Winchester Lg Bd Xr 12ga 3.5 5 - 1050f Slok 2-1/8oz 10rd 10bx/<

The Winchester Large Buckshot Extreme Range 12-gauge 3.5" magnum ammunition delivers professional-grade stopping power for law enforcement, security personnel, and serious hunters who demand reliable performance in dynamic tactical environments. Built around Winchester's proven ballistic platform, this 2-1/8 ounce buckshot load operates at 1,050 feet per second—a velocity sweet spot that maximizes energy transfer and pattern consistency without excessive recoil. This is ammunition designed for shooters who cannot afford failures when accuracy and terminal performance matter most.

Each round contains large buckshot pellets seated in a slug-lock wad system engineered to maintain shot pattern integrity across extended ranges. The slug-lock design prevents pellet deformation and column separation, ensuring predictable, tight groupings beyond typical buckshot distances—a critical advantage in tactical scenarios where precision matters. The 3.5" magnum case delivers maximum payload capacity while the 1,050 f/s velocity produces flatter trajectories and superior penetration through intermediate barriers without sacrificing controllability from standard 12-gauge shotgun platforms. Winchester's quality brass ensures consistent chamber fit and reliable feeding across pump, semi-auto, and inertia-operated shotgun systems.

This ammunition is optimized for tactical shotgun users—law enforcement breaching teams, armed security professionals, and civilian defenders equipped with Mossberg, Remington, Benelli, or Browning platforms rated for magnum loads. The 10-round box format (sold as a 10-box case of 100 rounds total) supports training cycles and operational readiness while maintaining affordability. Before first use, verify that your shotgun is rated for 3.5" magnum ammunition and slug-lock compatibility; consult your manufacturer's documentation. Store in a cool, dry environment and inspect rounds visually before loading to ensure performance reliability in critical applications.