KMC KM733 Impact FFT 17x8 Matte Black Wheel, 6x130 Bolt Pattern, +32 Offset

The KMC KM733 Impact FFT wheel combines a rugged, modern design with dependable fitment for select vehicles using a 6x130 bolt pattern. Its 17-inch diameter and 8-inch width provide a balanced foundation for compatible tires, while the +32 offset supports proper wheel positioning when matched to the vehicle’s required specifications. Finished in matte black, this wheel delivers a clean, understated appearance suited to both work-focused and daily-driving applications.

Built for drivers who want practical performance and distinctive styling, the KMC KM733 Impact FFT features a durable construction designed for everyday road use. The 84.10 mm center bore supports accurate hub alignment on compatible applications, and the wheel’s specifications should be verified against the vehicle before installation. Professional installation is recommended to confirm clearance, torque requirements, and compatibility with the vehicle’s braking and suspension components.

Brief Description: Matte black KMC Impact FFT wheel with a 17-inch diameter, 8-inch width, 6x130 bolt pattern, +32 offset, and 84.10 mm center bore.

What’s Included: One KMC KM733 Impact FFT wheel. Tires, lug nuts, center caps, valve stems, and installation hardware are not included unless otherwise specified.

Fitment: Designed for select vehicles requiring a 6x130 bolt pattern and compatible wheel specifications. Confirm vehicle fitment, load requirements, tire compatibility, brake clearance, and hub specifications before purchase.

Features:

• Matte black finish: Provides a clean, versatile appearance that complements a wide range of vehicle colors and styles.
• 17-inch diameter: Supports compatible 17-inch tires for a balanced combination of ride quality, handling, and visual appeal.
• 8-inch wheel width: Accommodates a broad range of compatible tire sizes while maintaining a practical road-oriented profile.
• 6x130 bolt pattern with +32 offset: Provides the specified mounting configuration and wheel positioning for compatible applications.