Tyrant CNC TDVP9MAGEX Gold Magazine Extension H&K VP9/VP40/VP30 +5rd

The Tyrant CNC TDVP9MAGEX Gold Magazine Extension transforms standard H&K VP9, VP40, and VP30 magazines into higher-capacity platforms with precision-machined aluminum construction. This extension adds five additional rounds to factory magazines while maintaining the pistol's reliability and feeding characteristics.

What Makes This Different

Unlike polymer magazine extensions that can crack under stress, this unit features CNC-machined 6061-T6 aluminum construction with Type III hard anodizing in gold finish. The precision manufacturing ensures consistent spring tension and follower alignment across the extended capacity range. Factory magazines typically hold 15 rounds in 9mm, bringing total capacity to 20 rounds with this extension installed.

Key Features

• Adds 5 rounds capacity to H&K VP9, VP40, and VP30 magazines
• CNC-machined from 6061-T6 aluminum with Type III hard anodizing
• Gold anodized finish resists corrosion and wear
• Maintains factory magazine spring and follower components
• Direct replacement baseplate installation
• Compatible with most VP series holsters
• Precision tolerances ensure reliable feeding

Competition shooters and law enforcement professionals rely on this extension for increased ammunition capacity without compromising reliability. The aluminum construction withstands repeated magazine drops and impact forces that would damage polymer alternatives. Range testing demonstrates consistent feeding through thousands of rounds across various ammunition weights and manufacturers.

Technical Specs

• Material: 6061-T6 aluminum, Type III hard anodized
• Finish: Gold anodized
• Capacity increase: +5 rounds
• Compatible models: H&K VP9, VP40, VP30
• Installation: Direct baseplate replacement
• Weight: Approximately 1.2 oz
• Manufacturer: Tyrant CNC

Professional gunsmiths and competitive shooters choose Tyrant CNC components for their proven track record in high-round-count applications. The gold finish provides both corrosion resistance and distinctive identification in mixed magazine setups.