Lancer Systems L5AWM GEN 2 10-Round Magazine for 223 Remington, Black

Lancer Systems Magazine, L5AWM GEN 2, 223 Remington/556NATO, 10 Round, Fits AR Rifles, Steel/Polymer Hybrid, Black L5-G2-10-BLK

Experience unmatched durability and reliability with the Lancer Systems L5AWM GEN 2 magazine, designed specifically for 223 Remington rifles. This high-performance magazine features a steel/polymer hybrid construction that ensures long-lasting functionality even under extreme conditions. The redesigned GEN 2 feed lips are engineered to resist wear, bending, cracking, and deformation, providing consistent feeding during heavy sustained fire, extreme temperature cycling, or extended storage. Its robust design makes it ideal for demanding shooting environments and tactical applications, delivering dependable performance every time. The magazine's capacity of 10 rounds offers ample ammunition for precision shooting and rapid follow-up shots, making it a favorite among competitive shooters and professionals alike. Crafted in sleek black, this magazine seamlessly combines form and function, enhancing both the aesthetic and operational efficiency of your firearm. Built by Lancer Systems, a trusted name in firearm accessories, the L5AWM GEN 2 ensures compatibility and top-tier performance with your 223 Remington rifle. Whether for training, hunting, or tactical scenarios, this magazine guarantees a reliable feeding experience with minimal maintenance. Its innovative design and durable materials make it a smart investment for anyone seeking a high-quality, dependable magazine that withstands the rigors of intense shooting sessions.

Features:

• Capacity: 10 Rounds for efficient shooting sessions

• Caliber: Designed specifically for 223 Remington rifles

• Material: Steel/polymer hybrid construction for durability

• Redesigned GEN 2 feed lips resist wear, bending, and cracking

• Color: Black for a sleek and professional look

• Manufacturer: Lancer Systems ensures quality and compatibility

• Model: L5AWM GEN 2 offers reliable performance under extreme conditions