KMC KM555 Attack 17x8.5 6x5.5 +0 Gloss Silver Wheel with Machined Face

The KMC KM555 Attack wheel combines a rugged, aggressive design with a clean gloss silver finish and machined face. Built for drivers who want a distinctive appearance without sacrificing fitment precision, this 17-inch wheel is designed for vehicles using a 6x5.5-inch bolt pattern. The zero-offset configuration provides a balanced stance and supports a wide range of truck and SUV applications.

With an 8.5-inch wheel width, the KMC KM555 Attack offers a practical platform for compatible tire sizes and all-around driving use. Its 106.10 mm center bore is engineered for proper hub clearance when matched to the correct vehicle application. The gloss silver finish with machined face adds contrast and visual detail, while the KMC Attack styling complements both stock and modified builds.

Key specifications and technical data: The wheel measures 17 inches in diameter and 8.5 inches wide, uses a 6x139.7 mm bolt pattern, and features a 0 mm offset. The center bore measures 106.10 mm. The model is KMC KM555 Attack, and the finish is gloss silver with a machined face. Confirm vehicle-specific clearance, load requirements, lug hardware, and tire compatibility before installation. Professional installation is recommended to ensure correct mounting and torque.

What's included: One KMC KM555 Attack wheel. Tire, center cap, lug nuts, valve stem, and installation hardware are not included unless specified by the seller. Fitment data should be verified against the vehicle year, make, model, brake clearance, suspension setup, and tire specifications.

Features:

• Design: KMC KM555 Attack styling provides an aggressive appearance for compatible trucks and SUVs.
• Finish: Gloss silver finish with a machined face creates a refined two-tone appearance.
• Wheel Size: 17-inch diameter with an 8.5-inch width supports a broad range of compatible tire applications.
• Fitment: 6x5.5-inch bolt pattern, 0 mm offset, and 106.10 mm center bore are designed for selected vehicle applications.