American Racing Vintage VN215 Classic Torq Thrust II 17x8-Inch Wheel, 5x4.75 Bolt Pattern, Mag Gray with Machined Lip

The American Racing Vintage VN215 Classic Torq Thrust II is a one-piece wheel designed for drivers who want timeless styling with dependable performance. Its five-spoke Torq Thrust-inspired design delivers a clean, purposeful appearance that complements classic cars, muscle cars, and custom street builds. The mag gray finish with a machined lip adds contrast and helps highlight the wheel’s traditional performance-oriented profile.

This VN215 wheel measures 17 inches in diameter and 8 inches wide, providing a balanced fit for applications using a 5x4.75-inch bolt pattern. The 4.75-inch backspacing supports proper wheel placement when matched with the vehicle’s suspension, brake, and tire requirements. An 83.06 mm center bore is included for hub clearance, while the 8.0 mm offset contributes to the wheel’s overall fitment position. Confirm vehicle-specific clearance before installation, including caliper, fender, suspension, and tire clearance.

Built for straightforward installation on compatible vehicles, the American Racing Vintage VN215 Classic Torq Thrust II combines recognizable styling with practical street performance. This wheel is supplied as a single one-piece wheel. Lug hardware, center caps, and valve stems should be verified separately based on the vehicle and installation requirements.

What's Included: One American Racing Vintage VN215 Classic Torq Thrust II one-piece wheel.

Features:

• Classic Torq Thrust II styling: Five-spoke design delivers a traditional performance look for classic, muscle, and custom vehicles.
• Mag gray finish with machined lip: Contrasting finish details provide a distinctive appearance and emphasize the wheel’s outer edge.
• 17-inch wheel diameter: Supports a broad range of performance-oriented tire options for compatible applications.
• 5x4.75-inch bolt pattern: Designed for vehicles using a five-lug, 4.75-inch bolt pattern when all other fitment requirements are met.