The Mec-Gar MGPPKS32FRB delivers reliable feeding and extended grip control for Walther PPK pistols chambered in .32 ACP. This factory-specification magazine incorporates a finger rest extension that enhances shooting stability while maintaining the pistol's compact profile for concealed carry applications.
What Makes This Different
Mec-Gar magazines are manufactured to the same specifications as original equipment magazines, using precision tooling and quality control standards that match or exceed factory requirements. The integrated finger rest provides additional grip surface without compromising concealability, addressing the common issue of limited grip area on compact pistols. Heat-treated carbon steel construction delivers consistent spring tension and feeding reliability across thousands of cycles.
Key Features
- 7-round capacity with flush-fitting finger rest extension
- Blued carbon steel body with corrosion-resistant finish
- Heat-treated magazine spring for consistent feeding pressure
- Drop-free design with positive ejection from magazine well
- Witness holes for round count verification
- Compatible with all Walther PPK variants in .32 ACP
- Factory-specification dimensions and tolerances
Range testing demonstrates reliable feeding with various .32 ACP ammunition weights and profiles. The finger rest extension provides noticeable improvement in shooting control during rapid fire sequences while maintaining the pistol's suitability for ankle holsters and pocket carry systems. The blued finish resists moisture and handling wear under normal carry conditions.
Technical Specs
- Capacity: 7 rounds
- Caliber: .32 ACP
- Material: Carbon steel with blued finish
- Compatibility: Walther PPK pistols
- Feature: Integrated finger rest extension
- Country of Origin: Italy
- Manufacturer: Mec-Gar
Mec-Gar's reputation for producing OEM magazines for major firearm manufacturers translates directly to aftermarket reliability and fit. Professional armorers and competitive shooters recognize the brand's consistent quality control and dimensional accuracy across production runs.