DUB 1PC S252 Clout 24x10 Gloss Black Milled Wheel, 6x5.5 Bolt Pattern, +30 Offset

Upgrade your truck or SUV with the DUB 1PC S252 Clout wheel, a bold one-piece design engineered for drivers who want a distinctive appearance and dependable fitment. This 24-inch wheel features a Gloss Black Milled finish that combines a deep black base with milled accents for added contrast and visual definition. The S252 Clout is designed to complement modern custom vehicle builds while providing a strong foundation for performance-oriented street and show applications.

With a 24-inch diameter and 10-inch width, this wheel supports a substantial tire profile suited to larger trucks and SUVs. The +30 offset positions the wheel for a balanced stance, while the 6x5.5-inch bolt pattern—also expressed as 6x139.7 mm—supports compatibility with select applications using this mounting configuration. A 4.17-inch center bore is incorporated for hub clearance. Confirm vehicle-specific clearance, load requirements, brake clearance, and tire compatibility before installation.

Key Product Specifications & Technical Data

• Brand: DUB 1PC
• Model: S252 Clout
• Wheel Type: One-piece aftermarket wheel
• Wheel Diameter: 24 inches
• Wheel Width: 10 inches
• Bolt Pattern: 6x5.5 inches, equivalent to 6x139.7 mm
• Offset: +30 mm
• Center Bore: 4.17 inches, equivalent to 106.1 mm

What’s Included: One DUB 1PC S252 Clout wheel. Tires, lug nuts, center caps, valve stems, and installation hardware are not included unless specified separately. Fitment data should be verified against the vehicle’s year, make, model, trim, suspension setup, and brake configuration before purchase.

Features:

• Gloss Black Milled Finish: Delivers a high-contrast appearance with black styling and machined accent details.
• One-Piece Construction: Provides a streamlined wheel design suited to custom truck and SUV applications.
• 24x10-Inch Wheel Profile: Offers a wide, substantial platform for compatible high-performance and all-season tires.
• +30 Offset: Helps create a balanced wheel position while supporting application-specific stance requirements.