High Speed Gear Polymer X2R TACO V2 - Rifle Magazine Pouch

Polymer TACO V2: Versatile, Durable, and Easy-to-Clean Magazine Holder

• Polymer Double Decker TACO V2 Rifle Magazine Pouch, designed for versatile magazine storage and retention.
• Material: Made from a rugged, waterproof, and non-absorbent polymer for lasting durability.
• Capacity: Can hold two rifle magazines or similar items at the same time, maximizing efficiency.
• Adjustment: Features a revamped lacing system for easy adjustment and reconfiguration to fit different gear needs.
• Compatibility: Fits M4/AR15, AR10, and AK-style magazines, providing a wide range of usage options.
• Ease of Use: Flared opening ensures easy reinsertion of magazines, enhancing user convenience.
• Design: Equipped with ribs to retain shock cord tails, maintaining a neat and clean appearance.
• Customizable: Offers attachment points on the front and back for adding other Poly TACOs and accessories.
• Versatility: Universal mounting hole configuration works seamlessly with various mounting hardware.
• Made in the USA: Proudly manufactured domestically, ensuring high-quality standards.

Polymer X2R TACO V2 Review

What are some common accessories to add to the Polymer X2R TACO V2?

• Tourniquet Holder
• Pistol Magazine Pouch
• Flashlight Holder
• Radio Pouch
• Dump Pouch
• Knife Sheath

Polymer X2R TACO V2 Features and Specs

The High Speed Gear X2R V2 Taco MOLLE Double Rifle Magazine Pouch is designed to be a versatile and reliable carrying solution for various magazines, made from durable and waterproof polymer. With its easy-to-adjust shock cord lacing and flared openings, these pouches provide practical use and convenience whether mounting them to MOLLE or belts.

High Speed Gear Polymer X2R TACO V2 Magazine Pouch specifically enhances usability with a modern lacing system and tidy design. Crafted to accommodate multiple magazine types, the Polymer TACO line stands out for its adaptability and robust construction, all while being manufactured in the USA.

Key Features

• Waterproof, non-absorbent polymer construction
• Compatible with M4/AR15, AR10, and AKstyle magazines
• Adjustable retention with shock cord lacing
• Mounts to MOLLE or belts up to 2” wide using HSGI Universal Clips
• Flared openings for easy magazine reinsertion
• Attachment points for adding other Poly TACOs
• Universal mounting hole configuration
• Made in the USA

What's in the box of the Polymer X2R TACO V2?

• (1) Polymer Double Decker TACO V2
• (1) Set of HSGI Universal Clips for mounting
• (1) Installation guide with mounting instructions
• (1) Warranty and care information booklet

Polymer X2R TACO V2 FAQs

What types of magazines can the Polymer X2R TACO V2 accommodate?

The Polymer X2R TACO V2 is designed to fit a wide range of magazines, including M4/AR15, AR10, and AK style magazines. Its adjustable design ensures compatibility with various sizes.

How does the shock cord lacing system work?

The shock cord lacing system enables you to easily adjust the retention level of the TACO. This means you can customize the tightness to securely hold your magazines or gear, ensuring they stay in place during movement.

Can the Polymer X2R TACO V2 be mounted on different gear setups?

Yes, it can be mounted on MOLLE systems or belts up to 2 inches wide using HSGI Universal Clips. This flexibility makes it suitable for a variety of tactical and outdoor scenarios.

Is the Polymer X2R TACO V2 waterproof?

Absolutely, it's made from waterproof, non-absorbent polymer material, making it highly resistant to water and suitable for use in inclement weather conditions.

What are the benefits of the flared opening design?

The flared opening of the TACO allows for easy reinsertion of magazines, which is particularly useful in fast-paced or high-stress situations, reducing the time and effort needed to reload.

Is it possible to attach other accessories to the Polymer X2R TACO V2?

Yes, the TACO features attachment points on both the front and back, allowing you to connect additional Poly TACOs or compatible accessories, increasing its functionality.