The High Speed Gear 41TA02BK TACO Duty Double Rifle Magazine Pouch delivers secure retention and rapid access for standard capacity rifle magazines. This MOLLE-compatible pouch accommodates two 30-round AR-15/M4 magazines while maintaining a compact footprint on duty gear.
What Makes This Different
The TACO system uses High Speed Gear's proprietary bungee retention technology instead of traditional rigid inserts or adjustable flaps. This design automatically conforms to different magazine sizes and shapes, from 5.56 NATO to 7.62x51 magazines. The flexible retention maintains consistent tension regardless of magazine brand or capacity variations.
Key Features
- Bungee retention system accommodates multiple magazine types without adjustment
- Double magazine capacity in single pouch footprint saves valuable belt space
- MOLLE-compatible mounting system with reinforced attachment points
- 500D Cordura nylon construction with reinforced stress points
- Low-profile design prevents snagging on gear or vehicle interiors
- Ambidextrous access allows drawing from either side
- Compatible with standard 30-round AR-15, M4, and similar rifle magazines
Field testing demonstrates reliable retention during dynamic movement while allowing smooth, one-handed magazine extraction. The pouch maintains positive control during vehicle operations, foot pursuits, and tactical movements. Weather-resistant materials and construction handle extended exposure to rain, dust, and temperature extremes without degradation.
Technical Specs
- Material: 500D Cordura nylon with ITW hardware
- Mounting: MOLLE-compatible with reinforced webbing attachment
- Capacity: Two standard rifle magazines (up to 30 rounds each)
- Dimensions: Approximately 3.5" W x 6" H x 1.5" D
- Weight: 4.2 ounces
- Color: Black
- Compatibility: AR-15, M4, HK416, and similar rifle magazines
- Made in USA
This pouch represents proven gear used by military and law enforcement professionals who demand reliable performance under stress. The streamlined design maximizes ammunition capacity while minimizing bulk on already loaded duty belts.