Cci 22lr Standard Velocity 100/5000

CCI 22LR Standard Velocity 100/5000 ammunition delivers consistent, affordable performance for recreational shooters, small game hunters, and competitive marksmen. This 22 Long Rifle load is engineered for reliable function across a wide variety of rimfire rifles and handguns, making it a dependable choice for high-volume training sessions and backyard plinking where precision and cost-effectiveness matter.

CCI's Standard Velocity 22LR is optimized for subsonic performance, minimizing report while maintaining adequate velocity for clean, accurate hits at typical training distances. The round is loaded to specifications that ensure consistent ignition and minimal vertical stringing on target, critical factors for shooters developing marksmanship fundamentals. The 100-round packaging per box (with 5,000 total rounds per case) allows shooters to stock efficiently without excessive storage requirements, and the compact dimensions make handling straightforward during extended range sessions.

This ammunition is particularly suited for bolt-action rifles, semi-automatic rimfire platforms, and handgun users seeking low-cost per-round training loads. Competitive shooters and precision plinking enthusiasts appreciate CCI's commitment to velocity uniformity and chamber reliability across different firearm designs. For those building a practical ammunition reserve or supporting frequent range visits, the Standard Velocity 22LR offers the balance of performance and affordability that defines CCI's positioning in the rimfire market.

CCI ammunition has established itself as a mainstream choice for recreational and competitive shooters since its founding, and the 22LR category remains one of the most widely used rimfire loads in North America. Standard velocity loads like this one serve a distinct role compared to high-velocity offerings—they prioritize consistency and function over maximum energy, making them the logical choice for high-round-count training and plinking applications where velocity variation would degrade precision.