Viridian Holster Iwb Taurus G3/g2 Rh

The Viridian Holster Inside-the-Waistband (IWB) for Taurus G3/G2 Right-Hand is a precision-engineered kydex holster purpose-built to accommodate Taurus pistols with mounted E-Series laser systems. Manufactured in the USA, this IWB holster combines advanced thermoforming techniques with CNC-precision cutting to deliver a secure, low-profile carry solution for armed professionals and serious civilian operators who demand both concealability and reliable retention.

Built from high-grade kydex material selected for durability, longevity, and consistent performance, the Viridian holster's thermoformed construction ensures a custom fit to the Taurus G3, G3c, G3X, G2c, and G2/PT111 platform. The kydex shell absorbs recoil energy while maintaining dimensional stability across training cycles and daily carry. The right-hand orientation accommodates strong-side appendix and hip carry positions, making it adaptable to various carry preferences. Kydex's inherent moisture resistance and ease of maintenance support extended service life in field conditions.

This holster is engineered for law enforcement officers, armed civilians, and defensive practitioners who run Viridian E-Series green lasers on duty or carry firearms. The laser-compatible design allows shooters to train and deploy with an integrated aiming aid while maintaining secure retention, making it particularly valuable for low-light scenarios and force-on-force training where rapid target acquisition matters. IWB carry at the 3-4 o'clock position remains the standard for on-body concealment without printing, and this holster's thinline kydex design supports that mission effectively.

Kydex IWB holsters have become the duty standard across armed professions because they withstand sweat, cleaners, and repeated draw cycles without degradation. The Viridian right-hand IWB for Taurus platforms fills a specific niche for shooters committed to laser-equipped carry who require American manufacturing and validated fit for the G-series platform.