The High Speed Gear TACO Double Decker 16DD01OD delivers versatile magazine storage with its innovative polymer construction and retention system. This dual-stack configuration accommodates multiple magazine types while maintaining secure retention during dynamic movement.
What Makes This Different
The TACO Double Decker utilizes High Speed Gear's proprietary polymer bungee retention system instead of traditional Kydex or nylon pouches. This design automatically adjusts to different magazine widths and lengths, from AR-15 PMAGs to AK magazines and pistol mags. The dual-level configuration provides twice the capacity in the same horizontal footprint as single pouches.
Key Features
- Dual-stack design holds two magazines in vertical configuration
- Universal fit accommodates 5.56, 7.62, and pistol magazines
- Polymer belt clip attachment fits belts up to 2 inches wide
- OD Green finish matches military and law enforcement gear
- Self-adjusting retention eliminates need for magazine-specific pouches
- Low-profile design reduces snag hazards during movement
- Ambidextrous operation for left and right-handed users
Field performance demonstrates reliable retention across temperature extremes and rough handling conditions. The polymer construction resists impact damage while the bungee system maintains consistent tension over thousands of insertion cycles. Law enforcement and competitive shooters rely on this pouch for duty carry and match use where quick reloads matter.
Technical Specs
- Model: 16DD01OD TACO Double Decker
- Color: OD Green (Olive Drab)
- Belt Attachment: Polymer clip for 2-inch wide belts
- Capacity: Two magazines in stacked configuration
- Construction: Injection-molded polymer with bungee retention
- Weight: Approximately 2.8 ounces
- Compatibility: AR-15, AK, pistol magazines of various sizes
- Manufacturer: High Speed Gear, USA
The TACO Double Decker represents proven magazine storage technology in a space-efficient package. Professional users choose this pouch when belt space is limited but magazine capacity cannot be compromised.