Freedom Ordnance FX-9 9mm 4" AR Pistol, Black - FX9P4SBM

The Freedom Ordnance FX-9 9mm AR pistol is a remarkable blend of precision engineering and tactical versatility, designed to meet the needs of both enthusiasts and professionals. Featuring a compact 4-inch black nitride steel barrel, this firearm ensures durability and reliability, making it an ideal choice for those seeking a robust and efficient 9mm Luger pistol. The M-LOK handguards provide a sleek and modern aesthetic while offering enhanced modularity for accessory attachments, allowing users to customize their setup to suit various operational requirements. The black anodized aluminum Picatinny rail receiver further enhances this adaptability, providing a sturdy platform for mounting optics and other tactical accessories. Equipped with an AR15 grip, the FX-9 ensures a comfortable and secure hold, promoting better control and accuracy during use. The inclusion of the SB mini brace adds to the stability and maneuverability of this AR pistol, making it a versatile option for both close-quarters engagements and range shooting. With a 31-round magazine capacity, the Freedom Ordnance FX-9 offers ample firepower, reducing the need for frequent reloads and allowing for extended shooting sessions. This firearm is not only a testament to superior craftsmanship but also a practical choice for those who prioritize performance and reliability. The Freedom Ordnance FX-9 9mm AR pistol, with its combination of a black nitride steel barrel, M-LOK handguards, and a black anodized aluminum Picatinny rail receiver, stands out as a top-tier option for anyone in the market for a high-quality AR pistol. Whether for personal defense, competitive shooting, or recreational use, the FX-9 delivers exceptional performance and adaptability, making it a valuable addition to any firearm collection. With its UPC 856169007431 and MPN FX9P4SBM, this pistol is easily identifiable for those looking to invest in a reliable and efficient firearm that embodies the perfect balance of form and function.