Kax Rear Brake Kit Drilled And Slotted Brake Rotors Ceramic Brake Pads Fits

Product Features

  • Vehicle Fitment: KAX 31315+D537 rear brake kit replacement for 2003-2007 Honda Accord 2.4L, 2003-2007 Honda Accord 3.0L, 2004-2008 Acura TSX. The brakes and rotors kit is designed for the upgraded brake performance compared with OE.
  • Complete Brake Kit Replacement: Mounting Bolt Hole Quantity: 5+2+2; Outside Diameter (MM): 259.5; Discard Thickness (MM): 8. This brake kit includes 2x rear disc brake rotors + 4x rear brake pads, ready for install and no modification needed. Replacement to: 31315, YH1516, 42510SDAA00, 42510SDG000 D
  • Drilled & Slotted Design: Quickly dissipate heat, reduce thermal decay, prevent uneven wear and warping of brake rotors, ensure a reliable braking friction coefficient without sacrificing braking performance, keep vibration-free, low-noise, and effective Increase the service life of brakes kit
  • Low-Dust & Low-Noise: Ceramic brake pads are quieter than metal and last twice as long. The unique formula reduces dust by 30%, while the silver-zinc dichromate coating of the brake discs helps prevent rust and corrosion, keeping the wheels looking like new even after long drives
  • Excellent Performance: All pads and rotors are tested to pass SAE standards, work well under all kinds of extreme conditions. Application-specific formulas for quiet operation and superior stopping power

Description

Vehicle Fitment: KAX 31315+D537 rear brake kit replacement for 2003-2007 Honda Accord 2.4L, 2003-2007 Honda Accord 3.0L, 2004-2008 Acura TSX. The brakes and rotors kit is designed for the upgraded brake performance compared with OE.,Complete Brake Kit Replacement: Mounting Bolt Hole Quantity: 5+2+2; Outside Diameter (MM): 259.5; Discard Thickness (MM): 8. This brake kit includes 2x rear disc brake rotors + 4x rear brake pads, ready for install and no modification needed. Replacement to: 31315, YH1516, 42510SDAA00, 42510SDG000 D537, D365, 43022SV4A00,Drilled & Slotted Design: Quickly dissipate heat, reduce thermal decay, prevent uneven