Method Wheels MR703 17×9 Gloss Titanium Wheel with -12mm Offset and 5×5 Bolt Pattern

Description

The Method Wheels MR703 is a high-performance 17-inch alloy wheel designed for enthusiasts seeking durability and style. Crafted with precision, this wheel features a -12mm offset that enhances handling and stance, making it ideal for various automotive applications. The 71.5mm center bore ensures a secure fit on compatible vehicles, while the 5×5 bolt pattern provides versatile compatibility with many wheel hubs. With a 4.8-inch backspacing, it offers an optimal balance between tire clearance and wheel positioning, contributing to improved vehicle stability and aesthetics.
Constructed from lightweight yet robust materials, the Method MR703 wheel is finished in a sleek gloss titanium color that adds a modern, aggressive look to any vehicle. Its design emphasizes strength and weight reduction, providing better acceleration, braking, and overall driving performance. The wheel is designed for easy installation and long-term reliability, making it suitable for both street driving and performance applications.
This wheel complies with industry standards and is suitable for various automotive setups. It is not CARB-approved but meets all necessary safety and quality benchmarks. The MR703 is a popular choice among car enthusiasts and professionals who value quality, style, and performance in their wheel selection. Whether customizing a show car or upgrading for everyday driving, this Method Wheels model delivers a perfect combination of form and function in a 17-inch size.

Features:

• Size: 17×9 inches for versatile performance and styling

• Offset: -12mm to improve stance and handling

• Center Bore: 71.5mm for secure fitment on compatible vehicles

• Bolt Pattern: 5×5 for broad vehicle compatibility

• Backspacing: 4.8 inches to optimize tire clearance and vehicle balance

• Finish: Gloss titanium provides a sleek and modern appearance

• Material: Lightweight alloy construction for durability and performance

• Design: Engineered for strength, weight reduction, and long-term reliability