US Mag 1PC U120 Roadster 18x8 Matte Gunmetal Machined Wheel, 5x4.75 Bolt Pattern, +1 Offset

Upgrade your vehicle with the US Mag 1PC U120 Roadster wheel, a performance-focused aftermarket wheel designed for a bold, modern appearance. This 18-inch Roadster wheel features a matte gunmetal machined finish that adds visual depth while complementing a wide range of exterior colors and styling packages. Its 5x4.75-inch bolt pattern is designed for compatible applications, while the +1 offset supports a purposeful stance when properly matched to the vehicle, tire, suspension, and brake-clearance requirements.

The U120 Roadster combines street-ready styling with practical fitment specifications for drivers seeking a distinctive wheel package. The 8-inch width provides a versatile foundation for compatible tire sizes, and the 72.56 mm center bore is intended to align with vehicles requiring this hub specification. Professional installation is recommended, including verification of bolt pattern, hub fitment, load requirements, brake clearance, tire sizing, and fender clearance before purchase or installation.

What's Included: One US Mag 1PC U120 Roadster wheel in matte gunmetal machined finish. Lug nuts, valve stems, center caps, tires, mounting hardware, and installation services are not included unless separately specified. Confirm vehicle fitment using the manufacturer's application data and ensure all components meet applicable safety requirements.

Features:

• Roadster Styling: The US Mag 1PC U120 Roadster design delivers a clean, performance-inspired appearance for customized street and show applications.
• Matte Gunmetal Machined Finish: The contrasting finish provides a refined look with machined detailing and broad styling compatibility.
• 18-Inch Wheel Diameter: The 18-inch diameter supports modern tire configurations and helps create a balanced, upgraded stance.
• Vehicle-Specific Fitment Check: The 5x4.75-inch bolt pattern, +1 offset, and 72.56 mm center bore should be verified against the vehicle before installation.