DD M4V7P PISTOL 556NATO 32RD PSB EO WEBGB-V7P-EOTECH 818773025157

Daniel Defense M4V7P Pistol 5.56 with EOTech and Brace Daniel Defense M4V7P Pistol 5.56 NATO with EOTech Optic The Daniel Defense M4V7P Pistol WEBGB-V7P-EOTECH is a high-performance large-format pistol chambered in 5.56 NATO. This complete package includes a factory-installed EOTech optic and a pistol stabilizing brace, delivering exceptional accuracy, speed, and handling right out of the box. Optics-Ready with EOTech Included This M4V7P Pistol comes equipped with a genuine EOTech holographic weapon sight. The EOTech optic provides fast target acquisition, a wide field of view, and proven durability, making this pistol immediately ready for training, competition, or defensive use. Pistol Stabilizing Brace The M4V7P features a pistol stabilizing brace that significantly improves control and accuracy. The brace allows for better recoil management and more stable shooting, especially during rapid fire sequences, while maintaining the legal pistol configuration. Daniel Defense M4V7P Platform Built on Daniel Defense’s proven M4V7 platform, this pistol features a free-float M-LOK handguard, a cold hammer-forged barrel, and a reliable gas system. The M4V7P is designed for superior ergonomics and performance in a compact pistol format. 32-Round Magazine Capacity This model ships with 32-round magazines, providing substantial firepower in a compact package. The high-capacity magazines make the pistol well-suited for training, competition, and defensive applications. Key Features Daniel Defense M4V7P Series Chambered in 5.56 NATO Includes EOTech optic Pistol stabilizing brace 32-round magazine capacity Model: WEBGB-V7P-EOTECH UPC: 818773025157 Ideal For Home defense Competitive shooting Training and tactical use Shooters seeking a complete optic-equipped pistol Daniel Defense M4V7P Pistol The Daniel Defense M4V7P Pistol combines premium construction with modern features, including a factory EOTech optic and stabilizing brace. This 5.56 NATO pistol offers outstanding performance and immediate readiness in a compact, high-capacity platform. The End