Aero Precision BREACH AR15 Charging Handle
In the world of firearms, reliability and precision are paramount. The Aero Precision BREACH charging handle for the AR15 platform exemplifies these attributes with commendable finesse. Constructed from reinforced 7075 aluminum, this component is engineered to endure the most demanding tasks you might encounter in your shooting endeavors.
The hallmark of the BREACH lies in its ambidextrous design, which skillfully incorporates a patent-pending dual spring system. This innovation ensures that force exerted during operation is efficiently transferred into the robust body of the charging handle itself. What does this mean for you? It means seamless one-handed operation without fear of compromising your equipment—a common downfall among traditional mil-spec handles.
Further enhancing its utility, the small lever configuration offers a low-profile interface that’s both easily gripped and comfortable when slung across your person. Whether you're left or right-handed, actuating this handle is effortless from either side of your rifle—ensuring swift readiness under any circumstance.
The Aero Precision BREACH isn't just another accessory; it's an essential enhancement for those who demand more from their AR15 platform. Embrace superior craftsmanship and elevate your firearm's functionality with confidence.
Features
- ambidextrous controls: ergonomically designed levers allow the user to easily charge their firearm with either hand.
- robust construction: reduced chamfer angles provide a strong foundation for the breach that is resistant to rotational flex or breakage.
- lever mechanism: transfers force-of-use away from the roll pins and into the top/head portion of the reinforced bar protecting the charging handle.
- gas deflection shelf: aligns with the upper receiver to redirect gas flow away from the users face when shooting suppressed.
- functional design: stylistic cuts help clear stuck on carbon from the upper receiver, while the spacer design seals the lever mechanism from debris.