Christmas Sale Brembo Oe 95-01 Acura Integra Front Disc Brake Kit Series [JtPnBM4r]

Christmas Sale Brembo Oe 95-01 Acura Integra Front Disc Brake Kit Series [JtPnBM4r]

Are you looking for a premium braking solution for your Acura Integra? Look no further. The Christmas Sale Brembo Oe 95-01 Acura Integra Front Disc Brake Kit Series [JtPnBM4r] is designed to deliver exceptional performance and reliability. With this kit, you'll experience the perfect blend of control and comfort, ensuring that your vehicle stops precisely and safely in all driving conditions.

Top-Notch Performance and Quality

The Christmas Sale Brembo Oe 95-01 Acura Integra Front Disc Brake Kit Series [JtPnBM4r] comes with everything you need for a seamless installation. Prime low-Met pads are engineered to provide both comfort and quality, focusing on performance through patented solutions and full accessories. This kit guarantees absolute control of all production stages, making the Prime pads equivalent to the original equipment manufacturer (OEM) pads. Additionally, the discs are crafted from high-carbon cast iron, offering superior damping coefficients to reduce vibration and noise, enhancing your driving comfort.

• Patented solutions for optimal performance
• Full accessories for easy installation
• High-carbon cast iron for improved heat conduction

Compatibility and Reliability

This Brembo brake kit is specifically designed to fit various models of the Acura Integra, including GS, GS-R, LS, RS, Special Edition, Type R, and certain Civic models. The kit's compatibility ensures that you can upgrade your vehicle without worrying about fitment issues. The high-carbon cast iron material used in the discs is tested to have greater resistance to thermo-mechanical stress, making them highly reliable and durable. With this kit, you can expect improved brake behavior, reduced cooling times, and an overall safer driving experience.

• Specific fitment for Acura Integra (1994-2001)
• High-carbon cast iron for greater resistance to stress
• Improved brake behavior and reduced cooling times