Blazer Brass 9mm 115gr FMJ Aluminum 50/1000

Blazer Brass 9mm 115gr FMJ Aluminum 50/1000 ammunition delivers reliable, cost-effective performance for high-volume range training and practice shooting. This 9mm full metal jacket load is engineered for shooters who demand dependable function without premium pricing, making it an ideal choice for indoor range sessions, sport shooting, and tactical skill maintenance.

The 115-grain full metal jacket bullet design provides clean, predictable ballistics with a muzzle velocity of 1,145 feet per second. This velocity is well-established for 9mm pistol platforms and delivers consistent energy transfer across standard duty and training firearms. The aluminum casing reduces overall ammunition weight compared to brass, simplifying logistics during extended range sessions while the FMJ construction minimizes fouling and ensures reliable feeding through a wide range of 9mm firearms. As a reloadable-grade product, fired casings retain value for handloaders seeking to reduce per-round costs further.

This ammunition serves law enforcement, military personnel, competitive shooters, and civilian tacticians conducting high-round-count training. The 50-round per box configuration fits standard ammunition storage and range bag carry, while the case quantity enables bulk purchasing for departments, shooting clubs, and serious competitors managing training cycles. Blazer's positioning in the market addresses the need for quality control and functional reliability at production-level pricing—ideal when ammunition consumption outpaces budget constraints but performance standards remain fixed.

For shooters comparing 9mm practice loads, aluminum-cased ammunition offers reduced cost-per-round while maintaining the pressure, velocity, and reliability required for accurate training. Blazer's brand heritage in factory ammunition manufacturing backs this product's quality assurance and consistency—critical factors when conducting skills validation or high-volume drills where ammunition variation introduces uncontrolled variables.