2 Pack USGI Military ACU Triple Mag Pouch Magazine 30 Round ARMY MOLLE II

2 Pack USGI Military ACU Triple Mag Pouch Magazine 30 Round ARMY MOLLE II

Title

2-Pack Authentic USGI MOLLE II ACU Triple Magazine Pouch (30-Round Capacity, Side-by-Side Shingle)

Description

This listing is for a 2-pack of genuine U.S. Army-issued MOLLE II Triple Magazine Pouches, also referred to as a "shingle" style carrier. These are mission-critical components of the Modular Lightweight Load-carrying Equipment (MOLLE II) system, designed to securely present ammunition for rapid access. The pouches are manufactured to military specifications (Mil-Spec) from heavy-duty, rugged Cordura Nylon in the ACU Digital Camouflage (Universal Camouflage Pattern - UCP) and are built to withstand demanding field use.

Key Features & Design Elements

• Quantity: Includes two (2) individual Triple Magazine Pouches.
• Capacity: Each pouch securely holds three (3) 30-round capacity magazines in separate, side-by-side compartments.
• Modular System: Fully compatible with all PALS (Pouch Attachment Ladder System) webbing, allowing for secure attachment to MOLLE II vests, packs, and load-bearing equipment.
• Security: Features a robust fold-over flap with a durable button snap closure for each of the three magazine slots, ensuring contents are retained securely.
• Construction: Built with high-tenacity, water-resistant Cordura Nylon, featuring double-stitching and reinforced bar-tacks at stress points for superior durability.
• Drainage: Includes a metal drainage grommet at the bottom to allow water and debris to exit, protecting stored items.
• Stackable Design: MOLLE webbing (PALS) on the exterior of the pouch allows for the layering or stacking of additional pouches or accessories.
• NSN: Commonly associated with National Stock Number 8465-01-525-0598.
• Dimensions (Approximate): Approximately 10" (W) x 7.5" (H).

Condition: Used by our Troops in Good Condition, may have some dirtiness, may have some signs of use, fully functional, Overall Good Condition.