Global Ordnance GO MAG AK47 20-Round Steel Magazine for 7.62x39 Caliber in Flat Dark Earth

Global Ordnance Magazine, 7.62X39, 20 Rounds, Fits AK-47, Flat Dark Earth 810091157435
Upgrade your firearm with the reliable and durable GO MAG AK47 20-Round Steel Magazine from Global Ordnance. Crafted to meet the demanding needs of military, law enforcement, and civilian shooters, this magazine is designed for performance and longevity. Constructed from high-quality steel, it offers enhanced durability and resistance to harsh conditions, ensuring consistent feeding and operation in critical situations.

The GO MAG AK47 magazine is specifically engineered for 7.62x39 caliber firearms, making it an excellent choice for AK-style rifles. Its 20-round capacity provides ample ammunition for extended shooting sessions, whether at the range or in the field. The flat dark earth finish not only offers a sleek, tactical look but also provides corrosion resistance, helping to maintain functionality over time. The magazine's precise manufacturing and strict quality control standards make it a dependable component for any firearm enthusiast or professional.

Global Ordnance's long-standing relationships with global ammunition and firearm manufacturers have enabled them to produce this magazine with the highest industry standards. Whether you're replacing worn-out magazines or adding to your collection, this steel magazine is a versatile and vital accessory. Its robust construction and reliable performance make it suitable for a variety of shooting applications, from recreational to competitive shooting and tactical operations.

Features:
* Capacity: 20 rounds, providing extended shooting capability
* Caliber: 7.62x39mm, designed for AK-style rifles
* Material: High-quality steel for increased durability and longevity
* Finish: Flat Dark Earth coating for corrosion resistance and tactical appearance
* Designed by Global Ordnance, a trusted name in military-grade equipment
* Manufactured with precision to ensure reliable feeding and operation