BCM Gunfighter Lower Group Mod 0 | FDE

The Bravo Company (BCM) Gunfighter Lower Receiver Group Mod 0 is a semi-complete AR-platform lower assembled with BCM furniture and buffer components. The receiver material is specified as 7075-T6 aluminum and the group is configured for multi-caliber AR builds. This package ships as a semi-complete lower and requires a lower parts kit of the purchaser’s choosing to complete assembly.

Product Specifications

• The receiver is machined from a 7075-T6 aluminum forging for strength and durability.
• The product is supplied as a semi-complete lower receiver group and is not a finished firearm.
• The control markings are stamped SAFE and SEMI on the fire controls.
• The group includes a BCM Gunfighter stock and pistol grip in Flat Dark Earth.
• The package includes a trigger as shipped in the semi-complete assembly.
• The lower features a low shelf for RDIAS and Accuwedge installation.
• The assembly uses a staked M4 lock nut on the receiver extension.
• The buffer configuration shipped is listed as a USGI H buffer (1 USGI tungsten, 2 steel).
• The group includes a BCM QD sling mount end plate as part of the assembly.
• The lower is furnished with a BCM enhanced trigger guard and a BCM Mod 3 pistol grip.
• The listed cartridge/caliber designation is Multi-Caliber.
• The listed action type is Semi-Auto.
• The color is specified as Flat Dark Earth.
• The UPC for this item is 812526020932.
• Finish reporting is inconsistent in source data: one source lists Cerakote while another references Hardcoat Anodized (MIL-A-8625F Type III, Class 2); finish is not independently confirmed.

This lower receiver group is aimed at builders and enthusiasts constructing reliable AR-platform rifles. Its semi-complete configuration and BCM furniture make it suitable for range builds and competition-oriented assemblies where component selection and final configuration are chosen by the builder. The low shelf and RDIAS accommodation support modern accessory fitment while maintaining straightforward installation.