H&R TRAK+® Wheel Spacers (Part Number: 3065715)

If you're looking to achieve a more aggressive stance for your Dodge Voyager (2000-2002), the H&R TRAK+® Wheel Spacers are an excellent choice. These spacers are designed to move your wheels outward, giving your vehicle a more flush appearance with the fenders, which not only enhances aesthetics but also improves handling and stability.

Key Specifications

• Width: 15mm
• Bolt Pattern: 5/114.3
• Center Bore: 71.5mm
• Thread Type: 12x1.5
• Spacer Type: DRS
• Material: Lightweight aluminum/magnesium alloy
• Finish: Available in black hard anodized (select applications)

Benefits of H&R TRAK+® Wheel Spacers

Manufactured from a proprietary alloy that boasts a higher tensile strength than standard 6061-T6 billet aluminum, these spacers are not only lightweight but also incredibly durable. The hub-centric design ensures that the load is evenly distributed, providing lateral support that mimics the factory setup. This design feature is crucial for maintaining optimal performance and safety while driving.

Installation and Compatibility

Installing the H&R TRAK+® Wheel Spacers is straightforward and can be done with basic tools, making it an affordable upgrade for your vehicle. However, please note that for vehicles equipped with drum brakes, you will need to use specific part numbers for the rear axle: DRS wheel spacer 10 mm (10657151) and DRS wheel spacer 30 mm (30657151).

Customer Feedback

Enthusiasts who have installed the H&R TRAK+® Wheel Spacers on their Dodge Voyager have reported noticeable improvements in both handling and visual appeal. Users appreciate the perfect fit and the enhanced stance that these spacers provide, making them a popular choice among car enthusiasts.

Conclusion

Upgrade your Dodge Voyager with the H&R TRAK+® Wheel Spacers (3065715) for a better stance and improved performance. With high-quality materials and a design that prioritizes functionality, these spacers are a smart addition for any vehicle enthusiast looking to maximize their ride's potential.