AR 15 H2 Carbine Buffer

The AR 15 H2 Carbine Buffer is engineered to refine the cycling dynamics of your AR-15, particularly in carbine-length gas systems, ensuring smoother operation and reduced recoil.

What you get

• Heavyweight design (H2) with steel and tungsten weights for a total mass of approximately 4.6 oz
• Aircraft-grade aluminum construction with a hard anodized finish
• Improved cycling for suppressed rifles, SBRs, and heavier calibers like .300 Blackout or 5.56 NATO
• Reduced bolt bounce for consistent operation during rapid fire
• Enhanced reliability and longevity in high-stress situations

Build and finish

Constructed from aircraft-grade aluminum, the AR 15 H2 Carbine Buffer is built to withstand the rigors of continuous use. The hard anodized finish not only provides superior corrosion resistance but also ensures durability under extreme conditions. This buffer is designed to maintain its integrity even in environments where moisture and debris are prevalent.

The internal weights are a combination of steel and tungsten, carefully calibrated to achieve the optimal balance between mass and performance. This design minimizes felt recoil while enhancing the overall cycling efficiency of your firearm. The precise tolerances ensure a seamless fit within your buffer tube, reducing any potential for wear and tear over time.

Compatible platforms

• AR-15 rifles with carbine-length gas systems
• Suppressed rifles and SBRs
• Firearms chambered in .300 Blackout or 5.56 NATO

Installation notes

Installing the AR 15 H2 Carbine Buffer is straightforward. Remove the existing buffer from your buffer tube, insert the H2 buffer, and reassemble. Ensure that the buffer spring is properly seated to maintain optimal performance.

While this buffer is tailored for AR-15 platforms, its precision engineering mirrors the quality we demand in every Glock part and switch component we offer. Whether you’re fine-tuning your AR-15 or upgrading your Glock, our selection aims to deliver the reliability and performance you expect.