The 1791 Gunleather ORBH24SVTGR BH2.4S delivers premium leather craftsmanship for shooters carrying optic-equipped compact pistols. This belt slide holster accommodates red dot sights while maintaining the classic aesthetic and reliability that defines quality leather gear.
What Makes This Different
Unlike standard holsters that require modifications for optics, the BH2.4S features an extended sight channel specifically engineered for red dot compatibility. The vintage leather construction offers superior retention compared to synthetic alternatives while developing a custom fit through break-in. Hand-finished edges and reinforced stitching ensure longevity under daily carry conditions.
Key Features
- Optic-ready design accommodates popular red dot sights without modification
- Premium steerhide leather construction with vintage finish
- Belt slide design fits belts up to 1.75 inches wide
- Precision-molded fit for H&K VP9SK and FN 509 Compact pistols
- Right-hand draw configuration with 15-degree cant
- Reinforced trigger guard coverage for enhanced safety
- Hand-burnished edges resist wear and moisture
Field testing demonstrates reliable retention across temperature ranges while maintaining smooth draw characteristics. The leather material provides natural grip during presentation while offering sufficient flexibility for comfortable all-day carry. Competition shooters appreciate the consistent release, while concealed carriers benefit from the holster's low profile against the body.
Technical Specs
- Fits: H&K VP9SK, FN 509 Compact with optics
- Material: Premium steerhide leather with vintage finish
- Belt compatibility: Up to 1.75" wide belts
- Cant angle: 15 degrees forward
- Retention: Passive leather retention system
- Finish: Hand-burnished edges
- Construction: Reinforced stitching throughout
- Country of origin: USA
This holster represents the intersection of traditional leather craftsmanship and modern optic compatibility requirements. The size 2.4S designation ensures proper fitment for these specific compact models, eliminating the guesswork common with universal designs.