Transform the rear suspension setup of your 1996-2000 Honda Civic with Pro Car Innovations' Spherical Bearing Rear Lower Control Arm. This aftermarket upgrade replaces the factory rubber bushings to significantly enhance handling precision and vehicle stability. Key features include a bronze plain bearing shock mount designed to entirely eliminate rotational deflection from heavy sway bars, ensuring that the sway bar responds instantly to body roll.

Product Overview:

• Application Compatibility: Specifically designed for 1996-2000 Honda Civic.
• Part Numbers: CA-EK-RL (Black Anodized), CA-EK-RL-MF (Raw Machine Finish).
• Material Excellence: Made with 6061 T6 aluminum arms, 304 stainless steel spacers, and custom spec PCI 5/8″ COM10T spherical bearings.

Key Features:

• Enhanced Shock Mounts: Bronze bearing shock mount completely removes rotational deflection, maximizing the effectiveness of the sway bar.
• Durability: Constructed from high-quality materials resistant to harsh weather and rigorous racing conditions.

Key Benefits:

• Improved Handling and Stability: Eliminates sloppy handling, inconsistent alignment, and rear drift under braking.
• Precise Suspension Adjustments: Allows for accurate tuning of the suspension settings, significantly improving overall performance.
• Maintained Alignment: Prevents frequent wheel alignment changes caused by the wear and sag of traditional rubber or polyurethane bushings.
• Reduced Suspension Deflection: Enhances the response and reliability of the vehicle's suspension during aggressive driving.
• Long-Lasting and Maintenance-Free: Features durable 4130 steel spherical bearings that require no ongoing maintenance.
• Fully Rebuildable: Offers a cost-effective, long-term solution with the option to rebuild parts as needed.

Pro Car Innovations' Rear Lower Control Arm is an essential upgrade for any serious enthusiast or racer looking to push their Honda Civic to its performance limits. With this upgrade, experience a significant improvement in handling dynamics and vehicle responsiveness.