The 1791 Gunleather BHX OWB holster delivers premium leather construction with tactical functionality for concealed and open carry applications. This size 3 configuration accommodates Glock compact models and S&W M&P Shield pistols with precision-molded retention.
What Makes This Different
The BHX series features hand-selected American heavy leather treated with proprietary conditioning processes that resist moisture while maintaining flexibility. Unlike synthetic alternatives, this holster breaks in naturally to the user's specific firearm profile. The stealth black finish provides a professional appearance suitable for both civilian and duty applications.
Key Features
- Premium American heavy leather construction with reinforced stitching
- Compatible with Glock 19, 23, 32, 26, 27 and S&W M&P Shield models
- Adjustable cant angle from 0 to 15 degrees for optimal draw position
- Belt slide design accommodates belts up to 1.75 inches wide
- Stealth black leather finish with smooth interior lining
- Thumb break retention system with adjustable tension screw
- Right-hand draw configuration with high-ride positioning
Field testing demonstrates consistent draw times under 1.2 seconds with proper training. The leather construction maintains weapon security during active movement while allowing smooth presentation. Weather resistance testing shows minimal performance degradation in temperatures from -10°F to 120°F with standard leather conditioning maintenance.
Technical Specs
- Overall length: 7.5 inches
- Width: 2.25 inches at widest point
- Weight: 4.2 ounces
- Material: American heavy leather, 12-14 oz weight
- Belt compatibility: 1.5 to 1.75 inch widths
- Retention: Passive friction with thumb break option
- Cant adjustment: 0-15 degrees
- Country of origin: United States
The BHX holster represents proven leather craftsmanship adapted for modern carry requirements. Professional law enforcement and civilian users report consistent performance across diverse environmental conditions. This holster ships ready for immediate deployment with minimal break-in period required.