The Canik Mete MC9 HG7620DN is a versatile 9mm Luger semi-automatic pistol designed for reliable performance and user-friendly features. With a compact 3.18-inch barrel, this firearm offers a balanced profile suitable for both everyday carry and tactical applications. The pistol's flat dark earth Cerakote finish provides corrosion resistance and a sleek appearance, complemented by a Picatinny rail for mounting accessories. Its FDE polymer frame ensures durability and comfort during prolonged use, with textured grips that enhance handling and control. The white dot front sight paired with blackout rear sights offers quick target acquisition, making it ideal for precision shooting and rapid response scenarios. This optic-ready slide is serrated for easy manipulation, allowing for smooth slide operation and compatibility with various optics, enhancing versatility for different user preferences and tactical needs. The capacity of 15+1 rounds ensures ample firepower, while the absence of manual safety allows for faster draw and firing, suitable for experienced shooters seeking quick response times. Overall, the Canik Mete MC9 combines modern design, robust construction, and practical features to meet the demands of shooters requiring a dependable and adaptable firearm.
Features:
- Caliber: 9mm Luger for widespread availability and manageable recoil
- Barrel Length: 3.18 inches for a compact profile and ease of concealment
- Capacity: 15+1 rounds for extended shooting sessions without frequent reloading
- Finish: Flat Dark Earth Cerakote for corrosion resistance and aesthetic appeal
- Frame: FDE polymer with textured grips for enhanced handling and comfort
- Slide: Optic ready and serrated for easy manipulation and accessory compatibility
- Sight Configuration: White dot front and blackout rear sights for quick target acquisition
- Design: Semi-auto action for reliable and consistent firing performance
- Accessory Rail: Picatinny rail for mounting lights, lasers, or other accessories
- Safety: No manual safety for faster response and operation
