Motegi MR143 CS6 16x7 Satin Black Alloy Wheel with 5x100/105 Bolt Pattern and 40mm Offset

The Motegi MR143 CS6 16-inch alloy wheel combines durability with a sleek satin black finish, making it a versatile choice for a range of vehicles. Designed with a 7-inch width and a 16-inch diameter, this wheel offers a balanced profile that enhances both performance and aesthetics. It features a 5x100/105 bolt pattern, ensuring compatibility with a variety of makes and models, and a center bore of 72.56mm for a precise fit. The 40mm offset provides a proper stance for improved handling and stability, making it suitable for both daily driving and spirited rides.

The satin black finish not only adds a modern and aggressive look but also provides excellent resistance against corrosion and road debris. The MR143 CS6 model is engineered for strength and reliability, with features tailored to withstand the rigors of everyday driving. This wheel's design emphasizes a lightweight construction that contributes to better acceleration, braking, and fuel efficiency without compromising structural integrity. Compatible with a broad range of vehicles, this wheel is an excellent upgrade for those seeking a combination of style, performance, and durability.

Whether upgrading your existing wheels or customizing your vehicle's appearance, the Motegi MR143 CS6 offers a high-quality option that meets modern automotive standards. Its satin black finish and precise fitment details ensure a clean, professional look, while the robust construction guarantees long-lasting performance under various driving conditions.

Features:

• Model: MR143 CS6 for optimized performance and style

• Finish: Satin black for a modern, aggressive look and corrosion resistance

• Diameter: 16 inches suitable for a variety of vehicles

• Width: 7 inches providing a balanced stance

• Bolt pattern: 5x100/105 for broad compatibility

• Center bore: 72.56mm for precise fitment

• Offset: 40mm for improved handling and stability

• Material: Alloy construction for strength and lightweight performance