Fuel 1PC D912 Circuit Dually 24x8.25 Inch Wheel with Gloss Silver Machined Finish

The Fuel 1PC D912 Circuit Dually wheel offers a durable and stylish solution for your heavy-duty vehicle. Designed with a robust 8x210 bolt pattern and a 24-inch diameter, this wheel ensures a secure fit on compatible dually trucks and commercial vehicles. The 8.25-inch width provides a stable and reliable contact patch for enhanced handling and load-bearing capacity. Featuring a 105.0 mm offset, it maintains proper wheel positioning for optimized performance and tire wear. The center bore of 154.30 mm guarantees a proper hub fit, reducing vibrations and ensuring smooth operation.
Constructed with a high-quality gloss silver finish, complemented by a machined face, this wheel blends durability with a sleek, polished appearance. The finish not only enhances visual appeal but also provides resistance against corrosion and road grime, making it suitable for demanding environments. The one-piece design ensures strength and reliability, ideal for heavy-duty applications where performance and longevity are critical.
The Fuel 1PC D912 Circuit Dually wheel is engineered to meet or exceed industry standards, providing confidence in its ability to handle challenging conditions. Whether you're upgrading your fleet or replacing worn wheels, this model combines functionality with aesthetic appeal. Its versatile design and high-quality finish make it a practical choice for owners seeking a reliable, stylish wheel that complements their vehicle's rugged look and heavy-duty performance.

Features:

• Model: D912 Circuit Dually for heavy-duty applications

• Bolt Pattern: 8x210 inches for secure mounting

• Wheel Diameter: 24 inches for optimal performance

• Width: 8.25 inches for stability and load capacity

• Offset: 105.0 mm to ensure proper wheel positioning

• Center Bore: 154.30 mm for hub compatibility

• Finish: Gloss silver with machined face for corrosion resistance and aesthetic appeal

• Construction: One-piece design for strength and durability