Black Rhino Hard Alloys Armory 18-Inch Gun Black Wheel, 8x6.5 Bolt Pattern, -18 Offset

Upgrade your truck with the Black Rhino Hard Alloys Armory wheel, designed for drivers seeking a bold appearance and dependable performance. This 18-inch wheel features a gun black finish that complements a wide range of truck builds while providing a rugged, purpose-driven style. The Armory model combines a broad 9.5-inch width with a negative offset to create an aggressive stance and support larger tire applications when properly matched to the vehicle.

Engineered with an 8x6.5-inch bolt pattern, also identified as 8x165.1, this Black Rhino Armory wheel is intended for compatible heavy-duty trucks and SUVs. Its 122.4-millimeter center bore helps align the wheel with the vehicle hub when fitment requirements are met. Confirm vehicle-specific clearance, load requirements, tire sizing, and brake compatibility before installation. Professional installation is recommended to ensure correct mounting and torque procedures.

The gun black finish delivers a clean, durable appearance suited to daily driving, off-road use, and custom truck applications. The -18 offset places the wheel farther outward than a higher-offset design, which can enhance visual presence and accommodate select suspension or tire configurations. Fitment varies by year, make, model, trim, and suspension setup; verify all application details before purchase. This product is supplied as a wheel only unless otherwise specified.

What's Included: One Black Rhino Hard Alloys Armory wheel. Tires, lug nuts, center caps, and installation hardware are not included unless specifically stated by the seller.

Features:

• Model: Black Rhino Hard Alloys Armory wheel engineered for rugged truck and SUV applications
• Finish: Gun black finish provides a bold, versatile appearance
• Bolt Pattern: 8x6.5 inches, also designated as 8x165.1, for compatible heavy-duty vehicles
• Offset: -18 millimeters creates an aggressive outward stance and supports select tire and suspension configurations