CR-Z | ZF1 | 2010-2012 | H | LEA | I4
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Project Mu - Side Lock SL-Metal Rear Brake Pads - Honda CR-Z ZF1/ZF2 (2010-2018)
$212.30
Specifications:Manufacturer: Project MuPosition: RearPurpose: CircuitMaterial: Super Alloy SinteredApplicable Rotor Temperature (C): 0~400Friction Coefficient: 0.50~0.70FEATURES:- Compatible for Vehicle inspection- Compatible with Radial and S Tires- Compatible with Bigger Wheels- Competition UseThis brake pads have been designed to provide the ...
Racing Gear CS Rear Brake Pads - Honda - CR-Z ZF1

Racing Gear CS Rear Brake Pads - Honda - CR-Z ZF1
$111.00
Specifications:Manufacturer: Racing GearPosition: RearPurpose: Street,CircuitBy introducing new materials, dust and squeal has been drastically reduced. Excellent initial touch performance demonstrates stable braking power from low temperature. In addition, due to its wide controllability, it shows the effectiveness according to the pedal effort...
Racing Gear SS Rear Brake Pads - Honda - CR-Z ZF1

Racing Gear SS Rear Brake Pads - Honda - CR-Z ZF1
$133.00
Specifications:Manufacturer: Racing GearPosition: RearPurpose: Street,CircuitRacing Gears Type SS corresponds to every type of racing from winding road to Track Day! Test results on track over 1000 laps has been conducted for this exeptional brake pads design. Operating temp range: 0 to 650cTaxes:Singapore and Malaysia: All import taxes are incl...
Spoon Front Brake Pads - Honda - CR-Z ZF1

Spoon Front Brake Pads - Honda - CR-Z ZF1
$213.00
Specifications:Manufacturer: SpoonPosition: FrontPurpose: Street,CircuitThe features are (1) improved fadeability by using a material that suppresses the generation of resin gas, (2) sufficient effectiveness and feel at low temperatures, (3) wear resistance equivalent to normal, and (4) less aggression to the rotor. These features realized by co...
Spoon Rear Brake Pads - Honda - CR-Z ZF1/ZF2

Spoon Rear Brake Pads - Honda - CR-Z ZF1/ZF2
$194.00
Specifications:Manufacturer: SpoonPosition: RearPurpose: Street,CircuitThe features are (1) improved fadeability by using a material that suppresses the generation of resin gas, (2) sufficient effectiveness and feel at low temperatures, (3) wear resistance equivalent to normal, and (4) less aggression to the rotor. These features realized by com...