Hornady Traditional Varmint Bullets .22 cal .224" 45 gr HPB 100/ct

The Hornady Traditional Varmint Bullets .22 cal .224" 45 gr HPB is purpose-built for precision varmint shooting and competitive small-caliber rifle applications. Designed for shooters who demand match-grade consistency across all engagement distances, these 45-grain hollow point boat-tail bullets deliver the ballistic performance required in prairie dog towns, ground squirrel operations, and precision rimfire competitions. Available in a 100-round box, this ammunition component is ideal for handloaders seeking reliable, cost-effective rounds without compromise on accuracy or terminal performance.

The streamlined boat-tail design minimizes drag and maintains velocity over distance, producing ultra-flat trajectories that reduce wind drift and simplify hold-overs in the field. Hornady's match-grade jacket construction ensures uniform concentricity and wall thickness, critical factors for shot-to-shot consistency at 100+ yards. The hollow point cavity is engineered to expand reliably even at subsonic or reduced velocities, making these bullets effective across various rifle platforms and powder loads. This design philosophy—combining aerodynamic efficiency with explosive terminal expansion—makes the Traditional Varmint line a trusted choice among precision rifle handloaders and competition shooters.

Varmint hunters and competitive shooters using .22-caliber centerfire rifles—such as .223 Remington platforms or dedicated .22 BR competition guns—benefit most from these bullets' accuracy and lethal performance. Handloaders working with standard .224" bore-diameter rifles will find the 45-grain weight optimal for light recoil, minimal noise-induced shift, and extended barrel life. The 100-count box format supports extended range sessions and load development work without excessive inventory buildup. These bullets work best when paired with appropriate powders and primers for your specific rifle, ensuring velocities between 3,000–3,800 fps for optimal expansion and trajectory characteristics.