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Battle Arms Development RACK Ambidextrous Charging Handle AR-15 – Red

Original price was: $63.99.Current price is: $38.39.

24 in stock

SKU: 6521109272 Category:

Description

Battle Arms Development RACK Ambidextrous Charging Handle AR-15 – Red

The Battle Arms RACK Ambidextrous Charging Handle with a red anodized finish was developed by BATTLEARMS to be the finest charging handle ever produced! It is the toughest available for the AR-15, AR-10, and 9mm AR PCC platforms. The RACK™ charging handle is simple at its best with only three major components. Unlike other charging handles, the RACK™ makes no contact with the sides of the receiver preventing wear on the receiver and charging handle. Not only is it fast, buttery smooth, but it also minimizes wear to the upper receiver with its side-sliding unlocking action. The RACK™ is no doubt the new heavyweight champion among all other ambidextrous charging handles. Engineered to withstand the abuse of downrange use!

Purpose-built with asymmetric use in mind, the RACK™ will handle left or right-side pulls with ease. Regardless of your charging handle racking technique, the RACK™ will perform with consistent and positive assurance.

Mfr Part: BAD-RACK-15-RED

Color: Red*
Finish: Hardcoat Anodized
Material: 7075-T6 Billet Aluminum
Weight: 1.48 oz
Width: 2.75″
Fits: AR-15

Features:

– Red anodized finish
– Design does not incorporate roll pins
– Patented latch system slides parallel with the receiver notch for slick and quick release and simultaneously minimizes wear
– Purpose-built for asymmetric use will handle left or right side pulls with ease
– Monolithic modular handle machined from one single piece of aluminum and designed for improved strength
– Designed and engineered in the United States
– Precision CNC machined from billet 7075 T6 Aircraft Grade Aluminum in our brand-new manufacturing facility in Henderson, Nevada

Includes:

(1) Battle Arms RACK Ambidextrous Charging Handle AR-15 – Red

*The color of the actual product may vary from image. Anodizing can also differ from each batch.