The High Speed Gear 13PT12MB TACO Double Mag Pouch delivers rapid magazine access with unmatched retention security. This MultiCam Black pouch accommodates multiple magazine types without requiring specific inserts or adjustments.
What Makes This Different
The TACO system's proprietary bungee retention automatically adjusts to different magazine sizes, from single-stack .45 ACP to double-stack 9mm magazines. Unlike rigid kydex pouches that require specific magazine fitment, this design secures AR-15, AK-47, and pistol magazines equally well. The shock cord retention maintains consistent tension across thousands of draw cycles without losing grip strength.
Key Features
- Modular bungee retention system fits pistol and rifle magazines without inserts
- 500D Cordura nylon construction with reinforced stitching at stress points
- MOLLE and belt mounting compatibility up to 2.25 inches wide
- MultiCam Black coating provides low-visibility tactical appearance
- Double magazine capacity with independent retention per magazine
- Ambidextrous design allows left or right-handed operation
- Shock cord replacement capability for field maintenance
Field testing demonstrates consistent magazine retention during dynamic movement, vehicle operations, and prone shooting positions. The elastic retention system prevents magazine rattle while maintaining smooth draw stroke mechanics. Competition shooters report sub-second reload times due to the consistent magazine presentation angle.
Technical Specs
- Dimensions: 5.5" H x 3.0" W x 1.5" D
- Weight: 3.2 ounces
- Material: 500 Denier Cordura nylon with MultiCam Black finish
- Retention: Adjustable shock cord bungee system
- Mounting: MOLLE compatible, belt attachment up to 2.25" wide
- Capacity: Two magazines (pistol or rifle)
- Country of Origin: Made in USA
- Warranty: Limited lifetime warranty against manufacturing defects
This pouch eliminates the need for multiple magazine carriers across different platforms. The proven TACO design has earned adoption by military and law enforcement units requiring reliable gear that performs under stress.