Black Rhino Hard Alloys SOLID 17x9.5-Inch Wheel, 6x139.7 Bolt Pattern, -12 Offset, Gloss Alligator Green

The Black Rhino Hard Alloys SOLID wheel combines a rugged truck-focused design with a distinctive Gloss Alligator Green finish. Built for drivers who want a bold appearance without sacrificing practical fitment details, this wheel features a 17-inch diameter, 9.5-inch width, and -12 offset for an aggressive stance. Its six-lug 6x139.7 bolt pattern is engineered for compatible trucks and SUVs requiring this application-specific fitment.

With a 112.10 mm center bore, the Black Rhino Hard Alloys SOLID is designed to support proper wheel-to-hub alignment when matched to a compatible vehicle. The negative offset extends the wheel outward from the hub, creating additional visual presence and helping accommodate select tire and suspension combinations. Professional installation is recommended, including verification of brake, suspension, fender, and tire clearance before use.

Finished in Gloss Alligator Green, this SOLID wheel delivers a unique custom look suitable for off-road-inspired builds, daily-driven trucks, and show-oriented applications. Confirm vehicle fitment, load requirements, lug hardware, and tire compatibility before purchase. Vehicle-specific fitment data should be verified using the application and manufacturer requirements.

Model: SOLID
Brand: Black Rhino Hard Alloys
Part Number: 1795SLD-26140N12

Features:

• Aggressive truck and SUV styling with a durable SOLID design
• Gloss Alligator Green finish provides a distinctive custom appearance
• 6x139.7 bolt pattern supports compatible six-lug vehicle applications
• -12 offset creates a wider, more aggressive wheel stance
• 17-inch diameter and 9.5-inch width accommodate compatible performance and all-terrain tire sizes
• 112.10 mm center bore supports hub alignment on applicable vehicles
• Designed for off-road-inspired builds, daily drivers, and custom truck applications
• Professional fitment and clearance verification recommended before installation