The 1791 Gunleather MAG1.1 delivers secure single-stack magazine retention with premium leather construction and ambidextrous compatibility. This belt-slide holster positions spare magazines for rapid access while maintaining a low profile against the body.
What Makes This Different
Unlike synthetic magazine carriers that rely on tension screws, the MAG1.1 uses hand-molded leather construction that naturally conforms to magazine dimensions over time. The stealth black finish provides a professional appearance that matches duty gear requirements. The ambidextrous design eliminates the need for separate left and right-hand models, accommodating both strong-side and cross-draw carry positions.
Key Features
- Premium stealth black leather construction with reinforced stitching
- Ambidextrous design fits both left and right-handed carry preferences
- Belt slide attachment accommodates belts up to 1.75 inches wide
- Compatible with single-stack magazines from major manufacturers
- Low-profile design minimizes printing under concealment garments
- Open-top design allows rapid magazine deployment
- Retention system holds magazines securely during movement
Field testing demonstrates reliable magazine retention during physical activity while allowing smooth single-handed draws. The leather construction provides consistent performance in temperature variations from -10°F to 120°F. Law enforcement and civilian concealed carriers report successful deployment in both duty and defensive scenarios. The holster maintains magazine orientation for consistent grip placement during reloads.
Technical Specs
- Material: Premium stealth black leather
- Compatibility: Single-stack magazines (9mm, .40 S&W, .45 ACP)
- Belt attachment: Slide design for belts up to 1.75" wide
- Carry options: Ambidextrous (IWB/OWB compatible)
- Retention: Formed leather with adjustable tension
- Finish: Stealth black leather treatment
- Manufacturer: 1791 Gunleather
- Model: MAG1.1
The MAG1.1 represents proven magazine carry technology refined through extensive user feedback. Professional-grade materials and construction methods ensure long-term reliability in demanding environments.