Carbon Performance Rear Rotors & Ceramic Brake Pads For Ford Mustang 11-17 3.7L

This listing is for an AME High Performance High Heat Carbon Disc Brake Rotors, Disc Brake Pad Replacement Brake Service Kit.


Replacement parts fit the following vehicle year, make and model:

Fits:

Ford Mustang 2011-2017 with 3.7L V6 Engine

Kit Includes: (fits for rear)

2x Part# 592705 AmeriBRAKES REAR AME High Performance High Heat Carbon Disc Brake Rotors Balanced Rotors 300MM Vented.
1x Part# PRC1465 AmeriPRO REAR Ceramic Pads Set 4 pads 1 set, with installation hardware.

Condition: New

• Brand: Mac Auto Parts
• Placement on Vehicle: Left, Right, Rear
• Rotor Style: Vented
• Items Included: Brake Pads, Mounting Hardware, Brake Rotors, Rear Brake Rotors, Front Brake Rotors
• Material: Steel, Ceramic, Carbon, AME High Performance High Heat Carbon Disc Brake Rotors
• Type: Brake Disc Rotor
• Features: D3EA Certified
• Rotor Outside Diameter: 11.9 in
• Manufacturer Part Number: 216348
• OE/OEM Part Number: PRC1465, EHT1465H, 105.14650, 21-1465, CFC1465, AD8664, SS8664X, SG8664X, CD1465H, SCD1465H, BR1465D, CD1465, 1407-26863, YH145653, 604-54058, BR54131, 54131, 145653, PRT5653, 488803
• Performance Part: Yes
• Manufacturer Warranty: 5 Years
• Finish: Powder Coated, Rust Preventative, AME High Performance High Heat Carbon Disc Brake Rotors
• Universal Fitment: No
• Vintage Part: No
• Interchange Part Number: 2011 Ford Mustang Disc Brake Rotors Carbon Performance 3.7L, 2012 Ford Mustang Disc Brake Rotors Carbon Performance 3.7L, 2013 Ford Mustang Disc Brake Rotors Carbon Performance 3.7L, 2014 Ford Mustang Disc Brake Rotors Carbon Performance 3.7L, 2015 Ford Mustang Disc Brake Rotors Carbon Performance 3.7L, 2016 Ford Mustang Disc Brake Rotors Carbon Performance 3.7L, 2017 Ford Mustang Disc Brake Rotors Carbon Performance 3.7L, PR97205 PRC1465
• Superseded Part Number: Durable and reliable rotors, Premium quality brake rotors, Improved braking performance, Enhanced stopping power rotors, Precision-engineered brake rotors, Corrosion-resistant rotors, Heat-dissipating brake rotors, Optimal braking efficiency, Noise-free brake rotors, Smooth and consistent braking, OE equivalent brake rotors, Long-lasting brake rotors, Reduced brake fade rotors