Fuel 1PC D503 Dually Inner Gloss Black Wheel - 22-Inch, 10x225 Bolt Pattern, +116 Offset

Upgrade the appearance and stance of your dually truck with the Fuel 1PC D503 Dually Inner wheel. Designed specifically for dual-rear-wheel applications, this wheel combines a purpose-built inner-wheel configuration with a bold gloss black finish. Its clean, durable styling complements modern heavy-duty trucks while providing a coordinated look for custom wheel packages and replacement applications.
The D503 Dually Inner is engineered for vehicles using a 10x225 bolt pattern and features a positive offset suited to its intended dually fitment. The wheel’s large-diameter profile delivers a strong visual presence behind the fenders, while the dedicated inner-wheel design supports proper installation on compatible dual-rear-wheel setups. Confirm vehicle clearance, brake clearance, hub requirements, and wheel-position specifications before ordering to ensure correct fitment.
A gloss black finish gives the Fuel 1PC D503 a sleek, easy-to-coordinate appearance that works well with factory or aftermarket exterior styling. The wheel is suited to drivers and builders seeking a more aggressive dually presentation without sacrificing a clean, professional look. Whether used as part of a complete Fuel wheel configuration or as a replacement inner wheel, the D503 adds dependable style and application-specific functionality. Always install with the correct hardware and follow the vehicle and wheel manufacturer’s recommended torque procedures.

Features:

• Model: Fuel 1PC D503 Dually Inner wheel designed for dual-rear-wheel applications

• Finish: Gloss black finish provides a sleek, high-contrast appearance

• Bolt Pattern: 10x225 fitment for compatible heavy-duty dually trucks

• Offset: Positive offset engineered for the specified dually inner-wheel position

• Construction: Purpose-built wheel design supports dedicated inner-wheel installation

• Application: Verify vehicle, hub, brake, clearance, and hardware compatibility before installation