fits year: 2012.

( Brand: Eccpp ), ( Manufacturer Part Number: E07074201CP ), ( Manufacturer Warranty: 1 Year ), ( Torqued Down By Hand At: 80 Ft/lb ), ( Material: High Quality T6 6061 Billet Aluminum ), ( Hubcentric: No ), ( Lug Patterns: 5lugs ), ( Vehicle Bolt Pattern: 5x4.75 ), ( Stud Grade: 10.9 ), ( Quantity: 4 Pcs ), ( Thread Pitch: 12x1.5 ), ( Type: Wheel Spacers ), ( Color: Silver ), ( Hub Center: 87.1mm )
The ECCPP E07074201CP OCPTY 25mm Wheel Spacers are designed for vehicles with a 5x4.75 and 5x120.65 bolt pattern, providing a reliable and stylish solution for wheel fitment adjustments. These wheel spacers are made from high-quality materials, ensuring durability and strength, capable of withstanding the rigors of daily use.
The ECCPP OCPTY wheel spacers measure 25mm in thickness, providing enough space to accommodate larger wheel sizes while maintaining proper clearance with your vehicle's brakes, suspension, and other components. The spacers are designed with a 5-lug configuration, making them compatible with a wide range of vehicles.
The OCPTY wheel spacers feature a corrosion-resistant coating, protecting them from the elements and ensuring long-lasting performance. The spacers are also engineered with a smooth, flat face, ensuring secure and even contact with your wheels, reducing the risk of vibrations and noise.
Installing the ECCPP OCPTY wheel spacers is straightforward and can be done with basic tools, making them a convenient and affordable solution for wheel fitment adjustments. The spacers are designed to be a direct bolt-on replacement for your existing wheel lugs, ensuring a hassle-free installation process.
In summary, the ECCPP E07074201CP OCPTY 25mm Wheel Spacers are a reliable and durable solution for wheel fitment adjustments. Compatible with a wide range of vehicles, these spacers provide enough space for larger wheels while ensuring proper clearance with your vehicle's components. With their corrosion-resistant coating and smooth, flat face, these spacers are designed for secure and long-lasting performance.
Pros of buying ECCPP E07074201CP OCPTY 25mm Wheel Spacers:1. Compatibility: The spacers are compatible with a wide range of wheel sizes, including 5x4.75 and 5x120.65, making them a versatile option for many vehicles.
2. Durability: Made from high-quality materials, these wheel spacers are designed to withstand the rigors of daily driving and provide long-lasting performance.
3. Easy Installation: The spacers are easy to install, requiring only basic tools and no modifications to the vehicle.
4. Improved Clearance: By increasing the distance between the wheel and the hub, wheel spacers can improve clearance for larger wheels and tires, allowing for a more aggressive stance.
Cons of buying ECCPP E07074201CP OCPTY 25mm Wheel Spacers:1. Potential for Wheel Balance Issues: Wheel spacers can cause imbalances in the wheel and tire assembly, which can lead to vibrations and excessive tire wear.
2. Reduced Braking Performance: By increasing the distance between the wheel and the brake caliper, wheel spacers can reduce the effectiveness of the braking system.
3. Increased Load on Wheel Bearings: The added weight of the wheel and tire assembly caused by the spacers can put additional stress on the wheel bearings, potentially leading to premature failure.
Conclusion:While ECCPP E07074201CP OCPTY 25mm Wheel Spacers offer several benefits, such as improved clearance and easy installation, they also pose potential risks, such as wheel balance issues and reduced braking performance. It's important to consider these pros and cons carefully before making a purchase and to ensure that the spacers are compatible with your vehicle and driving habits.
Recommendation:If you're looking to purchase ECCPP E07074201CP OCPTY 25mm Wheel Spacers, it's recommended to work with a qualified mechanic to ensure proper installation and to address any potential issues related to wheel balance and braking performance. Additionally, it's important to regularly inspect your wheel bearings and ensure they are in good working order to avoid premature failure.