Enhance your SIG SAUER P320 shooting experience with precision and style!
The Strike Industries Aluminum Extended Magazine Plate for SIG SAUER P320 (9mm) is expertly designed to provide seamless compatibility with 21, 17, and 15-round SIG SAUER P320 magazines. This innovative magazine plate adds an additional +5 rounds to your capacity, ensuring you're ready for any shooting scenario.
Durable Construction
Machined from robust 6061-T6 aluminum, this magazine plate is built to withstand the demands of consistent use, offering a reliable and long-lasting solution for your firearm.
Easy Installation
Installation is a breeze, thanks to its intuitive and adaptable secure design fitment. Weighing in at just 1.97oz, the Strike P320 EMP features a slim, low drag, no snag design that not only looks great but also enhances performance.
Competitive Edge
With dimensions that comply with USPSA rules, this magazine plate is an excellent choice for competitive shooting. Choose from the stylish anodized SI BLACKLINE or FDELINE colors to express your personal style on the range.
Compatibility
- OEM SIG SAUER P320 magazines:
- 21-round with included SI magazine spring
- 17-round use with SIG OEM magazine spring
- 15-round use with SIG OEM magazine spring
- Most SIG SAUER P320 grip modules
- SI EMP Pocket Clip
Not Compatible With
- 10-round magazines
- May not work with some magwells
- Aftermarket magazines such as ACT, ProMag, or ETS
Package Contents
- x1 Aluminum Extended Magazine Plate for SIG SAUER P320 (9mm)
- x1 Extended length spring for 21-round magazine body
- x2 Set screw (M4x3mm)
- x1 Hex tool [2mm]
- x1 Warning card
Important Note
WARNING: The extra power spring included with the Sig P320 Aluminum EMP is designed to be used with the OEM 21 Rd magazine to facilitate proper function. Due to variations in the internal dimensions of stamped steel magazines, some magazines may only achieve +4 capacity initially. Please allow time for the magazine spring to break in for +5 capacity.
Torque Specifications
Do not exceed 7 in/lbs (0.79 nM) for the set screws to ensure optimal performance.