Everyday 20x12 Moto Metal Mo962 Black Wheel/rim 8x170 8-170 20-12 Et-44 Twin Pack [eyQw4qgl]

20x12 Moto Metal MO962 Black Wheel/Rim

Introducing the 20x12 Moto Metal MO962 Black Wheel/Rim, a sleek and stylish addition to any vehicle. This premium wheel is crafted with precision and designed to enhance the aesthetics and performance of your vehicle. The black finish not only provides a classic look but also ensures durability and resistance to corrosion. With its robust construction and high-quality materials, the MO962 is a reliable choice for drivers seeking both style and strength.

• High-Quality Materials: Constructed from premium materials for durability and longevity.
• Black Finish: A classic and sleek look that complements any vehicle.

Key Specifications and Features

The Moto Metal MO962 Black Wheel/Rim boasts impressive specifications that make it a standout choice. Measuring 20x12 inches, this wheel is designed to fit a variety of vehicles, providing a perfect fit and optimal performance. The 8x170 bolt pattern ensures a secure fit, while the 8-170 offset and 20-12 width offer a balanced and stylish look. The ET-44 bolt pattern further enhances the wheel's compatibility and overall performance.

• 8x170 Bolt Pattern: Ensures a secure and precise fit for various vehicles.
• 8-170 Offset and 20-12 Width: Provides a balanced and stylish look for your vehicle.

Practical Uses and Benefits

The 20x12 Moto Metal MO962 Black Wheel/Rim is not just a visual treat; it offers practical benefits as well. Whether you're driving a sports car, SUV, or truck, these wheels are designed to enhance your driving experience. The high-quality materials and robust construction ensure that you can rely on these wheels for long-lasting performance. Whether you're commuting daily or hitting the track, the MO962 Black Wheel/Rim is a versatile choice that adds both style and functionality to your vehicle.

• Enhanced Aesthetics: Adds a classic and stylish look to any vehicle.
• Improved Performance: High-quality materials ensure durability and optimal performance.