Upgrade your Glock G17 (Gen 1-4) with the Zaffiri Precision match grade barrel, designed for exceptional accuracy and reliable performance. This high-quality barrel features a threaded design, allowing for easy attachment of silencers or compensators, making it a versatile choice for both competition shooters and enthusiasts. Crafted from durable materials, the barrel ensures longevity and consistent precision even under demanding shooting conditions. Its sleek black finish complements the firearm’s aesthetics while providing corrosion resistance. Installation is straightforward with a drop-in design, minimizing the need for gunsmithing and enabling quick upgrades.
The barrel measures approximately 4.97 inches in length, optimized for balanced handling and accurate shot placement. It is chambered in 9mm and compatible with Glock G17 models from Gen 1 through Gen 4. The threaded feature not only enhances customization options but also contributes to improved muzzle control and reduced recoil. Whether you're customizing your handgun for competition, training, or personal defense, this barrel delivers the performance you expect from Zaffiri Precision.
Constructed with precision manufacturing standards, the Zaffiri Precision Glock barrel ensures high consistency and reliability. Its black finish not only provides a sleek look but also adds to the durability of the barrel. Easy to install and maintain, this barrel is an excellent upgrade for Glock owners seeking enhanced accuracy and customization options without sacrificing ease of use. Trust Zaffiri Precision for premium firearm components that meet the highest standards of quality and performance.
Features:
- Threaded design allows for attaching silencers or compensators
- Approximately 4.97 inches in length for balanced handling
- Chambered in 9mm, compatible with Glock G17 Gen 1-4
- Drop-in installation for quick upgrades without gunsmithing
- Black finish for corrosion resistance and aesthetic appeal
- Manufactured by Zaffiri Precision for high precision and reliability