Technical Specifications:

• Reference Number: 216252B
• Product Type: Rear Suspension Bush Kit
• Compatibility:
• Lexus LS II (1994-2000) XF20
• Toyota Celsior II (1994-2000) XF20
• Toyota Century II (G50) (1997-2017)
• Components Included:
• 4x 211929A: Rear Upper Arm Bush - SPORT
• 2x 211930A: Rear Track Control Arm Inner Bush - SPORT
• 2x 211931A: Rear Suspension Rod Bush - SPORT
• 2x 211932B: Front Bush for Rear Trailing Arm
• 2x 211933B: Rear Bush for Rear Trailing Arm
• 2x 211934B: Rear Anti-Roll Bar Bush
• Diagram Reference: D2132
• Required Quantity per Vehicle: 1
• Pieces per Product: 1
• Total Pieces per Kit: 14
• Material Hardness: 80 Shore A
• Material Composition: Polyurethane (PUR/PU)

Enhance your vehicle's handling and performance with our premium Rear Suspension Bush Kit, meticulously engineered for enthusiasts who demand the best. This kit is designed to fit select Lexus and Toyota models, ensuring a perfect match for your vehicle's suspension system.

Each component in this kit is crafted from high-quality polyurethane, offering superior durability and resilience compared to traditional rubber bushings. The 80 Shore A hardness rating provides an ideal balance between comfort and performance, allowing for improved responsiveness and reduced deflection during aggressive driving.

Included in the kit are specialized bushings for the rear upper arm, track control arm, suspension rod, and trailing arms, all designed to enhance your vehicle's stability and cornering capabilities. The addition of rear anti-roll bar bushings further contributes to a more controlled and confident driving experience.

At RaceStage.eu, we understand that performance is paramount. That's why every kit comes with a complimentary grease pack, ensuring optimal lubrication and longevity of the bushings. Upgrade your suspension today and experience the difference in handling and ride quality that only high-performance parts can provide.

Take your driving to the next level with our Rear Suspension Bush Kit—where precision engineering meets real-world performance.