Blackhawk Stache Premium IWB Holster Glock 43/43X TLR-7 - Concealed Carry

Overview

The Blackhawk Stache™ IWB Premium holster redefines everyday concealed carry for the Glock 43/43X fitted with a TLR-7. Designed by concealed carriers for concealed carriers, this modular system pushes past the classic limits of Kydex® with an injection-molded, impact-reinforced polymer. Made in the USA, it combines rigidity, comfort, and modularity in a single platform built for daily use.

Technical Specifications

• Construction: injection-molded, impact-reinforced polymer, offering superior durability compared to standard Kydex®
• Premium Kit: includes the holster, an adjustable IWB magazine carrier with belt clip, and an adjustable concealment claw
• Concealment claw: reduces printing under clothing by pushing the rear of the holster closer to the body
• 1.5" J-hook belt clip: height and cant adjustable for a personalized carry
• Accessory attachment wing: combines the holster and magazine carrier into a single modular platform
• Low-profile shirt guard: adds comfort without hindering the draw stroke
• RDS optics compatibility: designed to accommodate firearms fitted with slide-mounted red dot sights

Benefits

• Ambidextrous carry: the same holster works for right- or left-handed carry, a real plus for families or instructors
• Adjustable passive friction retention: dial in the fit of your firearm to your preference without complex tools
• Compatible with Discreet Carry Concepts Mod-4 Gear Clips™ and a wide range of Stache™ IWB accessories, letting your setup evolve over time
• Total modularity: easily switch between configurations to suit your carry needs
• Made in the USA to rigorous quality standards, a guarantee of reliability for equipment carried every day

Use and Care

The J-hook belt clip adjusts for height and cant to help you find your ideal carry position. The concealment claw and magazine carrier adjust independently thanks to the modular attachment wing. Regular cleaning with a dry or slightly damp cloth is enough to maintain the reinforced polymer; avoid harsh solvents that could damage the material.