Smith & Wesson M&P M2.0 9mm Compact Pistol with Thumb Safety - 15 Round - FDE

The M&P M2.0 Compact handgun is probably one of the most innovative and respected firearms in the Smith & Wesson polyline of guns. A favored duty weapon for professional use, law enforcement, sport shooting, and personal defense, the M&P M2.0 Compact delivers a more entirely improved shooting platform than you'd expect in almost every aspect.

Features:

• Caliber: 9mm
• Capacity: 15 Round
• Action: DAO
• Sights: Three Dot
• Frame/Grip: FDE - Enhanced Grip Texture
• Barrel: 4 Inches
• Overall Length: 7.30 Inches
• Weight: 24 Ounces
• Slide: Forged Steel
• Slide Finish: FDE (Flat Dark Earth)

From trigger to frame, Smith & Wesson has redesigned the M&P series and the M2.0 Compact remains a clear demonstration of S&W dedication to innovation. Featuring a stainless steel frame, the M2.0 Compact also has a higher grip to barrel bore axis, which reduces muzzle lift and felt recoil, ensuring quicker and more accurate placement of your shots. Chambered in 9mm, the Smith & Wesson M&P M2.0 Compact comes with a more crisp trigger pull with an audible and tactical trigger reset, and adjustable palm swell grip inserts for optimal trigger reach with various frame size shooters.The M&P M2.0 Compact from Smith & Wesson also features a short Picatinny style rail just beneath the muzzle and in front of the trigger guard, which accommodates most AR-15 types of accessories such as lasers or flashlights. The manually operated safety is thumb accessible and can be engaged and disengaged ambidextrously, and with a frame constructed of polymer, the M&P M2.0 is lightweight and comfortable enough for concealed carry. If that wasn't enough, the extended rigid stainless steel chassis helps reduce torque twist when firing and leads to tighter and more effective shot groupings.With the Smith & Wesson M&P M2.0 Compact series S&W has considered the needs and requirements of not only military and law enforcement but also the commercial gun owner population from almost every angle possible.