- Additional information
- Reviews (0)
- Questions & Answers
Hornady 105 AMAX 6mm Bullets
We offer these in bulk packaging. Sold in 100ct increments, we can ship up to 800ct for one low price
Hornady 105 AMAX 6mm bullets design grew from a relentless application of everything Hornady knew about ballistics and flight characteristics. After all, match shooters demand perfection from their bullets every time they step on the range.
The aerodynamic secant ogive profile, the sharp pointed tip and the unequaled concentricity of the A-MAX design give it an extremely high ballistic coefficient for near perfection in flight.
Hornady 105 AMAX 6mm bullets are the ultimate result of more than half a century of studying bullet performance. Ever aspect of accuracy has been designed into the A-MAX bullet. From its polymer tip to the angle of the boattail. The Hornady 105 AMAX 6mm bullets are engineered for extreme accuracy.
- Ultra Low Drag Tip
The low-drag and uniform point raises the ballistic coefficient and precisely balances the center of pressure relative to the center of gravity in order to achieve optimal in-flight stability.
- Secant Ogive Profile
The geometric profile works to produce low drag and flatter trajectories.The secant ogive design also provides the optimum bearing surface for stability in flight and the best ballistic coefficient possible.
- Swaged Lead Core
The swaging process provides excellent uniformity and balance for consistent performance and accuracy.
- AMP® Jacket
The jacket has virtually zero tolerance for concentricity and near zero wall thickness variation.
- Boat tail
The angle and length of the boat tail is unique to each caliber and weight of Match™ and A-MAX® bullets to maximize ballistic coefficient and accuracy.
- Item #: 24562
- Caliber: 6mm / .243 Caliber
- Bullet Diameter: 0.243
- Bullet Weight: 105 Grains
- Bullet Style: AMAX Boat Tail
- Bullet Coating: Non-Coated
- Sectional Density: 0.254
- Ballistic Coefficient: 0.500
Retail Price: $31.44 / 100 (Save $BIG)
>>> THIS IS NOT LOADED AMMUNITION <<<