Great Lakes Firearms GL19BLU Striker 9mm Semi-Auto Pistol with Blue Titanium Cerakote Finish

Great Lakes Firearms GL19BLU Striker 9mm 15+1 4" Front/Rear Serrations Cerakote Blue Titanium

The Great Lakes Firearms GL19BLU is a reliable and stylish 9mm semi-automatic pistol designed for both professional and recreational use. Featuring a 4-inch barrel, this firearm offers a balanced combination of accuracy and maneuverability. The slide is engineered with an optic cut, ported design, and serrated surface, providing enhanced grip and reduced weight for faster cycling and easier maintenance. The blue titanium Cerakote finish on the frame not only adds a striking aesthetic but also provides superior corrosion resistance, ensuring durability in various environments.
The GL19BLU boasts a generous 15+1 round capacity, making it suitable for self-defense, target shooting, and tactical applications. Its ergonomic design and reliable action make it easy to handle and operate, whether you're a seasoned shooter or a beginner. The firearm's compact dimensions and lightweight profile contribute to comfortable handling and easy carry, without sacrificing performance.
Built with precision and quality, the Great Lakes Firearms GL19BLU is a versatile addition to any firearm collection. Its combination of advanced features, durable finish, and dependable operation makes it an excellent choice for those seeking a high-performance pistol in a striking blue finish. Whether for duty, training, or personal defense, this firearm delivers consistent performance and style in one package.

Features:

• Frame Finish: Blue Titanium Cerakote for enhanced durability and corrosion resistance

• Action: Semi-Auto for reliable firing and quick follow-up shots

• Caliber: 9mm Luger suitable for self-defense and target shooting

• Barrel Length: 4 inches offering a good balance between accuracy and maneuverability

• Capacity: 15+1 rounds providing ample firepower

• Slide Description: Optic cut, ported, and serrated for better grip, reduced weight, and compatibility with optics