Wilson Combat SIGWCP320F9TATC P320 4.7" 18-Round Pistol

The Wilson Combat SIGWCP320F9TATC P320 4.7" 18-round pistol represents a precision-engineered duty and defensive sidearm built on the proven SIG Sauer P320 platform. Designed for law enforcement, military, and serious civilian operators, this full-size configuration delivers the reliability and ergonomic balance demanded in high-stakes environments. The 4.7-inch barrel length provides optimal velocity and sight radius while maintaining practical concealability for duty carry, making it a versatile platform for professionals who require uncompromising performance.

Wilson Combat's custom work on this P320 variant enhances the base platform through trigger refinement, functional accuracy tuning, and durable finish application—critical modifications that reduce trigger break variance and improve shot placement consistency under stress. The 9mm Luger chambering offers proven stopping effectiveness with manageable recoil impulse and superior ammunition availability, essential factors for training and sustained operations. Weighing 4.54 pounds fully configured, the pistol maintains low-recoil dynamics while delivering the mass necessary for precise follow-up shots and rapid target transitions. The 18-round magazine capacity exceeds standard duty configurations, providing extended engagement capability without frequent reloads.

This platform excels for dedicated shooters requiring a match-grade defensive pistol suitable for duty, duty-to-competition transition, or high-level personal defense scenarios. Officers and operators familiar with the P320 platform will appreciate the immediate ergonomic familiarity, while Wilson Combat's refinements address the typical areas that separate adequate pistols from exceptional ones. Compatible with standard P320 full-size holsters, magazines, and accessories, this configuration allows operators to leverage existing equipment investments while benefiting from custom performance enhancements that directly improve accuracy and reliability margins in critical situations.