Motegi MR159 Battle V 18x8.5 Wheel, 5x100 Bolt Pattern, +30 Offset, Matsuri White Pearl

The Motegi MR159 Battle V wheel combines a bold multi-spoke design with a distinctive Matsuri White Pearl finish and machined lip stripe. Built for drivers seeking a performance-inspired appearance, this 18-inch wheel is designed around a 5x100 bolt pattern and a +30 offset for compatible vehicle applications. The clean white finish adds visual contrast, while the machined accent highlights the wheel’s outer profile.

With an 8.5-inch width, the Motegi MR159 Battle V provides a strong foundation for properly matched performance tires. Its 56.15 mm center bore supports a precise fit on compatible hubs, while the durable construction is suited to daily driving, spirited road use, and enthusiast vehicle builds. Always verify vehicle-specific clearance, brake compatibility, tire sizing, and load requirements before installation.

What's Included: One Motegi MR159 Battle V wheel in Matsuri White Pearl with machined lip stripe. Lug hardware, hub-centric rings, center caps, and installation accessories are not specified and should be confirmed before purchase.

Fitment: Vehicle fitment should be confirmed using the vehicle year, make, model, trim, brake package, and suspension setup. The wheel uses a 5x100 bolt pattern, +30 offset, and 56.15 mm center bore.

Features:

• Model: Motegi MR159 Battle V wheel with a performance-oriented multi-spoke design
• Finish: Matsuri White Pearl with a machined lip stripe for added visual contrast
• Wheel Diameter: 18 inches for an aggressive, performance-inspired appearance
• Wheel Width: 8.5 inches to support a broad range of properly matched performance tires
• Bolt Pattern: 5x100 for compatible vehicle applications
• Offset: +30 mm to position the wheel appropriately on vehicles designed for this specification
• Center Bore: 56.15 mm for compatibility with matching vehicle hubs
• Application: Designed for enthusiast, street-performance, and custom wheel installations when vehicle clearance and load requirements are verified