Fuel 1PC Catalyst 24x12 Wheel with Chrome Lip and Platinum Finish, 8x6.5 Bolt Pattern, Offset -44 for Trucks and SUVs

The Fuel 1PC Catalyst model FC402 is a high-performance wheel designed for demanding trucks and SUVs. Featuring a striking platinum finish with a chrome lip, this wheel combines durability with an eye-catching appearance. With a diameter of 24 inches and a width of 12 inches, it provides an aggressive stance and optimal tire contact for enhanced handling and stability. The wheel's offset of -44.0 ensures proper fitment on a range of vehicle applications, while the 8x165.1 bolt pattern guarantees a secure, reliable installation. The center bore measures 125.10 mm, allowing for a precise fitment on compatible hubs, reducing vibrations and ensuring smooth operation.

Engineered for strength and style, the Catalyst wheel features a robust construction that withstands harsh conditions and heavy loads. The platinum finish with a chrome lip not only enhances the aesthetic appeal but also provides resistance to corrosion and wear, maintaining its sleek look over time. Whether upgrading your truck or SUV for improved performance or a bold new appearance, this wheel offers an excellent combination of form and function.

Easy to install and compatible with a wide range of vehicles, the Fuel 1PC Catalyst wheel ensures a seamless upgrade to your vehicle's wheels, delivering both performance and style. Designed with precision and quality in mind, it is a perfect choice for those seeking a durable, visually striking wheel that complements their vehicle's rugged personality.

Features:

• Diameter: 24 inches for an aggressive stance and excellent ground clearance

• Width: 12 inches for enhanced tire contact and stability

• Bolt Pattern: 8x165.1 for wide compatibility with trucks and SUVs

• Offset: -44.0 for proper fitment and clearance

• Center Bore: 125.10 mm ensures precise hub fitment

• Finish: Platinum with chrome lip offers corrosion resistance and a premium look

• Model: FC402 Catalyst designed for durability and performance in demanding conditions