The SIG SAUER M18 CSS 9mm semi-automatic pistol combines reliable performance with a compact design, making it an excellent choice for duty, sport shooting, or personal defense. Featuring a striker-fired action, this firearm provides a smooth trigger pull and consistent firing response. The pistol is equipped with a durable Coyote PVD finish that enhances corrosion resistance and offers a tactical appearance. Its overall length of approximately 7.25 inches and weight of just over 28 ounces make it maneuverable yet stable for precise shooting. The M18 CSS model includes three magazines—two with a 21-round capacity and one with 17 rounds—ensuring ample firepower for extended shooting sessions or tactical scenarios. The steel frame with polymer grips offers durability and comfort, while the SIGlite front and rear sights provide quick target acquisition in various lighting conditions. Designed with ambidextrous controls, the M18 CSS allows easy operation for both right- and left-handed shooters, enhancing versatility and user-friendliness. This firearm is part of the MHS slide configuration series, which emphasizes modularity and reliability, making it suitable for a wide range of applications. Whether for duty use or recreational shooting, the SIG SAUER M18 CSS delivers consistent performance, durability, and ergonomic handling in a compact package that meets the highest standards of quality and craftsmanship.

Features:

• MHS Slide Configuration for modularity and reliability

• M18 Serial Number Series for authentic identification

• Ambidextrous controls for ease of use by both right- and left-handed shooters

• Coyote PVD finish providing corrosion resistance and tactical aesthetics

• Striker fired action for smooth trigger performance

• Capacity: 21 + 1 rounds with three included magazines (two 21-round, one 17-round)

• Siglite front and rear sights for quick target acquisition

• Steel frame with polymer grips for durability and comfort

• Overall length of approximately 7.25 inches and weight of 28.1 ounces for portability and stability