better accuracy
  • J4 Target Jacket – One of the most consistent and concentric copper jackets in the world holding an unprecedented +/- .0003” tolerance. The most precise jacket produces a Berger bullet with the lease amount of dispersion at all ranges