Juratek: VAG138. Bolt Hole Circle Ø 112 mm. Brake Disc Thickness 25 mm. Brake Engineering: DI956130. NOTE: THE COMPATIBILITY LIST IS FOR GUIDANCE PURPOSE. National Autoparts: NBD1151. Motaquip: LVBE265.
1 x Bosch - Front Disc Brake Pad Set - QuietCast - Ceramic. ABS Tone Ring Included: (Front Disc Brake Rotors) No. Directional or Non-Directional Brake Surface: (Front Disc Brake Rotors) Non-Directional.
2014-2019 Ford Fiesta ST. Position: Rear. 12 Month Warranty. Warranty Coverage Policy. Condition: New. Vehicle Sub Model.
Wilwood Disc Brake Rotor - ROTOR1550-138CU964-000ZJCXXXXL 12x10.250 BC,60 CVANE,.
OIL SEPERATOR W/GASKET for Porsche 911 2005 - 2008. One-Year Manufacturer’s Warranty on all Products. We do need proof of installation with receipt for warranty purposes. If in case you received defective broken part.
Our staff has over 65 years of combined experience in the Genuine Nissan Parts Market. Genuine Nissan Parts. It must be in new resalable condition. We are not responsible for installation errors. We are not responsible for any labor expenses, towing expenses, lodging expenses or rental car expenses that occur as the result of the installation of any wrong or defective parts.
Brake Surface Finish: Drilled. Position: Rear. Directional or Non-Directional Brake Surface: Non-Directional. Rust Resistant Coating: Yes. Vehicle Sub Model Engine. ALL PRODUCTS BUILT TO STRICT QUALITY STANDARDS.
Notes: OEF3 Premium. 2025 Kia Carnival SX. 2025 Kia Carnival LX. 2025 Kia Carnival SX Prestige. 2025 Kia Carnival LX+. 2025 Kia Carnival SX+. 2025 Kia Carnival EX. 2025 Kia Carnival LXS.
SP Performance Cross-Drilled and Slotted Brake Rotors are a unique design providing the best combination of rotor bite, cooling and out-gassing. Our slotted and drilled rotors are made using the finest quality castings that exceed OEM specifications.
2006 Audi A4 Convertible. Fit Notes: 245mm rear Rotor. Position: Rear. Manufactured to strict tolerances for DTV and runout for smooth quiet performance. Cross-hatched surface finish on friction surface for optimal pad break-in.
