Amend2 MOD-3 Magazine 15rd 9mm Glock 19 Black Polymer

The Amend2 MOD-3 magazine delivers enhanced reliability and capacity for Glock 19 pistols with its 15+1 round configuration. This aftermarket magazine addresses common feeding issues while maintaining the compact profile essential for concealed carry applications.

What Makes This Different

The MOD-3 design incorporates improved follower geometry and spring tension compared to standard factory magazines. Amend2's polymer construction reduces weight by approximately 20% while maintaining structural integrity under repeated loading cycles. The magazine body features enhanced grip texture and a redesigned base plate that provides better purchase during tactical reloads.

Key Features

• 15-round capacity with +1 chambered capability for maximum ammunition storage
• Lightweight polymer construction with reinforced feed lips
• Anti-tilt follower design prevents jamming and double-feeds
• Textured grip surface for secure handling during reloads
• Compatible with Glock 19, 19X, 23, 32, and 38 models
• Drop-free design ensures reliable ejection when magazine release is activated
• Witness holes allow visual ammunition count verification

Field testing demonstrates consistent feeding across various 9mm ammunition weights from 115 to 147 grains. The magazine functions reliably in competitive shooting environments where rapid reloads are critical. Law enforcement agencies have adopted similar Amend2 magazines for duty use due to their proven reliability in adverse conditions including exposure to moisture, dirt, and temperature extremes.

Technical Specs

• Capacity: 15 rounds (9mm Luger)
• Material: High-impact polymer construction
• Compatibility: Glock 19, 19X, 23, 32, 38
• Overall Length: Approximately 4.17 inches
• Weight: 2.1 ounces (empty)
• Color: Matte black finish
• Country of Origin: United States
• Model: G19MOD3BLK15

The Amend2 MOD-3 magazine represents a practical upgrade for shooters requiring enhanced capacity without sacrificing reliability. Professional users and civilian carriers benefit from the improved ergonomics and proven feeding characteristics that reduce malfunctions during critical situations.