Sierra MatchKing .30 Caliber 7.62mm (.308) Ammunition
In the realm of precision shooting, one name stands above all others—Sierra. Known for its commitment to accuracy and ballistic excellence, Sierra has crafted a reputation that resonates with marksmen around the globe.
The Sierra MatchKing series is the pinnacle of target bullet technology. Designed with an unwavering focus on precision, these bullets feature a hollow point boat tail configuration—a hallmark of superior aerodynamics and stability in flight.
This particular offering comes in .30 caliber 7.62mm (.308), packing a substantial 190 grain projectile engineered for match-grade performance. The meticulous design includes thin jackets drawn to an exacting concentricity standard of no more than 0.0003 inches variation, ensuring each round meets stringent quality benchmarks.
A key attribute of this ammunition is its high ballistic coefficient: .533 at velocities exceeding 2100 feet per second (fps), tapering slightly to .525 between speeds of 2100 fps and 1600 fps, and maintaining .515 below that threshold. Such figures speak volumes about its ability to maintain speed and trajectory over long distances.
- Caliber: .30 Caliber 7.62mm (.308)
- Bullet Weight: 190 grains
- Bullet Type: Hollow Point Boat Tail MatchKing
- Rounds Per Box: 100
- Sectional Density: .286
Sierra's dedication to quality ensures each bullet's weight varies by no more than plus or minus 0.3 grain from specified standards, providing shooters with consistent performance shot after shot.
Please note that while the acclaimed accuracy makes them ideal for competitive shooting scenarios worldwide, Sierra MatchKing bullets are not advised for most hunting applications due to their specialized construction focused purely on precision rather than terminal ballistics required for ethical game harvesting.
If your pursuit demands unparalleled accuracy where every fraction counts—be it competition or practice—the Sierra MatchKing remains unmatched in reliability and performance consistency across diverse conditions.