MDT MAG MDT AICS .223 10-Round Polymer Magazine - Black

MDT Magazine, 223 Remington/556NATO, 10 Rounds, Fits Short Action AICS Pattern/M24, Polymer Construction, Black 106539-BLK

Designed for reliable performance in various rifle builds, the MDT MAG MDT AICS .223 10-Round Polymer Magazine offers a durable and lightweight option for shooters using MDT chassis systems. Crafted from high-quality polymer, this magazine ensures smooth feeding and long-lasting durability, making it a dependable choice for both tactical and target shooting scenarios. Its compatibility extends beyond MDT chassis to many other M24-type chassis and bottom metals, providing versatility for different firearm configurations.

With a capacity of 10 rounds, this magazine is optimized for .223 Remington caliber, offering a compact yet efficient solution for shooters seeking precision and reliability. The black finish not only provides a sleek appearance but also enhances resistance to environmental elements, ensuring the magazine maintains its integrity over extended use. The MDT part number 106539-BLK signifies a product built to exact specifications, adhering to high standards of quality and performance.

Whether you're outfitting a new build or replacing worn components, the MDT AICS magazine is engineered to deliver consistent feeding and smooth operation. Its lightweight design reduces overall firearm weight, facilitating easier handling during extended shooting sessions. Perfect for hunting, competition, or tactical applications, this magazine combines functionality with durability, making it an essential accessory for serious shooters seeking dependable ammunition management in their rifles.

Features:

• Capacity: 10 rounds for efficient shooting sessions

• Caliber: Designed specifically for .223 Remington ammunition

• Material: Constructed from durable polymer for longevity and lightweight handling

• Compatibility: Works with MDT chassis systems and many M24-type chassis and bottom metals

• Color: Black finish for a sleek appearance and environmental resistance