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

High Speed Gear
SKU:
24DD00
UPC:
849954041383
$60.00
$56.00
7% off
(You save $4.00 )
FREE SHIPPING
Adding to cart… The item has been added
High Speed Gear Gen 2 Double Decker Rifle/Pistol MOLLE TACO Magazine Pouch

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

FREE SHIPPING

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

Overview

The High Speed Gear Gen 2 Double Decker TACO Magazine Pouch offers a versatile dual-storage solution for both rifle and pistol magazines in a compact footprint. Designed for efficiency and durability, this pouch combines lightweight construction with adjustable retention, allowing users to carry essential gear securely while maintaining rapid access in high-demand situations.

Key Features

  • Holds 1 rifle magazine and 1 pistol magazine or similarly sized items
  • Dual-stack “Double Decker” configuration for efficient loadout management
  • Laser-cut nylon laminate construction with thermoplastic core for rugged durability
  • Up to 20% lighter than original TACO models
  • Contoured molded sides for smooth insertion and retention
  • Adjustable shock cord system for customizable tension
  • MOLLE and belt mounting compatibility (includes HSG clips)
  • Compatible with optional over-the-top retention covers

Specifications

  • Material: Laser-cut nylon laminate with thermoplastic core
  • Capacity: One rifle magazine and one pistol magazine
  • Mounting Type: MOLLE / Belt compatible
  • Number of Compartments: 2
  • Attachment System: Hook belt clip

MPN: 24DD00

Applications

Ideal for military, law enforcement, and tactical shooters who require both rifle and pistol magazine access in a single pouch. Perfect for duty rigs, plate carriers, range training, and tactical operations where speed and organization are critical.

Additional Features

Includes two HSG clips for secure attachment and quick setup. The Gen 2 design features improved shock cord channeling to reduce snag hazards while maintaining retention, and supports both open-top and covered configurations for mission adaptability.