Elite Tactical Systems Omega Sig Sauer P320 Handgun Magazine 9mm Luger 17/rd

The Elite Tactical Systems Omega Sig Sauer P320 Handgun Magazine 9mm Luger 17/rd is a high-capacity duty magazine engineered for law enforcement, military, and civilian tactical operators who demand reliable ammunition storage and rapid reload capability. Built to exacting standards for the Sig Sauer P320 platform, this magazine bridges the gap between standard capacity and maximum loadout flexibility. Whether you're outfitting a duty rig, maintaining inventory for training cycles, or building a defensive firearm configuration, this 17-round magazine provides the round count and operational confidence demanded by professionals.

The Omega magazine features precision-stamped steel construction with a witness hole for at-a-glance round count verification—a critical feature during dynamic operations or low-light environments. The follower and spring geometry are optimized to ensure consistent feeding of 9mm Luger ammunition across all barrel lengths and ammunition weights, from target loads to +P defensive rounds. The reinforced feed lips maintain dimensional integrity through thousands of load cycles, preventing lip spread that degrades feeding reliability. Elite Tactical Systems Group's manufacturing tolerances eliminate the double-feed malfunctions and failures-to-feed that compromise operator safety and mission success.

This magazine is compatible with all Sig Sauer P320 variants, including the full-size, compact, and subcompact models, as well as the P320 X-series platforms. Law enforcement agencies standardizing on P320 duty weapons benefit from the extended 17-round capacity for duty wear while maintaining compatibility with existing P320 holster and magazine pouch infrastructure. Backup magazines should match duty weapon specifications to ensure seamless manual of arms during high-stress scenarios. For shooters managing multiple P320 firearms across different frames and slides, stocking uniform magazines eliminates inventory confusion and training degradation.