FRONT REAR BRAKE DISCS PADS BRAKE SHOES FOR PORSCHE CAYENNE 4.2 S V8 DIESEL – upholdassistant.com
FRONT REAR BRAKE DISCS PADS BRAKE SHOES FOR PORSCHE CAYENNE 4.2 S V8 DIESEL

FRONT REAR BRAKE DISCS PADS BRAKE SHOES FOR PORSCHE CAYENNE 4.2 S V8 DIESEL

USD 591.18 USD
SKU: 0Z5aSXas
Brand: Kinetix
Condition: New

Front Brakes Setup: Brake Disc Type: High Carbon | Vented Brake Disc Diameter: 360mm X 36mm ECE R90 APPROVED Rear Brakes Setup: Brake Disc Type: High Carbon | Vented Brake Disc Diameter: 330mm x 28mm ECE R90 APPROVED Contents: 2 x Cross Drilled Front Brake Discs (360mm) 2 x Cross Drilled Rear Brake Discs (330mm) Front Brake Pads Set Wear Wire Sensor Rear Brake Pads Set Wear Wire Sensor Parking Handbrake Shoes Fitting Kit To Fit: PORSCHE CAYENNE (92A) 4.2 S V8 Diesel 2012 - 2018 Kinetix is a British brand with over 18 years of expertise in braking and friction technology. Designed by motorsport enthusiasts, our brake disc rotors are crafted from high carbon steel, ensuring superior performance, durability, and reliability. The high carbon content enhances heat.

Categories: Brakes & Brake Parts

Specifications

Brand Type Aftermarket Performance
Rotor Style Cross Drilled
Modified Item Yes
Brand Kinetix
Brake Style Cross Drilled
Anti-Corrosion Coated Yes
Country Of Origin United Kingdom

Front Brakes Setup: Brake Disc Type: High Carbon | Vented Brake Disc Diameter: 360mm X 36mm ECE R90 APPROVED Rear Brakes Setup: Brake Disc Type: High Carbon | Vented Brake Disc Diameter: 330mm x 28mm ECE R90 APPROVED Contents: 2 x Cross Drilled Front Brake Discs (360mm) 2 x Cross Drilled Rear Brake Discs (330mm) Front Brake Pads Set Wear Wire Sensor Rear Brake Pads Set Wear Wire Sensor Parking Handbrake Shoes Fitting Kit To Fit: PORSCHE CAYENNE (92A) 4.2 S V8 Diesel 2012 – 2018 Kinetix is a British brand with over 18 years of expertise in braking and friction technology. Designed by motorsport enthusiasts, our brake disc rotors are crafted from high carbon steel, ensuring superior performance, durability, and reliability. The high carbon content enhances heat.

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