Speer TNT Rifle Bullets .30 cal .308" 125 gr TNTHP 100/ct

Speer TNT Rifle Bullets .30 caliber .308" 125 grain TNTHP deliver the controlled expansion and on-game performance that serious handloaders and precision shooters demand. Built with a thin-jacket design and internal fluting, these hollow-point varmint bullets are engineered for explosive expansion on impact while maintaining the structural integrity needed for consistent, predictable results downrange. Sourced from a manufacturer with over 70 years of bullet manufacturing heritage, the TNT line represents proven reliability for field shooting and ballistic testing.

The 125-grain weight in .308 diameter offers a velocity-to-energy balance suited to medium-range rifle work and varmint applications where rapid energy transfer is essential. Internal fluting reduces bearing surface and pressure, helping handloaders maintain consistent velocities across powder charge variations. The soft-lead core combined with the precision jacket design ensures rapid expansion in tissue while minimizing over-penetration—a critical factor when shooting in populated or sensitive environments. Each box contains 100 rounds, providing a full loading batch for standardized ammunition development or field inventory.

TNT bullets are favored by handloaders working with .308 Winchester, .300 Blackout, and other .30-caliber cartridges in both rifle and AR-platform builds. These rounds support practice, load development, hunting, and ballistic research. The component-grade quality allows shooters to pair them with premium cases and primers for maximum consistency, making them suitable for both high-volume range sessions and precision field applications where accuracy and terminal performance matter equally.

Budget-conscious ammunition buyers and serious handloaders appreciate the TNT line's balance of cost and verified performance. Whether loading for target shooting, varmint control, or ballistic testing, the Speer TNT 125gr TNTHP represents a time-tested bullet platform with transparent engineering and predictable results.