Game Changer T1r Rear Bumpsteer Kit - 2000-2009 Honda S2000 (ap1/ap2) - Ends Soon [fGv3LyiJ]

T1R Rear Bumpsteer Kit for Honda S2000

The T1R Rear Bumpsteer Kit is a game-changer for the 2000-2009 Honda S2000 (AP1/AP2) models. Designed to replace the stock rear toe rod, this innovative kit addresses two common issues faced by S2000 owners: excessive bumpsteer and limited adjustability. By incorporating a high-quality A6061 forged aluminum construction with tension spherical bearings, the T1R kit ensures durability and precise performance.

• Reduce and eliminate bumpsteer for safer driving
• Independent adjustment of rear toe, camber, and rod leveling
• Available for 2000-2007 Honda S2000 models

Product Specifications and Technical Details

Crafted with attention to detail, the T1R anti-bumpsteer kit is built to enhance the driving experience of your S2000. Its robust construction features A6061 forged aluminum, known for its exceptional strength and lightweight properties. The inclusion of high-tension spherical bearings ensures smooth and reliable operation, while the independent adjustment of rear toe, camber, and rod leveling allows for precise tuning of your suspension setup.

• A6061 forged aluminum for strength and lightweight
• High-tension spherical bearings for smooth operation
• Easy installation and compatibility with 2000-2007 S2000 models

Practical Applications and Benefits

Whether you're a performance enthusiast or a daily driver, the T1R Rear Bumpsteer Kit offers numerous practical benefits. By nearly eliminating bumpsteer, this kit improves handling and stability, especially when your car is lowered between 2.5-3 inches. This makes it an excellent choice for both racing and everyday driving, ensuring a safer and more enjoyable driving experience. The T1R kit is specifically recommended for race use, making it an ideal upgrade for serious S2000 enthusiasts.

• Improves handling and stability for a safer drive
• Recommended for race use, enhancing performance and safety
• Perfect for both daily driving and racing scenarios