Remington Unprimed Brass Handgun Cartridge Cases 100/ct .45 LC

Remington Unprimed Brass Handgun Cartridge Cases 100/ct .45 LC provide precision reloaders with consistent, ready-to-load brass for custom ammunition development. These unprimed cases form the foundation for shooters building tailored handgun loads—whether for competition, practice, or defensive applications. Drawn from quality American manufacturing, Remington brass cases deliver the dimensional consistency and durability required across multiple reload cycles.

The .45 LC (Long Colt) caliber brass is engineered for shooters who demand control over their ammunition specifications. Remington's drawn brass construction produces uniform wall thickness and reliable case mouth integrity—critical factors when running pistol loads at various pressure levels. Unprimed cases allow handloaders to select primers independently, matching their chosen powder charge and projectile profile precisely. The 100-count package (per box) is sized for serious reloaders building batches for range sessions, competition, or stock rotation.

.45 LC handgun ammunition reloading serves competitive pistol shooters, cowboy action sport competitors, and handgun enthusiasts who prioritize load consistency and cost efficiency. Reloaders benefit from the case's ability to withstand repeated firing and resizing—essential for high-volume shooters managing their own ammunition supply. Whether setting up a personal reloading bench or stocking components for sustained training, these Remington cases provide the reliability and performance expected from a heritage ammunition manufacturer.

Remington brass cases represent a standard-grade option in the commercial reloading market. The .45 LC round maintains strong popularity among revolver shooters and lever-action rifle enthusiasts, making component availability and load data widely accessible. Building custom .45 LC loads requires discipline in charge measurement and bullet selection, but the finished ammunition often outperforms factory alternatives in accuracy and cost-per-round economics.