Rotiform R164 JDR 22-Inch Matte Black Wheel, 22x10, 5x120, +30 Offset

Upgrade your vehicle’s appearance and stance with the Rotiform R164 JDR wheel. Designed with a bold, modern profile, this 22-inch wheel features a matte black finish that complements a wide range of exterior styles while delivering a strong visual presence. The 10-inch width and +30 offset provide an aggressive fitment profile for select vehicles equipped with a 5x120 bolt pattern.

Built for drivers who want distinctive styling without compromising practical fitment considerations, the Rotiform R164 JDR uses a 72.56 mm center bore and a 5x120 bolt pattern. Verify vehicle-specific clearance, brake fitment, load requirements, and tire compatibility before installation. Properly matched tires and professional installation are recommended to help ensure safe, reliable performance.

Brief Description: The Rotiform R164 JDR is a 22-inch matte black wheel engineered for select 5x120 applications. Its wide 10-inch profile, +30 offset, and clean aftermarket styling make it a suitable choice for customized street and performance-oriented builds.

What's Included: One Rotiform R164 JDR wheel. Center caps, lug hardware, tires, and installation accessories are not included unless specified separately.

Fitment: Vehicle-specific fitment data should be verified before purchase. Confirm the 5x120 bolt pattern, 72.56 mm center bore, offset, brake clearance, suspension clearance, and tire specifications for your vehicle.

Features:

• Distinctive JDR Styling: The Rotiform R164 JDR design adds a bold aftermarket appearance for customized street and performance builds.
• Matte Black Finish: The matte black finish provides a clean, understated look that pairs well with a variety of vehicle colors and trim packages.
• Wide Performance Profile: The 10-inch wheel width supports compatible wide-tire applications and helps create an aggressive stance.
• Vehicle-Specific Fitment: A 5x120 bolt pattern, +30 offset, and 72.56 mm center bore support select vehicle applications when properly verified.