Fuel 1PC D796 ARC 22x12 Matte Black with Gloss Black Lip Wheel for 8x180 Bolt Pattern

The Fuel 1PC D796 ARC wheel offers a rugged, aggressive look designed for off-road and performance applications. With a diameter of 22 inches and a width of 12 inches, this wheel provides a bold stance that complements larger tires and enhances vehicle aesthetics. The matte black finish combined with a gloss black lip adds a striking contrast, making it suitable for custom builds and lifted trucks. Constructed with high-quality materials, this wheel ensures durability and strength for demanding driving conditions. The offset of -44mm provides optimal clearance and fitment, while the 8x180 bolt pattern guarantees compatibility with a range of trucks and SUVs. The center bore of 124.20mm ensures proper hub fitment for secure mounting and balanced performance. Whether you're upgrading for style or performance, the Fuel D796 ARC wheel is engineered to meet the needs of serious enthusiasts seeking a blend of rugged appearance and reliable function.
Made with precision craftsmanship, this wheel maintains excellent structural integrity under harsh conditions. The design features a robust construction that resists bending and cracking, making it ideal for off-road adventures or heavy-duty use. The versatile finish not only enhances aesthetics but also provides resistance against corrosion and environmental wear. Installing this wheel can dramatically improve your vehicle's stance and overall look, making it a practical choice for those looking to customize their ride without compromising on quality or performance.

Features:

• Model: D796 ARC for rugged durability and performance

• Offset: -44mm for optimal clearance and fitment

• Bolt Pattern: 8x180 for a wide range of trucks and SUVs

• Finish: Matte black with gloss black lip for a striking appearance

• Wheel Diameter: 22 inches for a bold stance

• Wheel Width: 12 inches for accommodating larger tires

• Center Bore: 124.20mm for secure hub fitment

• Constructed for strength and durability in demanding conditions