Rear Brake Kit for 2013-2020 Ford Fusion & Lincoln MKZ - Heavy-Duty

In this review of the Max Advanced Brakes rear brake kit, the bottom line is simple: this kit is best for Fusion and MKZ owners who tow, carry heavy loads or do a lot of downhill driving and need reliable, fade-resistant stopping power. The reviewer found the combination of slotted and drilled rotors with thermal-stable ceramic pads delivers confident braking under sustained use, while the included hardware makes installation straightforward for a competent DIYer. It is a practical, value-oriented replacement that prioritizes heat management and consistent bite over styling frills.

Key Features

• Built for heavy loads: The kit is engineered for towing and mountain driving so brakes resist fade during repeated emergency stops or long descents.
• Directional slots: Slots improve initial pad bite and help eject water, gas and debris to maintain consistent braking in wet or heavy-use conditions.
• Cross-drilled rotors: Drilled holes promote airflow and faster heat dissipation, reducing the risk of overheating on long, demanding drives.
• Black e-coating: The protective coating helps defend the rotor surface from salt, moisture and corrosion to keep the visible surface cleaner behind open wheels.
• Ceramic brake pads: The advanced carbon-ceramic compound holds braking power across wide temperature swings while minimizing noise and vibration.

Who It's For

The kit is aimed at drivers of 2013-2020 Ford Fusion models (including Energi and Sport variants where listed) and compatible Lincoln MKZ hybrids who want a robust, long-lasting replacement without stepping up to a full performance race setup. It suits people who regularly tow, carry heavy loads or encounter mountain roads where sustained braking heat can be a problem.

Those who want fully OEM-matching aesthetics or who prioritize long-term corrosion resistance above initial value should be cautious, as some users report early surface rust despite the e-coating; drivers in very salty coastal regions may prefer rotors with thicker anti-corrosion treatments from premium OEM vendors.

Pros & Cons

Pros

• Strong stopping power under load thanks to slotted and drilled rotor design.
• Quiet operation with ceramic pads that resist noise and vibration in normal driving.
• Complete kit includes two rear rotors, four ceramic pads and hardware for easier installation.
• Black e-coating gives a cleaner appearance behind open wheels compared with bare rotors.

Cons

• Some customers report light surface rust within a month, so corrosion resistance may be mixed in harsh climates.
• Not a track-oriented race rotor; intended for heavy-duty street and towing use rather than motorsport extremes.

Specifications

Brand	Max Advanced Brakes
Application	Rear kit for 2013-2020 Ford Fusion and compatible Lincoln MKZ hybrid models
Contents	2 e-coated slotted & drilled rotors, 4 ceramic pads, installation hardware
Rotor finish	Black e-coating (anti-corrosion surface)
Pad material	Thermal-stable carbon-ceramic compound
Design features	Directional slots and cross-drilled holes for heat and debris management

Our Verdict

For Fusion and MKZ owners who need dependable heavy-duty braking without a large premium, this rear brake kit is a sensible choice. The combination of slotted and drilled rotors, ceramic pads and included hardware delivers improved heat control, strong bite and quiet operation for towing and mountain driving, making it good value for drivers who prioritize performance and ease of installation over premium corrosion warranties.

Frequently Asked Questions

Will this fit my 2015 Ford Fusion?
Yes, the kit lists compatibility with 2013-2016 Fusion models and is intended to fit 2015 Fusion variants that match the listed applications.

Are the pads quiet?
Customers generally report quiet braking; the ceramic compound is designed to minimize noise and vibration in normal use.

Do the rotors resist rust?
The rotors have a black e-coating to reduce corrosion, but some users have observed light surface rust in harsh conditions, so results may vary.