Aero Precision

AERO PRECISION AR10 BREACH AMBI CHARGING HANDLE SMALL LEVER BLACK, BRONZE

Sale price $104.99 USD Regular price $119.00 USD
12% off
Shipping calculated at checkout.
SKU: APRA700300C-1
  The Aero Precision BREACH is a rugged, ambidextrous, precision-manufactured charging handle for the M5/AR308 platform. The BREACH's design utilizes a reinforced 7075 aluminum bar that is up to the...

Stock Adequate!Ready to ship

COLOR: BLACK
AERO PRECISION AR10 BREACH AMBI CHARGING HANDLE SMALL LEVER BLACK, BRONZE
$104.99 USD
BLACK

Payment and security

  • Amazon
  • American Express
  • Apple Pay
  • Diners Club
  • Discover
  • Google Pay
  • Mastercard
  • Shop Pay
  • Visa

 

The Aero Precision BREACH is a rugged, ambidextrous, precision-manufactured charging handle for the M5/AR308 platform. The BREACH's design utilizes a reinforced 7075 aluminum bar that is up to the most demanding tasks. Its ambidextrous levers feature a patent-pending, dual spring system, that directs the force-of-use into the robust charging handle body. This allows the shooter to use a one-handed charging technique without compromising the part - a pitfall for traditional charging handles. The small lever configuration provides a low-profile, easily gripped interface that is comfortable when slung and can be actuated effortlessly from either side of your rifle.

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.