American Racing Vintage VN516 G-FORCE 17x9 Chrome Wheel, 5x4.5 Bolt Pattern

The American Racing Vintage VN516 G-FORCE wheel combines a classic performance-inspired design with a bright chrome finish for a distinctive appearance. Built with a 17-inch diameter and 9-inch width, this wheel provides a wide stance suited to custom vehicles, muscle cars, and trucks that require a bold aftermarket upgrade. Its chrome surface enhances visual appeal while complementing a wide range of exterior styles.

Designed with a 5x4.5-inch bolt pattern, the VN516 G-FORCE supports applications using a 5x114.3 mm fitment pattern. The zero offset helps maintain a balanced wheel position within the vehicle’s suspension and fender layout, though final fitment should always be confirmed based on the vehicle, tire size, brake clearance, and suspension setup. A 72.56 mm center bore supports proper hub-area alignment when matched to the application.

Key specifications and technical data: The wheel measures 17 inches in diameter by 9 inches wide, uses a 5x4.5-inch bolt pattern, and has a zero offset. It features a 72.56 mm center bore and a chrome finish. The model is American Racing Vintage VN516 G-FORCE, intended for custom wheel applications where classic styling and a wider profile are desired.

What's included: One American Racing Vintage VN516 G-FORCE chrome wheel. Lug nuts, center caps, valve stems, tires, and installation hardware are not included unless specified separately. Vehicle fitment data should be verified before purchase to ensure compatibility with the intended application.

Features:

• Classic G-FORCE Styling: American Racing Vintage VN516 design delivers a bold, performance-inspired appearance.
• Chrome Finish: Bright chrome finish enhances the wheel’s visual impact and complements custom vehicle builds.
• Wide 17x9 Profile: 17-inch diameter and 9-inch width provide a substantial stance for compatible applications.
• 5x4.5-Inch Bolt Pattern: Designed for vehicles using a 5x114.3 mm bolt pattern, subject to complete fitment verification.