Federal Fusion .223 Remington 62 Grain Soft Point Ammunition - 20 Rounds

FUSION MSR 20RD 10BX/CS

Experience reliable performance with the Federal Fusion .223 Remington 62 Grain Soft Point Ammunition, designed for precision shooting and hunting applications. This high-quality cartridge features a jacketed soft point bullet that provides excellent expansion and terminal performance, making it ideal for game hunting and tactical use. With a muzzle velocity of approximately 2,750 feet per second, these rounds deliver consistent accuracy and energy transfer at various ranges.
Constructed with reloadability in mind, each cartridge is built to endure multiple reloadings, offering cost-effective versatility. The 62-grain bullet's ballistic coefficient of 0.31 ensures stable flight and reduced wind drift, enhancing shot placement and overall accuracy. Packaged in boxes of 20 rounds, with ten boxes per case, this ammunition is suitable for both professional and recreational shooters seeking dependable performance in their firearms.
Designed by Federal, this Fusion MSR line is specifically optimized for modern sporting rifles chambered in .223 Remington. The dimensions of each cartridge are carefully engineered to ensure reliable chambering and cycling in compatible firearms, while the soft point design provides controlled expansion upon impact, maximizing effectiveness. Whether for hunting or tactical scenarios, this ammunition offers the consistency and quality expected from Federal's renowned manufacturing standards.

Features:

• Caliber: .223 Remington for versatile use in modern sporting rifles

• Bullet Type: Jacketed Soft Point designed for controlled expansion and terminal performance

• Bullet Weight: 62 grains for a balance of velocity and accuracy

• Muzzle Velocity: Approximately 2,750 fps for reliable long-range performance

• Ballistic Coefficient: 0.31 for stable flight and reduced wind drift

• Reloadable: Yes, allowing for extended use and cost savings

• Packaged in boxes of 20 rounds, with 10 boxes per case for efficient storage and procurement