Mag Wal Ppk/s 380acp 7rd Blk Afc Std

The Mag Wal PPK/S 380 ACP 7-round magazine is the factory-standard capacity magazine for Walther's legendary PPK/S pistol platform—a firearm trusted by law enforcement and civilian operators for decades. This magazine serves as a critical component for shooters requiring reliable, consistent ammunition feeding in a compact, concealable package. Whether you're building a backup magazine supply, replacing wear components, or establishing redundancy in your duty or personal defense loadout, this Walther original ensures your PPK/S performs to specification every time the trigger breaks.

Manufactured to Walther's exacting specifications and tolerances, this magazine features an anti-friction coating that reduces drag during the loading and feeding cycle, enhancing overall reliability under tactical conditions. The corrosion-resistant finish protects against environmental degradation—salt spray, sweat, and moisture exposure—ensuring longevity in duty holsters and extended storage. A standard flat base plate provides secure seating in the magazine well and prevents snagging during administrative handling or emergency reloads, while the 7-round capacity aligns with the PPK/S ergonomic design and concealability profile that makes this platform ideal for deep-cover and plainclothes operations.

This magazine is purpose-built for the Walther PPK and PPK/S in .380 ACP caliber and is compatible with both stainless and blued variants of these platforms. Operators and defensive shooters benefit from carrying multiple loaded magazines to maximize engagement capacity and reduce reload time in high-stress situations. The lightweight, compact design (0.19 lbs) integrates seamlessly with pocket carry, ankle rigs, and traditional IWB holster systems. For law enforcement training, civilian self-defense preparation, or pistol sport shooting, maintaining a rotation of factory-specification magazines ensures predictable function and extends the service life of your firearm's feed lips and retention surfaces.