High Speed Gear Gen 2 Polymer Double Decker Rifle/Pistol TACO Magazine Pouch

Overview

The High Speed Gear TACO Polymer Double Decker V2 Magazine Pouch delivers versatile magazine retention in a rugged, lightweight design built for tactical performance. Engineered with durable waterproof polymer construction, this pouch securely holds both a rifle magazine and a pistol magazine while maintaining quick access and adjustable retention. Designed for professional users, the Double Decker V2 combines flexible mounting options with enhanced durability for demanding field, range, and duty applications.

Key Features

• Holds 1 rifle magazine and 1 pistol magazine simultaneously
• Waterproof, non-absorbent polymer construction
• Compatible with M4/AR15, AR10, and AK-style rifle magazines
• Fits most single-stack and double-stack pistol magazines
• Adjustable shock cord retention system for secure customizable fit
• Flared openings allow fast and smooth magazine reinsertion
• Compatible with MOLLE platforms and belts up to 2 inches wide
• Front and rear attachment points support stacking additional Poly TACOs
• Universal mounting hole configuration works with most mounting hardware
• Integrated drainage grommets help remove moisture and debris

Specifications

• Material: Proprietary Polymer
• Mounting Compatibility: MOLLE and Belts up to 2"
• Dimensions: 3" x 4.75" x 2.75"
• Weight: 0.26 lb
• Retention Type: Adjustable Shock Cord
• Magazine Compatibility: Rifle and Pistol Magazines
• Country of Origin: USA
• Attachment System: HSGI Universal Clips

MPN: 16DD01

Applications

Ideal for tactical operators, military personnel, law enforcement officers, competitive shooters, and range enthusiasts requiring rapid access to both rifle and pistol magazines in a compact setup.

Additional Features

The Polymer Double Decker V2 features a flexible modular design that allows users to attach additional Poly TACOs for expanded loadout customization. Its rugged waterproof construction also makes it easy to clean and maintain in harsh environments.