Part Number: 211953A

Product Title: High-Performance Front Radius Arm Bushing - SPORT

Compatibility:

• Lexus LS I (1989-1994) XF10
• Toyota Celsior I (1989-1994) XF10

OEM References:

• 48674-50020
• 48674-50030

Technical Diagrams:

• D2138

Quantity Required per Vehicle: 2

Units per Package: 1

Material Hardness: 90 Shore A

Construction Material: Polyurethane (PUR/PU)

Additional Features: Each unit is pre-lubricated with high-quality grease for optimal performance.

Elevate your vehicle's handling and performance with our premium Front Radius Arm Bushing designed specifically for the Lexus LS I and Toyota Celsior I models from 1989 to 1994. This SPORT variant is engineered to provide superior durability and responsiveness, making it an essential upgrade for enthusiasts looking to enhance their driving experience.

Crafted from high-grade polyurethane, this bushing boasts a hardness rating of 90 Shore A, ensuring it can withstand the rigors of spirited driving while maintaining precise control. The advanced material composition not only improves longevity but also reduces vibrations, allowing for a smoother ride even on challenging terrains.

Installation is straightforward, requiring two bushings per vehicle, and each package contains one bushing. Our product is designed to fit seamlessly into your existing setup, making it an ideal choice for those who appreciate both performance and ease of installation.

With OEM references 48674-50020 and 48674-50030, you can trust that this bushing meets the highest standards of quality and compatibility. The included technical diagram (D2138) provides additional clarity for installation, ensuring you can get back on the road with confidence.

At RaceStage.eu, we understand that every detail matters when it comes to performance upgrades. That's why we include grease with every bushing, ensuring optimal lubrication right out of the box. Experience the difference that precision engineering and high-performance materials can make in your vehicle's handling and overall driving dynamics.