Final Markdown Bc Racing Br-series Coilovers Toyota Chaser Jzx105 Gx105 96-00 - 4wd - Why Pay More? [UKs62R9Q]

BC Racing BR-Series Coilovers for Toyota Chaser

BC Racing's BR-Series coilovers are specifically designed for the Toyota Chaser JZX105/GX105 (96-00) 4WD models, offering a comprehensive suspension upgrade that enhances both performance and ride quality. These coilovers feature a large 46mm piston in a 53mm damper body, maximizing oil capacity for superior heat dissipation and consistent damping performance.

Advanced Engineering and Quality Components

The BR-Series coilovers are built with high-quality components to ensure durability and reliability. Each coilover features a Pillowball upper mount, Camber adjustable top mounts, and Aluminium top plates for increased strength and precision. The 30-way adjustable damping allows for fine-tuning the suspension to meet your specific needs, while the adjustable spring platform and height adjustment via bottom mount retain full damper travel for optimal performance. Additional features include a dust boot to protect damper seals and a Bearing mounted upper front spring platform for reduced friction and improved handling.

• Pillowball upper mount for precise control.
• Camber adjustable top mounts for optimal handling.

Performance and Customization

The BR-Series coilovers offer a unique Corner weight adjustment feature that allows for perfect balance and maximum tyre efficiency. This ensures that each tyre on an axle carries equal weight, enhancing grip and cornering speed. With optional assister springs available, you can tailor the wheel droop to suit your specific requirements. The 30-way adjustable damping and Nitrogen pressurized dampers provide consistent damping performance even under extreme conditions. BC Racing's innovative design, including the patented concave lower locking collar, ensures long-term durability and reliability.

• Bearing mounted upper spring platform for reduced friction and improved handling.
• High quality oil for consistent damping performance.