CZ P10C - Streamlight TLR-7 / 7a / 7x (Open End) - Range Style (OWB) Light Bearing kydex Holsters

This OWB (outside-the-waistband) Kydex holster is specifically designed for the CZ P10C with Streamlight TLR-7, 7a, 7x (Open End) (Will not work with the TLR-7 HL-X), making it ideal for range use, training, and open carry. It delivers a secure, precision-molded fit with fast, reliable access to your firearm while maintaining excellent retention and durability for consistent performance. Closed-End Design – This holster features a closed muzzle end and will accommodate firearms equipped with threaded barrels, but NOT compensators, or any other muzzle-mounted accessories. With a rigid Kydex construction and customizable attachment options, this holster is made to perform under repeated draws while maintaining consistent retention and durability. Key Features: Precision-formed Kydex for a snug, model-specific fit Adjustable retention to dial in your preferred draw OWB design for quick access and smooth reholstering Durable, waterproof, and impact-resistant material Audible retention “click” for added confidence Attachment Options: Multiple carry attachments available (belt loops, paddle, etc.) Designed for easy setup based on your carry style and range needs Ideal For: Range days & firearms training Open carry setups Tactical and competition-style use Important Information: Model Specific Fit – Designed for the selected firearm only Made from high-quality Kydex for long-lasting use Material – Made from lightweight, waterproof, and scratch-resistant Kydex Finish & Color Variations – Printed and colored holsters may have slight variations in pattern, shade, and interior color due to the manufacturing process Hardware Check – Periodically inspect screws and hardware to ensure everything remains secure during use Why This Holster Stands Out Built for shooters who demand consistency, this holster offers dependable retention and a smooth draw every time. The OWB design paired with multiple attachment options gives you flexibility without sacrificing performance.