Smith & Wesson M&P 9 2.0 Handgun 9mm 15/rd 4.25" Barrel Black No Thumb Safety

Note: This product must be shipped to an Federal Firearms Licensed Dealer(FFL Dealer)

Designed for personal sporting and professional use the M&P M2.0 delivers an entirely new platform introducing innovative features in nearly every aspect of the pistol including trigger grip frame and finish. Highlights of the M&P M2.0 pistol include an extended stainless-steel chassis and high grip to barrel bore axis ratio for reduced muzzle rise and faster aim recovery. The M&P M2.0 pistol further improves performance with a fine-tuned crisper trigger lighter pull and a tactile and audible reset. The pistol available in three calibers includes an aggressively-textured grip and four interchangeable palmswell inserts for optimal hand-fit and trigger reach. The striker-fire semi-automatic polymer pistol includes two magazines a limited lifetime warranty and a lifetime service policy.

Features:

• High grip to barrel bore axis makes the M&P pistol more comfortable to shoot reducing muzzle rise and allowing for faster aim recovery.
• Proven optimal 18-degree grip angle for natural point of aim.
• Four interchangeable palmswell grip inserts for optimal hand fit and trigger reach - S M ML L.
• Aggressive grip texture for enhanced control.
• New M&P M2.0 crisp trigger with lighter trigger pull.
• Tactile and audible trigger reset.
• Accurate 1 in 10” twist M&P M2.0 barrel.
• Extended rigid embedded stainless steel chassis to reduce flex and torque when firing.
• Armornite® durable corrosion resistant finish.

Specifications:

• SKU: 11758
• Model: M&P®9 M2.0™ 15 Rds
• Caliber: 9mm
• Capacity: 15+1
• Barrel Length: 4.25" / 10.8 cm
• Overall Length: 7.4"
• Front Sight: Steel - White Dot
• Rear Sight: Steel - White Two Dot
• Action: Striker Fire
• Grip: Polymer
• Weight: 28.0 oz / 793.8g
• Barrel Material: Stainless Steel - Armornite® Finish
• Slide Material: Stainless Steel - Armornite® Finish
• Frame Material: Polymer
• Purpose: Home Protection Personal Protection