HK VP9K 15-Round Magazine 9mm Black Steel H&K 50259147

The HK VP9K 15-round magazine delivers reliable feeding and extended capacity for H&K VP9K pistols. This factory magazine maintains the compact profile while providing three additional rounds over standard capacity options.

What Makes This Different

Factory HK magazines undergo rigorous testing protocols that aftermarket alternatives cannot match. The steel construction and precision manufacturing ensure consistent feeding geometry across thousands of cycles. Unlike polymer magazines that can crack under stress, this steel body maintains dimensional stability in extreme temperatures from -40°F to 140°F.

Key Features

• 15-round capacity extends shooting time between reloads
• Steel body construction resists deformation and impact damage
• Factory HK quality control ensures reliable feeding geometry
• Black finish matches VP9K pistol aesthetics
• Drop-free design enables rapid tactical reloads
• Witness holes allow visual ammunition count verification
• Compatible with H&K VP9K and VP9K A1 models

Performance testing shows factory magazines maintain feeding reliability through 10,000+ cycle counts. The steel follower tracks smoothly without binding, critical for competitive shooting where split-second reloads determine match outcomes. Law enforcement agencies specify factory magazines for duty use because aftermarket options introduce variables that compromise reliability when stakes are highest.

Technical Specs

• Capacity: 15 rounds of 9mm ammunition
• Construction: Black steel body with steel follower
• Compatibility: H&K VP9K, VP9K A1 pistols
• Manufacturer: Heckler & Koch
• Part Number: 50259147
• UPC: 642230269613
• Country of Origin: Germany
• Finish: Black oxide coating

Factory magazines represent the engineering standard that aftermarket manufacturers attempt to replicate. This HK magazine maintains the VP9K's compact dimensions while maximizing ammunition capacity. Professional users who stake their safety on equipment reliability choose factory specifications over alternatives.