The 6mm 109 Grain LRHT boasts a high BC, jump-tolerant hybrid ogive profile that is Doppler Radar verified with less than 1% BC variation. A high BC is desirable for competitive shooting, however, shot-to-shot BC consistency is most critical when engaging targets to 600 yards and beyond. The 109’s are tailored to cartridges such as 6mm Creedmoor, 6mm BR, 6 Dasher, 6XC, 6BRX, and 6×47 among others. It offers the same stability factor as the industry-leading 105gr Hybrid Target and is a direct replacement for 1:8" twist barrels.

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