American Racing Vintage VN516 G-FORCE 17x9 Wheel, 5x4.5-Inch Bolt Pattern, Gloss Black with Diamond-Cut Lip

The American Racing Vintage VN516 G-FORCE is a performance-inspired 17-inch wheel designed to give compatible vehicles a bold, custom appearance. Its classic five-lug fitment and wide 9-inch profile provide a strong foundation for performance tire packages while maintaining the unmistakable styling associated with American Racing Vintage wheels.

Finished in gloss black with a diamond-cut lip, the VN516 G-FORCE combines a deep, high-contrast appearance with carefully machined detailing around the outer edge. The zero-offset configuration supports a purposeful stance on properly matched applications, while the 72.56 mm center bore is designed for vehicles using the corresponding hub fitment or appropriate hub-centric rings. Verify clearance, brake fitment, and tire compatibility before installation.

Key specifications:
Model: VN516 G-FORCE
Wheel diameter: 17 inches
Wheel width: 9 inches
Bolt pattern: 5x4.5 inches (5x114.3 mm)
Offset: 0 mm
Center bore: 72.56 mm
Finish: Gloss black with diamond-cut lip
Finish code: Black

What's included: One American Racing Vintage VN516 G-FORCE wheel. Lug nuts, center caps, valve stems, tires, hub-centric rings, and installation hardware are not included unless specified by the seller. Vehicle fitment varies by year, make, model, brake package, suspension setup, and tire selection. Confirm application-specific clearance and fitment requirements before purchase.

Features:

• Bold classic styling: The VN516 G-FORCE design delivers a performance-oriented appearance suited to custom and enthusiast vehicle builds.
• Gloss black finish: A durable-looking gloss black surface creates a clean, aggressive appearance and complements a wide range of exterior colors.
• Diamond-cut lip: Machined outer-lip detailing adds contrast and highlights the wheel’s profile.
• Performance-ready fitment: The 17x9-inch configuration, 5x4.5-inch bolt pattern, and zero offset support properly matched performance applications.