Smith & Wesson 14811 M&P9 M2.0 Metal HD | 9mm | 5″

The Smith & Wesson M&P9 M2.0 Metal HD (MFG 14811) is a full-size, striker-fired 9mm pistol built on a forged stainless steel frame and fitted with a 5″ stainless steel barrel. The slide is optic-ready and serrated for positive purchase; the frame has an aggressive palmswell texture with interchangeable inserts to tailor fit. For a red-dot pairing that stays under $1,000 and complements the optic-ready slide, consider a Holosun 507C or equivalent compact reflex sight for duty-style target acquisition without compromising sight radius benefits.

Product Specifications

• The model is listed as M&P M2.0.
• The manufacturer is Smith & Wesson.
• The UPC is 022188906707.
• The cartridge caliber is 9mm.
• The capacity is 15 + 1.
• The barrel measures 5 inches.
• The barrel material is stainless steel.
• The action type is Striker Fired.
• The frame material is forged stainless steel finished in Black Armornite.
• The slide is described as optic-ready and serrated.
• The front sight is a Night Fision tritium front sight; rear sight is fixed and blacked-out.
• The pistol ships with two 15-round magazines.
• The grip uses interchangeable palmswell inserts with four inserts supplied.
• The muzzle is non-threaded.
• The color/finish is Black Armornite.

This Metal HD configuration focuses on reduced perceived recoil and consistent sight picture: the heavier stainless construction and 5″ barrel help manage recoil impulse for more consistent follow-up shots, while the optic-ready slide and tritium front sight support fast target acquisition in varied lighting. The interchangeable palmswell system lets shooters tune hand fit for comfort and control. If you want full-size handling with a metal frame and an optic-capable slide, this M&P M2.0 Metal HD is supplied ready for those choices.

Owners commonly praise the pistol’s balanced handling and the ability to deliver accurate follow-up shots. Many also note the bright Night Fision tritium front sight as a useful feature for low-light acquisition.

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