Hornady Aluminum Tip Rifle Bullets .30 cal .308" 176 gr A-TIP Match 100/ct

The Hornady Aluminum Tip Rifle Bullets .30 caliber .308" 176 grain A-TIP Match represents precision ammunition engineering optimized for long-range target shooting and match competition. Developed through years of ballistic research and testing by Hornady's Ballistic Development Group, these match-grade bullets deliver exceptional downrange accuracy and minimal velocity variation shot-to-shot. The aluminum tip is precision-machined and significantly longer than conventional polymer tips, repositioning the center of gravity forward to enhance in-flight stability and aerodynamic efficiency at distance.

The 176-grain bullet weight in .308" diameter is engineered for .30 caliber rifle platforms and balances retained velocity with superior ballistic coefficients. Advanced manufacturing processes and rigorous quality control ensure consistent performance across the 100-count box. Use of Hornady's proprietary A-TIP seating stem is required for optimal bullet seating depth and concentricity. These specifications translate to tighter shot groups at extended range, reduced wind drift, and the predictable performance critical for benchrest, F-Class, and precision rifle competition where hundredths of an inch matter.

Precision rifle shooters, match competitors, and serious reloaders select these .308" match bullets for applications demanding accuracy at 300 yards and beyond. Handloaders working in .30-06 Springfield, .308 Winchester, .300 Winchester Magnum, and other .30 caliber cartridges find the consistent construction essential for load development. The 100-round per box format supports both small-batch precision testing and competitive match preparation without excessive inventory.

Match-grade ammunition components differ fundamentally from hunting or general-purpose bullets through tighter tolerance manufacturing, superior aerodynamic design, and emphasis on velocity uniformity. The aluminum tip technology pioneered by Hornady addresses aerodynamic drag more effectively than traditional designs, making these bullets a recognized choice among competitors focused on precision performance rather than stopping power or field reliability.