Black Rhino Hard Alloys BR020 Diamondback 18x9 Matte Black Wheel, 5x4.5 Bolt Pattern, +12 Offset

The Black Rhino Hard Alloys BR020 Diamondback wheel delivers a bold, purpose-built appearance for drivers seeking a durable upgrade with strong visual impact. Its 18-inch diameter, 9-inch width, and matte black finish create an aggressive look that complements a wide range of trucks, SUVs, and performance-oriented applications.

Designed with a 5x4.5-inch bolt pattern and a +12 offset, the BR020 Diamondback supports a confident stance while maintaining a clean, vehicle-specific installation when properly matched to the application. The 72.56 mm center bore helps provide hub alignment on compatible vehicles. Verify vehicle fitment, brake clearance, tire sizing, and load requirements before installation.

The Black Rhino Hard Alloys BR020 Diamondback features a matte black finish that provides a sleek, low-gloss appearance and coordinates easily with factory or aftermarket exterior styling. This wheel is intended for drivers who want dependable construction, distinctive styling, and a practical fitment package for daily driving, utility use, or customized builds. Professional installation and proper torque procedures are recommended.

What's Included: One Black Rhino Hard Alloys BR020 Diamondback wheel. Tires, lug nuts, center caps, mounting hardware, and installation services are not included unless separately specified.

Features:

• Model: BR020 Diamondback wheel with an aggressive aftermarket design
• Matte Black Finish: Low-gloss black finish complements a wide range of vehicle styles
• 18-Inch Diameter: Supports a larger, performance-oriented wheel appearance
• 9-Inch Width: Provides a broad wheel profile for compatible tire applications
• 5x4.5-Inch Bolt Pattern: Designed for vehicles using a 5x114.3 mm mounting pattern
• +12 Offset: Helps create a confident stance when matched to the vehicle
• 72.56 mm Center Bore: Supports hub alignment on compatible applications
• Durable Construction: Built for dependable performance in everyday and customized driving applications