Method MR31689016518 18x9 +18mm Offset 6x135 87mm Matte Black Wheel

Vehicle Fitment

• Universal fit for vehicles with 6x135 bolt pattern and 18x9 wheels (verify hub and brake clearance before installation)

Features

• Forged aluminum construction for strength and long-lasting durability
• Matte black powder-coated finish resists corrosion and adds aggressive style
• 18x9 wheel size with +18mm offset for balanced stance and clearance
• Precision 87mm center bore for secure hub engagement
• Lightweight design enhances handling and reduces unsprung weight
• Bold multi-spoke design for performance-inspired aesthetics
• Compatible with OEM and aftermarket tire options
• Engineered for daily driving, custom builds, and performance upgrades

Specifications

• Wheel Size: 18x9 inches
• Bolt Pattern: 6x135
• Offset: +18mm
• Center Bore: 87mm
• 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 MR31689016518 Wheel
• Valve stem included
• Hardware not included; verify correct lug size separately

Product Description

The Method MR31689016518 is a rugged 18x9 forged aluminum wheel engineered for universal application on vehicles with a 6x135 bolt pattern. Its +18mm offset and matte black powder-coated finish deliver a bold, aggressive look while offering the strength and durability needed for daily driving and aftermarket upgrades.

Precision machining and an 87mm center bore ensure secure hub engagement, while the lightweight design enhances handling and reduces unsprung weight. The robust forged construction makes this wheel a dependable choice for truck and SUV enthusiasts seeking performance and style.

Perfect for custom builds, performance upgrades, and aftermarket wheel setups, the MR31689016518 pairs well with a wide range of tire combinations. Always verify hub dimensions, brake clearance, and tire compatibility prior to installation to ensure proper fit and optimal performance.