Method MR31678558500 17x8.5 0mm Offset 5x150 110.5mm Matte Black Wheel

Vehicle Fitment

• Universal fit for vehicles with 5x150 bolt pattern and 17x8.5 wheels (verify hub and brake clearance before installation)

Features

• High-strength forged aluminum construction for durability and load resistance
• Matte black powder-coated finish resists corrosion and adds rugged style
• 17x8.5 wheel size with 0mm offset for balanced stance and fitment
• Precision 110.5mm center bore for secure hub engagement
• Lightweight design enhances handling and reduces unsprung weight
• Multi-spoke design for aggressive, performance-oriented aesthetics
• Compatible with OEM and aftermarket tire options
• Engineered for heavy-duty performance and everyday driving

Specifications

• Wheel Size: 17x8.5 inches
• Bolt Pattern: 5x150
• Offset: 0mm
• Center Bore: 110.5mm
• Finish: Matte Black Powder Coat
• Front/Rear: Universal application
• Material: Forged Aluminum Alloy
• Load Rating: Designed for heavy-duty use (verify per vehicle)

Included Components

• 1x Method MR31678558500 Wheel
• Valve stem included
• Hardware not included; verify correct lug size separately

Product Description

The Method MR31678558500 is a rugged and reliable 17x8.5 forged aluminum wheel engineered for universal application on vehicles with a 5x150 bolt pattern. Its 0mm offset and matte black powder-coated finish deliver a bold, aggressive look while maintaining strength and performance suitable for daily driving and aftermarket upgrades.

Crafted with precision machining and a 110.5mm center bore, this wheel offers secure hub engagement and responsive handling through its lightweight design. Its robust construction ensures durability under load, making it a strong choice for truck and SUV enthusiasts seeking both style and functionality.

Perfect for custom builds and aftermarket wheel setups, the MR31678558500 pairs well with a wide range of tire sizes and configurations. Always verify hub dimensions, brake clearance, and tire compatibility prior to installation to ensure proper fit and optimal performance.