Winchester Super-x 410 2.5" - 1245fps 1/2oz #6 25rd 10bx/cs

The Winchester Super-X 410 2.5" shotgun ammunition delivers reliable performance for hunting small game, pest control, and close-quarters training scenarios where a lighter recoil profile is advantageous. This .410 bore round is purpose-built for shooters who prioritize reduced felt recoil without sacrificing terminal effectiveness—making it ideal for youth hunters, recoil-sensitive shooters, and tactical practitioners working with compact shotgun platforms. Winchester's proven manufacturing heritage ensures consistent round-to-round ballistics and reliable ignition across diverse environmental conditions.

Each round propels a half-ounce shot payload at 1245 feet per second using #6 lead pellets—a shot size optimized for penetration and pattern density on upland game and varmints at typical engagement ranges. The 2.5-inch case length ensures reliable feeding in both older and modern .410 shotguns while the controlled velocity maximizes shot pattern consistency without excessive pressure spikes. Winchester's brass-cased construction provides corrosion resistance and supports consistent primer ignition, a critical factor in duty and training applications where ammunition reliability cannot be compromised. The #6 pellet composition delivers sufficient energy transfer for humane harvesting while minimizing over-penetration risk in mixed-use environments.

This ammunition is compatible with any standard .410 bore shotgun—including Mossberg 500, Remington 870, and other pump-action or semi-automatic platforms that chamber 2.5-inch shells. Law enforcement and military units favor Winchester Super-X ammunition for training programs due to its track record of dependable performance and availability. The 25-round box configuration provides practical quantity for range training sessions, and bulk purchases (10 boxes per case) deliver cost-efficiency for high-volume shooters and institutional buyers. Store ammunition in a cool, dry location and verify chamber specifications before loading to ensure optimal performance and safety.