Recently, BCM has been announcing new products such as the optic Mounts For Aimpoint T1/T2, Comp M5, and Trijicon MRO as well as BCM Mod 2 Stock. By the end of August 2023, they introduced the BCM MK2 Charging Handles. These handles have been designed based on feedback from real-world combat operations and have undergone continual design refinements and structural improvements to address the current manual of arms for the M4 and M16 weapon systems.

BCM Charging Handles are available in a variety of configurations to accommodate different hand sizes and shooting styles. They come in both ambidextrous and asymmetric designs, with large and medium latches. The contours have been optimized to be snag-free and easy to manipulate, even with gloves on.

There are four types of BCM Charging Handles: Medium Asymmetric, Medium Ambi, Large Asymmetric, and Large Ambi.

The U.S. patents pending BCM Mod 3 Charging Handle now features upper and lower exhaust channels to vent gas from the upper receiver away from the shooter during operation of the weapon. These channels are specifically designed to enhance the performance of the BCM MK2 Upper receiver, while also offering better gas diversion across all standard military specification upper receivers.

The BCM Mod 3 Charging Handle, which has U.S. patents pending, now includes upper and lower exhaust channels. These channels are designed to divert gas away from the shooter while the weapon is in use. While these channels are optimized for the BCM MK2 Upper receiver, they still offer improved gas diversion for all Mil-Spec upper receivers.

Every Charging Handle is made using MIL-SPEC grade forgings and is shaped from 7075 T6 aluminum. It also has a hard coat anodized finish that follows the Mil-A-8625F, Type III, Class 2 standards. The patented ambidextrous design has a simplified mechanism for robust performance.

BCM components and accessories are made with state-of-the-art manufacturing methods and lightweight, durable materials. This ensures that they will last a lifetime and perform well beyond the standards set nearly six decades ago.