Hypertek 3D Printed Production Slide For Tokyo Marui Model 17 Gen 4 GBB (Front Serration)
Specifications:
| Ammo Size | 6mm |
| Blowback | 1 |
| Color | Black |
| Country | Hong Kong |
| Length (mm) | 185.0 |
| Material | Nylon |
| Net Weight (g) | 40.0 |
| Platform | GAS |
| Power Source | Green Gas / HFC134A |
| Replica Type | PISTOL |
| Shooting Mode | Semi Auto |
Product Description:
Hypertek introduces a lightweight 3D?printed production slide designed specifically for the Tokyo Marui Model 17 Gen 4 Gas Blowback pistol. Engineered with advanced additive manufacturing, this slide significantly reduces weight, allowing for faster reciprocation and higher cycling frequency during rapid shooting?giving you a distinct edge in competitive matches.
The slide features front serrations for improved manipulation and realistic engraved markings that enhance its authentic appearance. It comes as a complete assembly, including a rear sight and a fully integrated blowback housing, ensuring straightforward installation and perfect compatibility with the TM G17 Gen 4 system. The tuned blowback housing works seamlessly with the lightweight construction to maintain gas efficiency and a crisp recoil feel.
Upgrade your sidearm with the Hypertek 3D printed slide?a perfect fusion of modern technology and practical performance, delivering quicker follow?up shots and a more responsive shooting experience right out of the box.
Key Features
Designed specifically for the Tokyo Marui Model 17 Gen 4 Gas Blowback pistol.
Constructed with advanced 3D printing technology for a lightweight yet durable structure.
Reduced slide mass enables faster reciprocation and higher cycling frequency, ideal for competitive shooting.
Features front serrations for easier slide manipulation and press checks.
Engraved with realistic markings for an authentic, professional appearance.
Comes as a complete assembly including rear sight and blowback housing.
Plug?and?play installation ? no extra parts needed; ensures perfect compatibility.
Optimised blowback housing maintains gas efficiency and delivers a crisp recoil response.
