Magpul AMAG 15 SG9 P365 Magazine 15-Round
Magpul's stainless-steel alloy 15-round magazine for Sig P365 9mm pistols. Features controlled-tilt follower, capacity windows, removable floorplate, and grip extensions for Macro/X/XL compatibility.
Fits: Sig P365
Premium Alloy Magazine for Sig P365
When polymer construction won't meet your needs, Magpul's AMAG line delivers the same reliability and consistency you expect from their legendary PMAGs—now in heat-treated stainless-steel alloy.
Key Features
- 15-round capacity for Sig P365 9mm handguns
- Stainless-steel alloy body with polymer sub-components for durability and corrosion resistance
- High-visibility controlled-tilt follower ensures smooth, reliable feeding
- Stainless-steel spring for consistent performance
- Flared, removable floorplate for easy field cleaning and maintenance
- Capacity-indicator windows marked in one-round increments starting at five rounds
- Paint-pen dot matrix for custom magazine identification
- Includes grip extensions compatible with Macro, X, XL, and standard P365 grips
Built for Serious Use
The AMAG 15 SG9 combines Magpul's proven engineering with premium materials. Whether you're training, competing, or carrying, this magazine delivers the reliability that separates quality gear from the rest. The removable floorplate makes routine maintenance straightforward, while the capacity windows let you manage your ammunition at a glance.
Features
- high-visibility, controlled-tilt follower
- stainless-steel spring for longevity and durability
- paint pen dot matrix panel on the bottom to allow for identification marking
- capacity window indicator
- fits sig p365
- corrosion-resistant stainless-steel magazine body for reliable function
- high-visibility controlled-tilt follower for consistent feeding
- stainless-steel spring engineered for longevity and durable performance
- flared, easily removable floorplate for field maintenance and cleaning
- capacity indicators from five rounds and to single-round intervals
- paint-pen dot matrix for load marking and fast in-use identification
