Tiktok Viral H&r Trak+ 5mm Drs Wheel Adaptor Bolt 4/114.3 Center Bore 66.2 Stud Thread 12x1.25 Holiday Cheer Edition [o1ZYnhIH]

Upgrade Your Nissan 240SX with H&R Trak+ Wheel Adaptor Bolts

Introducing the H&R Trak+ 5mm DRS Wheel Adaptor Bolt, the perfect solution for enhancing the stance and performance of your Nissan 240SX. This high-quality wheel spacer set is designed to move your wheels outwards, ensuring they are flush with the fender, giving your vehicle an instantly improved appearance and stance. The Trak+ Wheel Spacers are not just about style; they offer a range of benefits that enhance your driving experience.

Advanced Engineering and Specifications

Crafted from a proprietary alloy with a higher tensile strength than 6061-T6 billet aluminum, the H&R Trak+ Wheel Spacers are built to last. These spacers feature a full contact hub, just like the factory hub, ensuring even load force distribution and lateral support. The 4/114.3 center bore and 66.2 stud thread with a 12x1.25 stud size provide a precise fit for your vehicle. The hubcentric design guarantees a secure and stable fit, enhancing both handling and safety.

• Material: Proprietary alloy with higher tensile strength than 6061-T6 billet aluminum

• Center Bore: 4/114.3

• Stud Thread: 66.2 x 12x1.25

Transform Your Nissan 240SX with Enhanced Performance

The H&R Trak+ Wheel Spacers are ideal for drivers seeking improved handling, increased safety, or simply wanting to make a statement with their vehicle's style. Whether you're a daily driver or an enthusiast, these wheel spacers offer practical benefits that can be felt in everyday use. By providing additional clearance, they allow for wider tires, which can enhance grip and stability on the road. The Trak+ Wheel Spacers are compatible with the following Nissan 240SX models: Base, LE, SE, and XE, from 1989 to 1994. Upgrade your ride today and enjoy the perfect balance of style and performance.

• Improved Handling: Enhanced grip and stability with wider tires

• Increased Safety: Improved load force distribution and lateral support