The XTech Tactical MTX Magazine delivers enhanced capacity and reliability for Sig Sauer P365 pistols. This 12-round magazine extends shooting capability while maintaining the compact profile that makes the P365 ideal for concealed carry applications.
What Makes This Different
The MTX series incorporates advanced polymer construction with reinforced feed lips and a heat-treated steel spring assembly. Unlike standard factory magazines, the MTX features an anti-tilt follower design that reduces feeding malfunctions by 40% during rapid fire sequences. The magazine body utilizes a proprietary polymer blend that resists cracking under temperature extremes from -20°F to 140°F.
Key Features
- 12-round capacity in 9mm Luger for extended shooting sessions
- Reinforced polymer construction with steel internal components
- Anti-tilt follower prevents feeding issues during rapid fire
- Compatible with all Sig Sauer P365 variants including XL models
- Witness holes for quick round count verification
- Removable floor plate for easy cleaning and maintenance
- Black finish matches factory Sig Sauer components
Field testing demonstrates consistent feeding across various 9mm ammunition weights from 115 to 147 grains. The magazine functions reliably in competitive shooting environments and duty applications where consistent performance matters. Temperature cycling tests show maintained spring tension after 10,000 loading cycles, indicating long-term durability for regular training use.
Technical Specs
- Capacity: 12 rounds of 9mm Luger
- Compatibility: Sig Sauer P365, P365X, P365XL
- Construction: Reinforced polymer body with steel internals
- Follower: Anti-tilt design with witness holes
- Spring: Heat-treated steel for consistent tension
- Floor plate: Removable polymer construction
- Finish: Matte black polymer coating
- Model: XTT132BLKP3659MM
The XTech Tactical MTX Magazine represents a practical upgrade for P365 owners seeking increased capacity without compromising reliability. Professional testing validates its performance standards, making it suitable for both training and carry applications where magazine failure is not acceptable.