KMC KM541 Dirty Harry 17x8.5 Wheel, 5x5.0 Bolt Pattern, Textured Black, 0mm Offset

The KMC KM541 Dirty Harry wheel combines a rugged off-road design with a clean, aggressive appearance for trucks, SUVs, and other compatible applications. This 17-inch wheel features a textured black finish that helps create a durable, understated look while complementing a wide range of exterior styles. Its classic multi-spoke design is built for drivers seeking dependable performance and distinctive styling on the street or trail.

Designed with a 5x5.0-inch bolt pattern and a zero-millimeter offset, the KMC KM541 supports fitment configurations that require a balanced wheel position and reliable mounting. The 8.5-inch width provides compatibility with properly matched tire sizes, while the 71.50mm center bore is engineered for applications using the corresponding hub specifications. Verify vehicle fitment, brake clearance, tire sizing, and load requirements before installation.

Key specifications and technical data: Model: KMC KM541 Dirty Harry; wheel diameter: 17 inches; wheel width: 8.5 inches; bolt pattern: 5x5.0 inches, equivalent to 5x127mm; offset: 0mm; finish: textured black; center bore: 71.50mm; finish code: black. The wheel is supplied as an individual replacement or upgrade component. Lug nuts, center caps, tires, and installation hardware are not included unless specified by the seller.

What's included: One KMC KM541 Dirty Harry wheel in textured black. Confirm vehicle-specific fitment with the manufacturer or a qualified installer before purchase.

Features:

• Rugged Dirty Harry styling: The KMC KM541 features an aggressive multi-spoke design suited to truck and SUV builds.
• Textured black finish: The black textured surface provides a durable, understated appearance that complements many vehicle colors.
• 5x5.0-inch bolt pattern: Designed for vehicles using a five-lug, 5x127mm mounting pattern.
• Zero-millimeter offset: Provides a balanced wheel position for compatible applications while supporting proper clearance verification.