ProMag Smith & Wesson M&P 9 Magazine 9mm, 17 Round - Black

ProMag
SKU:
SMIA12-1 PK
UPC:
708279011382
Platform:
M&P M2.0
Caliber:
9mm
Capacity:
17 Rounds
Material:
Steel
Magazine Type:
Pistol
Color:
Black
$28.99
FREE SHIPPING
Adding to cart… The item has been added
ProMag Smith & Wesson M&P 9 Magazine 9mm, 17 Round - Black

ProMag Smith & Wesson M&P 9 Magazine 9mm, 17 Round - Black

FREE SHIPPING

ProMag Smith & Wesson M&P 9 Magazine 9mm, 17 Round - Black

Overview

The ProMag Smith & Wesson M&P 9 Magazine is a high-quality aftermarket replacement magazine designed for reliable performance with your M&P 9mm pistol. Crafted from heat-treated carbon steel with a corrosion-resistant black oxide finish, this 17-round magazine ensures durability and smooth feeding under demanding conditions. Backed by a lifetime warranty, it provides a dependable option for both range shooting and personal defense.

Key Features

  • Capacity: 17 rounds

  • Caliber: 9mm Luger

  • Constructed from heat-treated carbon steel with a black oxide finish for durability and corrosion resistance

  • Injection molded black polymer follower for smooth feeding

  • Heat-treated chrome silicon wire spring for strength and reliability

  • Factory-drilled witness holes for quick round count

  • Made in the USA

  • Lifetime warranty against manufacturing defects

Specifications

  • Compatible with: Smith & Wesson M&P Pistols (9mm models)

  • Material: Heat-treated carbon steel and black polymer

  • Finish: Black oxide

  • Capacity: 17 rounds

  • Weight & Dimensions: Standard size compatible with M&P 9mm pistols

  • MPN: SMIA12 PK

  • UPC: 708279011382

Applications

Ideal for competitive shooting, range practice, home defense, and tactical use with Smith & Wesson M&P 9mm pistols. Its reliable construction makes it suitable for everyday carry and professional applications alike.

Additional Features

  • Black polymer follower, lock-plate, and base-plate molded from proprietary DuPont® Zytel™ polymer for enhanced durability

  • Double-stack design for increased capacity without sacrificing ergonomics