The HK VP40/P30 13-round magazine delivers reliable feeding and consistent performance for Heckler & Koch's popular striker-fired and hammer-fired pistol platforms. This factory magazine ensures proper fit and function with both VP40 and P30 series pistols chambered in .40 S&W.
What Makes This Different
Heckler & Koch's precision manufacturing creates magazines that meet the exact tolerances of their pistol designs. The steel construction provides superior durability compared to polymer alternatives, while the anti-friction coating reduces wear during high-volume shooting. Factory specifications ensure consistent spring tension and follower geometry that aftermarket magazines often fail to replicate.
Key Features
- 13-round capacity maximizes firepower within standard magazine dimensions
- Black steel construction with corrosion-resistant finish
- Compatible with HK VP40 and P30 series pistols in .40 S&W
- Factory witness holes for quick round count verification
- Heat-treated steel spring maintains consistent tension
- Polymer follower engineered for smooth feeding geometry
- Textured grip panels on magazine body for positive handling
This magazine performs consistently across temperature extremes and extended firing sessions. Law enforcement agencies rely on these magazines for duty carry, while competitive shooters appreciate the reliable feeding during rapid-fire stages. The steel construction withstands repeated loading cycles without spring fatigue that can plague lesser magazines after several thousand rounds.
Technical Specs
- Capacity: 13 rounds of .40 S&W ammunition
- Material: Black steel body with polymer follower
- Compatibility: HK VP40 and P30 series pistols
- Finish: Anti-friction black coating
- Spring: Heat-treated steel construction
- Weight: Approximately 4.2 ounces empty
- Country of Origin: Germany
Factory HK magazines represent the standard that aftermarket alternatives attempt to match. The precise manufacturing tolerances and quality control processes ensure each magazine functions exactly as intended by HK's engineering team.