Guarder CNC Aluminum G45 Gen5 Style Slide for Tokyo Marui G17 Gen5 MOS GBB Airsoft

Currently out of stock across all retailers.

For the airsoft enthusiast who demands both form and function, the slide is more than just a component?it is the defining character of the pistol. Elevating the Tokyo Marui G17 Gen5 MOS platform to its next evolutionary stage, the Guarder CNC Aluminum G45 Gen5 Style Slide represents the pinnacle of aftermarket craftsmanship. Designed specifically for the discerning user, this slide merges the aggressive aesthetics of the G45 platform with the uncompromised structural integrity required for high-performance gas blowback operation. Constructed from high-grade aluminum using precise CNC machining, this slide offers a significant upgrade over the standard polymer counterparts. The transition to a full aluminum construction not only enhances the overall durability of the pistol but also provides a substantial, confidence-inspiring heft in the hand. This structural rigidity ensures that the slide withstands the rigorous cycling demands of green gas and propane usage, maintaining tight tolerances shot after shot. To ensure this resilience stands the test of time and the elements, Guarder has applied a hard anodic coating to the surface. This is not merely a cosmetic layer; it is a robust finish that drastically increases the material?s resistance to wear, abrasion, and corrosion. The resulting surface texture provides a subtle, tactile quality that feels both premium and functional, ensuring that the slide retains its sharp appearance even under heavy field use. Staying true to the authentic firearm lineage, the slide features deeply engraved realistic markings. These markings are not simply printed or laser-etched onto the surface; they are machined into the metal, providing a depth of detail that adds significant visual authenticity to the airsoft replica. For collectors and serious players alike, this attention to detail bridges the gap between a functional game tool and a true replica. Performance-driven design is evident in the inclusion of aggressive serrations locat