The HEXMAG Series 2 10-round magazine is engineered for reliable performance in tactical, competitive, and sporting shooting applications. Crafted from proprietary Carbon Fiber Composite, this magazine offers enhanced durability and strength, ensuring it withstands rigorous use. The patented HEXTURE design provides a secure grip, facilitating easier handling and faster magazine changes in critical moments. Designed specifically for the AR-15 platform chambered in .223 Remington, it combines innovative features with proven reliability to meet the demands of serious shooters. The redesigned feed lip geometry maximizes strength and versatility, reducing the risk of jams and malfunctions during high-volume shooting sessions. Equipped with stripper clip guides, the magazine allows for quicker reloading, saving valuable time during competitions or tactical operations. The deep catch pocket ensures excellent stability when seated, preventing accidental dislodging during movement or recoil. A heat-treated stainless-steel spring maintains consistent tension over extended storage periods, ensuring the magazine is ready when needed. This model features a sleek black finish that resists corrosion and adds a professional appearance to your firearm setup. Whether for range practice or tactical scenarios, the HEXMAG Series 2 magazine provides a dependable, high-quality solution tailored for AR-15 owners seeking performance and durability in a compact 10-round capacity.
Features:
- Capacity: 10 Rounds for reliable feeding in AR-15 rifles
- Caliber: Chambered specifically for .223 Remington cartridges
- Material: Proprietary Carbon Fiber Composite for strength and durability
- Design: Patented HEXTURE grip surface for secure handling
- Feed Lip Geometry: Redesigned for increased strength and versatility
- Reloading: Stripper clip guides for faster reloading
- Stability: Deep catch pocket for secure seating
- Spring: Heat-treated stainless-steel spring for longevity and consistent performance
- Finish: Sleek black coating for corrosion resistance and aesthetics
