The Sig Sauer MAGMODF917 delivers reliable 17-round capacity for P320 and P250 pistols in 9mm. This factory magazine maintains consistent feeding and ejection through extended shooting sessions. Built with blued steel construction, it provides the durability expected from Sig Sauer's engineering standards.
What Makes This Different
Factory Sig Sauer magazines feature proprietary spring tensioning and follower geometry optimized specifically for P320 and P250 platforms. The blued steel body resists corrosion while maintaining dimensional stability under repeated loading cycles. Unlike aftermarket alternatives, these magazines undergo the same quality control processes as those shipped with new pistols, ensuring reliable lockback and consistent feeding angles.
Key Features
- 17-round capacity maximizes firepower in compact form factor
- Blued steel construction provides corrosion resistance and durability
- Factory Sig Sauer engineering ensures optimal reliability
- Compatible with all P320 and P250 pistols chambered in 9mm
- Witness holes allow quick round count verification
- Heat-treated spring maintains consistent tension over thousands of cycles
- Polymer follower reduces friction and binding
Range performance demonstrates the importance of factory specifications in magazine design. Competition shooters rely on consistent feeding geometry to maintain split times, while duty users depend on reliable function under stress conditions. The magazine's steel construction handles temperature extremes and impact better than polymer alternatives, making it suitable for both training environments and defensive applications.
Technical Specs
- Capacity: 17 rounds
- Caliber: 9mm Luger
- Compatibility: Sig Sauer P320 and P250 pistols
- Construction: Blued steel body with polymer follower
- Spring: Heat-treated steel
- Base plate: Removable polymer
- Manufacturer: Sig Sauer
- Country of Origin: USA
Factory magazines represent the baseline standard for pistol reliability, engineered to the same specifications as original equipment. Professional users understand that magazine-related malfunctions account for the majority of semi-automatic pistol failures, making quality components essential for critical applications.