The .223 Remington 75 gr Heavy Match HP Black Hills (D223N6) load delivers precision-focused performance for shooters who demand consistency and accuracy at distance. It uses a Heavy Match Hollow Point (HP) projectile engineered for uniform weight distribution and stable flight. Because of this design, the load suits buyers focused on precision rifle training, competition preparation, and data validation. Many shooters choose heavier .223 projectiles to improve wind performance and tighten groups beyond standard distances.
Black Hills loads the D223N6 to a muzzle velocity of 2,750 fps and a muzzle energy of 1,227 ft-lbs from standard test barrels. These ballistics provide excellent velocity retention and predictable drop characteristics. As a result, shooters experience consistent elevation data and reduced vertical spread. In addition, the 75-grain bullet weight enhances stability through longer flight times. Consequently, this load performs well during positional shooting, barricade work, and extended-range drills.
This product ships as 50 rounds per box and 10 boxes per case (500 rounds total). Therefore, buyers receive sufficient volume for match preparation, zero confirmation, and sustained training cycles. Black Hills manufactures this ammunition with premium reloadable brass cases and non-corrosive Boxer primers, ensuring dependable ignition and smooth feeding. Furthermore, Black Hills’ strict quality standards emphasize uniform pressures and tight tolerances from lot to lot.
While optimized for precision and competition use, the .223 Remington 75 gr Heavy Match HP Black Hills (D223N6) also appeals to shooters who want repeatable performance and reliable ballistic data. Ultimately, it delivers accuracy, consistency, and trusted Black Hills craftsmanship in a heavy-match .223 load built for serious shooting.
Fred F (verified owner) –
I have used this ammonium for several years and have never been disappointed with its performance or accuracy. I have shot pigs Deer and coyotes and it preforms well all of them.