The Blackhawk Stache IWB Holster delivers minimalist concealed carry with maximum retention for Glock compact pistols. This polymer holster strips away unnecessary bulk while maintaining positive weapon security through precision molding and adjustable retention.
What Makes This Different
The Stache system uses a unique modular design that allows users to swap between IWB and OWB carry configurations with the same holster body. Unlike traditional single-purpose holsters, this platform adapts to different carry needs without requiring multiple holster purchases. The low-profile belt clip maintains a tight body profile while distributing weight evenly across the belt line.
Key Features
- Ambidextrous design accommodates both right and left-handed shooters
- Precision-molded polymer construction fits Glock 19, 23, 32, and 48 models
- Adjustable retention screw allows customization of draw resistance
- Modular platform compatible with Blackhawk mounting accessories
- Low-profile belt clip design minimizes printing under clothing
- Trigger guard coverage provides complete safety during carry
- Sweat guard protects firearm finish from moisture and body oils
Field testing demonstrates consistent draw times across different body types and clothing configurations. The holster maintains weapon security during physical activity while allowing smooth presentation when needed. Weather resistance testing shows the polymer construction resists temperature extremes and humidity without affecting retention or fit.
Technical Specs
- Material: Injection-molded polymer construction
- Compatibility: Glock 19, 23, 32, 48 pistols
- Carry Position: Inside the waistband (IWB)
- Retention: Passive friction with adjustable tension
- Belt Attachment: Integrated polymer belt clip
- Belt Width: Fits belts up to 1.75 inches
- Finish: Matte black polymer
- Weight: Approximately 2.1 ounces
The Stache holster addresses the concealed carrier's need for reliable retention without sacrificing accessibility. Professional instructors recommend this holster for its consistent performance across different environmental conditions and extended wear periods.