TSW TW006 Imola 22x9 Matte Black Wheel, 5x114.3 Bolt Pattern, +38 Offset

The TSW TW006 Imola is a performance-inspired aftermarket wheel designed to give compatible vehicles a bold, modern appearance. Its 22-inch diameter and 9-inch width create a substantial stance, while the matte black finish provides a clean, understated look that complements a wide range of exterior colors and styling packages. The wheel features a 5x114.3 bolt pattern and a +38 mm offset for fitment on select applications.

Built for drivers seeking an upgrade in both appearance and road presence, the TSW TW006 Imola combines distinctive styling with practical fitment specifications. The 72.56 mm center bore is designed to align with compatible vehicle hubs; hub-centric rings may be required for certain applications. Always verify vehicle-specific clearance, load requirements, brake clearance, and tire compatibility before installation.

Key Product Specifications & Technical Data

• Brand: TSW
• Part Number: TW006
• Model: Imola
• Wheel Diameter: 22 inches
• Wheel Width: 9 inches
• Bolt Pattern: 5x114.3
• Offset: +38 mm
• Finish: Matte black

What's Included

• One TSW TW006 Imola wheel

Fitment

Vehicle-specific fitment data should be confirmed before purchase. Verify the bolt pattern, offset, center bore, brake clearance, tire sizing, suspension clearance, and load capacity for your vehicle. Installation should be completed by a qualified tire and wheel professional using the appropriate lug hardware and torque specifications.

Features:

• Matte Black Finish: Delivers a sleek, contemporary appearance with a low-gloss look that complements many vehicle styles.
• 22-Inch Diameter: Provides a larger visual profile and an aggressive upgrade for compatible vehicles.
• 9-Inch Wheel Width: Supports a broad range of performance-oriented tire applications when properly matched to the vehicle.
• 5x114.3 Bolt Pattern with +38 mm Offset: Designed for select vehicles using this fitment configuration; confirm application-specific clearance before installation.