Overview

Upgrade your build with this Glock 17 Gen 5 MOS OEM Slide. It delivers factory-level precision and flawless reliability. Moreover, Glock manufactures this slide to exact specifications. Therefore, it fits all Glock 17 Gen 5 frames perfectly. Additionally, it arrives ready for the MOS (Modular Optic System) platform.

Key Features of the Glock 17 Gen 5 MOS OEM Slide

✔ 100% OEM Glock Product

Glock builds this slide for unmatched durability and consistency. Therefore, it outperforms aftermarket alternatives in reliability and fit.

✔ MOS Optics-Ready Platform

In addition, the slide includes a true factory MOS cut. This allows fast installation of major red-dot optics:
• Trijicon RMR
• Holosun 507C / 508T
• Leupold DeltaPoint Pro
• Vortex Venom / Viper
• Riton / Swampfox

As a result, the slide supports tactical, competitive, and precision shooting needs.

✔ Premium nDLC Finish

Furthermore, Glock’s nDLC coating resists heat, corrosion, wear, and friction. This finish ensures excellent long-term durability.

✔ Precision-Machined Steel Construction

Additionally, the hardened steel build maintains strong structural integrity. It also ensures smooth cycling during high-volume shooting.

Specifications Of OEM Glock 17 Gen 5 slide

• Model: Glock 17 Gen 5 MOS
• Material: Hardened Steel
• Finish: nDLC Matte Black
• Compatibility: Glock 17 Gen 5 Frames Only
• Optic Cut: Factory MOS
• Includes: Slide housing only (no internal components)

Why Choose OEM Glock?

OEM Glock slides offer reliable function out of the box. They also guarantee perfect compatibility with factory Glock parts. Moreover, they provide long service life under regular use. They deliver consistent accuracy and dependable cycling. Therefore, many shooters trust them for carry, duty, and competition. Although aftermarket slides may look similar, they cannot match Glock’s engineering quality.

Ideal For

• Replacing damaged or worn factory slides
• Upgrading to an optics-ready upper assembly
• Building custom Glock pistols
• Tactical, competition, and EDC configurations