FN America 509 CC Edge - Revolutionizing Concealed Carry

The FN America 509 CC Edge is a full-sized, striker-fired, semi-automatic 9MM pistol that is built to provide optimal concealed carry performance. As the premiere compensated handgun in the FN Edge Series, it embodies the quality, precision, and reliability that FN America is known for. The FN 509 CC Edge features an auto-indexing FN compensator that cuts muzzle flip by 25 percent, allowing for faster and more accurate shots. With the FN's patented Low-Profile Optics Mounting System, this pistol is optics-ready; simply mount and zero your favorite red dot. Its unique flat-faced trigger offers a smooth take-up and positive wall, enhancing your shooting experience. Field stripping for maintenance is faster than any other compensated pistol, requiring just a push in and 90-degree twist.

Key Features and Specifications

• Type: Striker Fired, Semi-automatic
• Size: Full Size Pistol
• Caliber: 9MM
• Barrel: 4.2" Gold Titanium Barrel
• Frame: Black Frame with Graphite PVD Finish
• Compensator: Auto Indexing Compensator
• Sight: Co-witnessing Height Fiber Optic Front Sight
• Optics: Includes 4 Optic Mounting Plates
• Magazines: (1)-12 Round Magazine, (2)-15 Round Magazine
• Trigger: Precision flat-faced trigger
• Barrel: Hammer-forged barrel, target-crowned
• Slide: Lightening-cut slide speeds follow-up shots
• Texture: Stippled frame texture enhances grip
• Controls: Ambidextrous slide stop
• Finish: Long-wearing PVD and TiN barrel finish for lubricity
• Chamber: Polished chamber and feed ramp

Experience the FN Edge

The FN 509 CC Edge stands out from its competitors with its unique features and innovations. The patented FN Low-Profile Optics Mounting System, precision flat-faced trigger, and auto-indexing compensator differentiate it from other pistols in the market. Experience superior grip with its stippled frame texture and enjoy the convenience of an ambidextrous slide stop. With its long-wearing PVD and TiN barrel finish, the FN 509 CC Edge promises durability and optimal performance.