KMC MESA Forged Beadlock Wheel 17x9 -12 Offset, 6x135 Bolt Pattern, Raw Machined Finish

The KMC MESA Forged Beadlock wheel offers a robust and stylish addition to your vehicle's setup, designed for durability and performance. Crafted with precision, this 17-inch diameter wheel features a 9-inch width, providing a wide stance that enhances stability and handling. The -12 offset ensures a flush fit for aggressive off-road or custom builds, while the 6x135 bolt pattern guarantees compatibility with a range of trucks and SUVs. The center bore measures 87.10 mm, ensuring proper hub alignment for balanced driving. The raw machined finish presents an industrial, rugged aesthetic that complements a variety of vehicle styles and aftermarket modifications, making it a popular choice among off-road enthusiasts and customizers alike. Constructed from high-quality forged aluminum, the MESA Forged Beadlock wheel delivers strength without adding unnecessary weight, supporting demanding driving conditions and heavy-duty use. This wheel’s beadlock design not only enhances traction and safety on rugged terrains but also adds a distinctive, aggressive look that stands out on any vehicle. Whether upgrading for performance, appearance, or both, the KMC MESA Forged Beadlock wheel combines innovative engineering with a sleek finish to meet the needs of serious off-road drivers and enthusiasts. Installation is straightforward with the specified bolt pattern and center bore, ensuring a secure fit that maintains wheel integrity during intense driving situations.

Features:

• Model: KM444 MESA Forged Beadlock for durability and off-road performance

• Offset: -12.0 for a flush fit and aggressive stance

• Bolt Pattern: 6x135 for broad vehicle compatibility

• Finish: Raw Machined providing an industrial aesthetic

• Diameter: 17 inches for optimal balance of strength and ride quality

• Width: 9 inches to support wide tires and enhanced stability

• Center Bore: 87.10 mm for precise hub alignment

• Construction: Forged aluminum for lightweight strength and durability