Fiocchi 308win 175gr Hpbt Mk 20/200

Fiocchi 308 Winchester 175 grain HPBT match ammunition delivers the precision and consistency demanded by long-range marksmen and precision rifle competitors. Built on Fiocchi's heritage of match-grade ammunition development, each 20-round box contains Sierra MatchKing projectiles loaded to exacting tolerances for repeatability downrange. The 175-grain bullet weight and boat-tail configuration are optimized for extended-range applications where ballistic stability and minimal wind deflection are critical.

The 308 Winchester cartridge launches these projectiles at 2,595 feet per second, a velocity engineered to balance energy retention and pressure consistency across the powder burn cycle. Sierra MatchKing bullets are recognized across precision shooting disciplines for uniform jacket concentricity and aerodynamic performance; the 175-grain variant is particularly suited to subsonic and transonic trajectory work at distance. Fiocchi's match line maintains strict quality control on case preparation, primer seating, and powder charge tolerances—factors that directly influence shot-to-shot velocity spread and group consistency on the target.

This load is purpose-built for competitive precision rifle shooters, long-range hunters requiring sub-minute-of-angle accuracy, and training programs where repeatability across strings of fire matters. The 308 Winchester remains the standard platform for 1000-yard competition and precision tactical applications where barrel life and ammunition availability intersect. Each box of 20 rounds allows controlled evaluation and load testing without excessive commitment to a single lot.

Fiocchi Ammunition, established over a century ago, maintains manufacturing facilities across North America and Europe with certification to SAAMI and CIP standards. Match-grade 308 Winchester ammunition from established manufacturers like Fiocchi provides the performance baseline that precision shooters expect when validating rifle systems or competing in disciplines where tenth-of-inch differences determine placement.