Fuel 1PC FC887 Circuit 18x9 Matte Black Wheel, 6x5.5 Bolt Pattern, +20 Offset

Upgrade your truck or SUV with the Fuel 1PC FC887 Circuit wheel, designed for drivers seeking a bold appearance and dependable performance. This 18-inch wheel features a matte black finish that complements a wide range of vehicle styles while providing a clean, aggressive look. The FC887 Circuit combines functional fitment specifications with durable construction for street, off-road, and utility applications.

Its 6x5.5-inch bolt pattern is equivalent to the 6x139.7 mm mounting pattern, making it suitable for select trucks and SUVs that use this configuration. The +20 offset provides a balanced wheel position within the wheel well, while the 9-inch width supports a broad range of compatible tire sizes. Verify vehicle-specific clearance, suspension modifications, and tire fitment before installation.

The Fuel 1PC FC887 Circuit uses a 106.10 mm center bore and a matte black finish identified by Fuel’s black finish code. Professional installation is recommended, including proper torque procedures and confirmation that the wheel seats correctly against the vehicle hub. The wheel is supplied as a single replacement or upgrade wheel; tires, lug nuts, center caps, and installation hardware are not included unless specified by the seller.

Fitment: Designed for vehicles using a 6x5.5-inch or 6x139.7 mm bolt pattern. Confirm year, make, model, brake clearance, hub compatibility, tire sizing, and load requirements before purchase.

What’s Included: One Fuel 1PC FC887 Circuit matte black wheel. Tire, lug nuts, center cap, valve stem, and mounting hardware are not included.

Features:

• Matte Black Finish: Provides a clean, aggressive appearance that complements truck and SUV applications.
• 6x5.5-Inch Bolt Pattern: Uses the 6x139.7 mm mounting pattern for compatible vehicle fitments.
• 18-Inch Diameter: Offers a balanced combination of styling, tire compatibility, and road performance.
• 9-Inch Width and +20 Offset: Supports compatible tire applications while positioning the wheel for a purposeful stance.