Battle Arms Development Enhanced Magazine Release

Enhanced AR Mag Release

The Battle Arms Development Enhanced Magazine Release replaces the standard magazine release button on an AR-15 or AR-10 lower receiver. Its finger pad sits slightly taller than the mil-spec button, so most shooters can reach it and drop a magazine without shifting their firing grip. It suits builders, competitors and anyone who wants quicker, more positive reloads from a drop-in part.

Features

• 7075-T6 Aluminum — Machined from 7075-T6, a heat-treated aerospace aluminum alloy that is considerably stronger than the common 6061 grade.
• CNC Machined — Cut on computer-controlled machinery for consistent dimensions from one button to the next.
• Black Anodized Finish — Anodizing hardens the aluminum's surface and gives it a durable black coating that matches a standard AR receiver.
• Contoured Serrated Face — A shallow V-shaped dip across the top, cut with horizontal grooves, guides your fingertip to the center of the button and gives it grip.
• Extended Finger Pad — The button stands slightly taller than a mil-spec release, putting it within reach of the trigger finger without breaking your grip.
• Skeletonized Back — Material is removed from the rear of the button to offset the weight of the solid face, keeping it within about 0.002 lb of a standard release.
• Mil-Spec Footprint — Built to the military's published dimensions for the magazine release, so it fits receivers cut to that standard.
• AR-15 And AR-10 Compatible — Fits AR-15 and AR-10 lower receivers that use a mil-spec magazine release cut.

Fit And Construction

Battle Arms Development is a design and research firm in Henderson, Nevada, and it machines this button to the tight tolerances of the standard mil-spec footprint. It threads onto your existing magazine catch, the threaded bar that locks the magazine in place, the same way the factory button does. Check that your lower receiver uses a mil-spec magazine release cut before ordering, since some proprietary or ambidextrous lowers do not.