Speer Jacketed Handgun Bullets .38/.357 Mag .357" 128 gr UCHP 450/ct

Speer Jacketed Handgun Bullets .38/.357 Mag .357" 128 gr UCHP deliver consistent performance across .357 Magnum and .38 Special platforms. This 450-count package provides reliable ammunition for duty use, training cycles, and competition shooting. Speer's reputation for quality manufacturing and material consistency makes these bullets a trusted choice among law enforcement and serious handgun practitioners.

The 128-grain Ultra-Competent Hollow Point (UCHP) design balances velocity retention with controlled expansion. In the .357 Magnum platform, this weight enables velocities in the 1400–1500 fps range from typical 4-inch barrels, generating sufficient energy for barrier penetration while maintaining accuracy. The jacketed construction prevents leading and fouling, critical for high-round-count training and extended duty cycles. Each bullet in the 450-round bulk pack meets Speer's manufacturing tolerances, ensuring shot-to-shot consistency across your reload or factory loads.

This product serves reloaders, training facilities, and operators who require volume ammunition without sacrificing quality. The 450-count case format reduces per-round cost while maintaining the uniform performance expected from Speer's component line. Suitable for .357 Magnum revolvers, semi-automatic platforms chambered in .357 Sig, and .38 Special handguns, the .357" diameter ensures proper fit and function across compatible firearms. The hollow point construction supports defensive applications where controlled penetration and expansion are priorities.

Speer handgun bullets have maintained market presence among law enforcement agencies and competitive shooters due to consistent quality control and performance repeatability. The jacketed hollow point format provides the flexibility to serve both training and duty applications, reducing the need for separate inventory streams. Weight at 10.58 lbs for the 450-round case reflects efficient packing and handling for high-volume operations.