Black Rhino Hard Alloys BR032 Echo 17x8.5 Gloss Silver Machined Face Wheel, 6x5.5 Bolt Pattern, +25 Offset

The Black Rhino Hard Alloys BR032 Echo wheel combines a rugged truck-inspired design with a refined gloss silver finish and machined face. Its 17-inch diameter and 8.5-inch width provide a strong foundation for many light truck, SUV, and off-road applications. The six-lug 6x5.5 bolt pattern, also expressed as 6x139.7, is engineered for compatible vehicles requiring this fitment configuration.

Designed for drivers seeking both visual appeal and dependable performance, the BR032 Echo features a +25 offset that helps establish the intended wheel position when properly matched to the vehicle. The 106.10 mm center bore supports accurate hub compatibility, while the gloss silver finish with machined face adds contrast and definition to the wheel's multi-purpose styling. Always verify vehicle-specific clearance, brake fitment, tire compatibility, and load requirements before installation.

What's Included: One Black Rhino Hard Alloys BR032 Echo wheel. Tire, valve stem, center cap, lug nuts, and installation hardware may be sold separately unless specified by the seller. This wheel is intended for use on vehicles matching the listed bolt pattern, offset, center bore, and application requirements.

Fitment: Vehicle-specific fitment data should be confirmed before purchase. Check year, make, model, trim, suspension configuration, brake clearance, tire size, and hub requirements to ensure proper installation.

Features:

• Model: Black Rhino Hard Alloys BR032 Echo wheel delivers a bold, truck-focused appearance for compatible light truck, SUV, and off-road applications.
• Finish: Gloss silver with machined face creates a clean, contrasting look that complements a wide range of exterior colors and styles.
• Wheel Size: 17-inch diameter and 8.5-inch width provide a balanced platform for compatible tire sizes and vehicle setups.
• Fitment: Six-lug 6x5.5 bolt pattern, +25 offset, and 106.10 mm center bore support installation on vehicles designed for these specifications.