Fuel 1PC D868 ARC Dually 20x8.25 Inch Gloss Black Milled Wheel

The Fuel 1PC D868 ARC Dually wheel offers a robust combination of performance and style, designed specifically for dual rear-wheel applications. Crafted with a durable construction, this wheel features a 20-inch diameter and 8.25-inch width, providing a balanced stance for your vehicle. The wheel's gloss black milled finish enhances its aggressive look while offering corrosion resistance and ease of maintenance. Its offset of +104 mm ensures proper fitment and alignment for compatible trucks with an 8x165.1 bolt pattern, making it a reliable upgrade for heavy-duty and off-road vehicles.
Constructed with a center bore of 117 mm, this wheel ensures precise hub fitment and stability during driving. The sleek design with milled accents complements a variety of vehicle styles, adding to your truck's overall aesthetic appeal. The durable finish and high-quality materials make this wheel suitable for demanding environments, including off-road adventures and daily driving. Whether you're upgrading for performance or appearance, the Fuel 1PC D868 ARC Dually wheel is engineered to meet the needs of truck enthusiasts seeking a combination of durability, style, and reliable fitment.
Designed for easy installation, this wheel is compatible with a wide range of trucks configured with an 8x165.1 bolt pattern and centered with a 117 mm bore, ensuring a seamless upgrade process. Its bold appearance and resilient finish make it an excellent choice for enhancing both the look and function of your vehicle, providing confidence and style on every journey.

Features:

• Model: D868 ARC Dually designed for dual rear-wheel applications

• Size: 20-inch diameter with 8.25-inch width for optimal performance

• Finish: Gloss black milled finish offers a sleek, aggressive look and corrosion resistance

• Bolt Pattern: 8x165.1 bolt pattern ensures compatibility with a range of trucks

• Offset: +104 mm to ensure proper fitment and alignment

• Center Bore: 117 mm for precise hub fitment and stability