Bravo BCM LRG-STK-MOD-0-FDE Multi-Caliber Lower Receiver with Stock and Pistol Grip

BCM LRGSTKMOD0FDE BCM Lower MOD 0 Multi-Caliber 7075-T6 Aluminum Black Cerakote Synthetic Flat Dark Earth Pistol Grip & Stock for AR-Platform

The Bravo BCM LRG-STK-MOD-0-FDE is a semi-complete lower receiver designed for AR-platform rifles, offering versatile compatibility with multiple calibers. Crafted from durable 7075-T6 aluminum, this lower features a sleek black Cerakote finish that enhances corrosion resistance and aesthetic appeal. It comes with a flat dark earth (FDE) pistol grip and stock, providing a comfortable and secure hold for various shooting scenarios. The included trigger ensures reliable performance and easy installation, making it an ideal choice for custom builds or upgrades.

This lower receiver is engineered for seamless integration with multi-caliber AR-15 style firearms, delivering strength, lightweight performance, and corrosion resistance. Its precise construction and finish make it suitable for both tactical applications and recreational shooting. The Bravo BCM LRG-STK-MOD-0-FDE is designed to meet the demands of firearm enthusiasts seeking a reliable, high-quality component for their rifle setup, ensuring consistent performance and durability.

Whether you're building a new firearm or upgrading an existing one, this lower receiver offers excellent compatibility and ease of installation. Its robust build and finish guarantee long-lasting use in various environments. The included stock and pistol grip provide an ergonomic shooting experience, making it a versatile addition to your AR platform collection.

Features:

• Material: Constructed from high-strength 7075-T6 aluminum for durability and lightweight performance

• Finish: Coated with Cerakote in flat dark earth for corrosion resistance and aesthetic appeal

• Type: Semi-complete lower receiver designed for easy installation and customization

• Compatibility: Suitable for multi-caliber AR-15 style rifles

• Included Components: Pistol grip, stock, and trigger for a complete assembly