The High Speed Gear HSGI GEN 2 Single Rifle TACO in Coyote is a lightweight and versatile magazine pouch designed for tactical professionals and enthusiasts. Constructed from laser-cut nylon laminate wrapped over a woven thermoplastic core, this pouch offers durability and reduced weight, weighing nearly 20% less than its original version. Its contoured molded sides facilitate smooth insertion and removal of rifle magazines or similarly sized items, ensuring quick access during critical moments. The integrated shock cord provides adjustable retention, allowing users to customize how tightly magazines are held, which enhances security and accessibility. Featuring 1/2 inch interval MOLLE on the back, the TACO can be mounted securely to MOLLE-compatible gear or belts. An optional HSG OTR (Over Top Retention) Cover accessory can be added to convert the pouch from an open-top design to a covered configuration, adapting to different operational needs and environmental conditions. This flexibility makes the HSGI GEN 2 TACO suitable for a wide range of tactical applications, from training to field operations. Whether you are outfitting a new loadout or upgrading existing gear, this pouch's sleek profile, durability, and customizable features provide a reliable and efficient solution for magazine storage and quick deployment. The high-quality nylon construction ensures longevity, resisting wear and tear over extended use, and the Coyote color provides a neutral, tactical appearance that blends well in various environments.
Features:
- Lightweight construction: Weighs nearly 20% less than original designs for easier carry
- Durable materials: Laser-cut nylon laminate wrapped over a thermoplastic core for long-lasting use
- Contoured molded sides: Facilitate easy insertion and extraction of magazines
- Adjustable retention: Integrated shock cord allows for customizable magazine security
- Versatile mounting options: 1/2 inch MOLLE on the back supports MOLLE and belt attachments
- Customizable cover: Optional HSG OTR Cover converts between open-top and covered configurations
