Corbon 10mm 150gr Jhp 20/500

CorBon 10mm 150gr JHP ammunition delivers proven stopping power built on the platform that established CorBon's reputation for defensive reliability. Each round pairs a 150-grain jacketed hollow point projectile with a 1,325 feet-per-second muzzle velocity, engineered to balance penetration depth with controlled expansion in intermediate barriers and ballistic gelatin testing. This load represents the traditional hollow-point design that defined CorBon's market position—a purpose-built cartridge for serious duty and self-defense applications where performance consistency matters.

The round features internal and external serrations on the projectile body paired with a soft lead cavity, a geometry designed to initiate reliable expansion while maintaining structural integrity through intermediate barriers. Independent testing has documented penetration depths ranging from 9 to 15 inches in FBI-standard ballistic gelatin, placing the round in the practical sweet spot for duty ammunition—sufficient depth to reach vital zones through clothing and light cover, yet with expansion characteristics that limit over-penetration in populated environments. The 150-grain weight in 10mm offers a ballistically efficient profile relative to heavier offerings in the caliber, reducing felt recoil impulse without sacrificing velocity.

CorBon 10mm JHP serves law enforcement, armed security personnel, and civilian carriers who have adopted the 10mm as a high-capacity alternative to larger defensive calibers. The 20-round box format aligns with training volumes and competitive shooting regimens. Operators evaluating 10mm ammunition for duty carry or range work will find this load's ballistic profile consistent with mainstream LE duty ammunition, making it suitable for function-testing in department-approved firearms or for shooters whose platforms are tuned to this specification. The round's heritage and documented track record in the market provide confidence for users prioritizing ammunition with established performance history over newer or experimental designs.