The Sledgehammer AR-15 Gas Blocking Charging Handle

The days of low blowback suppressors are upon us. These hi-tech cans work to reduce the gas that builds up in a suppressor and eventually ends up back in the shooter’s face. If you have never experienced this, let’s say you will know what it is like to get black lung disease. While there are great new options on the market, there are still countless suppressors from the old school days, as well as some new cans that don’t follow the low-blowback design. For these suppressors, people have turned to some pretty interesting fixes ranging from shoe goo to gas-blocking charging handles. A company that mixes gas blocking with great functionality is Breek Arms. One of their best is the Sledgehammer AR-16 gas blocking charging handle.

The Sledgehammer – Gas Reduction and Superior Operation

The Sledgehammer is an excellent solution for enthusiasts and professionals seeking top-tier performance and unparalleled reliability, especially when shooting suppressed. Crafted with precision, this feature-rich charging handle delivers reliable, high-performance performance at an approachable price point, resulting in unmatched value for shooters.

7075-T6 Aluminum

Built using industry-leading aerospace-grade 7075-T6 aluminum, the Sledgehammer combines rugged durability with unmatched functionality. The Sledgehammer features robust serrated latches for effortless, secure manipulation, as well as a wider footprint for quick, smooth operation in any situation.

With more gas-reducing features than any other charging handle on the market, the Sledgehammer excels at porting gases away from the shooter’s face. The unique design elements effectively mitigate excess gas pressure away from the shooter’s face, enhancing the shooting experience. The design features that accomplish this start with a higher raised shelf at the rear of the upper receiver. Breek Arms also has an innovative keyway cutout to prevent gas from flowing over the rear shelf. Lastly, internal baffling inside the stem creates turbulence and slows gas expansion.