Black Rhino Hard Alloys BR036 Basin 17-Inch Matte Black Wheel, 6x4.5 Bolt Pattern, +25 Offset

The Black Rhino Hard Alloys BR036 Basin is a durable aftermarket wheel designed to give compatible trucks and SUVs a bold, contemporary appearance. Its 17-inch diameter, 8.5-inch width, and matte black finish create a strong visual presence while supporting a broad range of tire applications. The Basin wheel combines practical fitment specifications with the rugged styling associated with Black Rhino Hard Alloys products.

Built with a 6x4.5-inch bolt pattern and a +25 offset, this wheel is engineered for vehicles that match these installation requirements. The 66.06 mm center bore supports proper hub compatibility when used with the correct vehicle-specific hardware or hub-centric components. Always verify bolt pattern, offset, center bore, brake clearance, tire sizing, and load requirements before purchase or installation.

• Model: BR036 Basin
• Finish: Matte black
• Diameter and Width: 17 inches x 8.5 inches
• Bolt Pattern: 6x4.5 inches, also specified as 6x114.3 mm
• Offset: Positive 25 mm
• Center Bore: 66.06 mm
• Application: Compatible trucks and SUVs requiring the listed fitment specifications
• Construction: Aftermarket alloy wheel design for dependable road use and distinctive styling

Each wheel is supplied as the Black Rhino Hard Alloys BR036 Basin wheel. Tires, lug nuts, valve stems, center caps, TPMS sensors, and installation hardware are not included unless specifically stated by the seller. Confirm vehicle fitment with a qualified tire and wheel professional to help ensure proper clearance and safe installation.

Features:

• Matte black finish: Provides a clean, understated appearance that complements a wide range of truck and SUV builds.
• 17-inch wheel diameter: Supports numerous tire options for compatible vehicle applications.
• 8.5-inch wheel width: Offers a balanced platform for suitable tire sizes and vehicle configurations.
• 6x4.5-inch bolt pattern with +25 offset: Designed for vehicles requiring the specified mounting pattern and wheel positioning.