Front Brake Kit with Black Coated Drilled Slotted Rotors - Ceramic

In this review of the Max Advanced Brakes front brake kit the bottom line is simple: this kit is for drivers who need heavy-duty, confidence-inspiring stopping power without a complicated install. The reviewer found the combination of slotted and cross-drilled rotors with thermal-stable ceramic pads delivers predictable braking under load, making it a sensible upgrade for towing, mountain driving, or drivers replacing worn front components. Installation is straightforward because the kit includes both rotors, four pads and hardware, and the black e-coating gives a cleaner look behind open wheels.

Key Features

• Built for heavy loads: The PerformanceMAX design resists fade during towing or downhill braking so drivers retain control in demanding conditions.
• Directional slots: Slots improve initial pad bite and help eject water and debris for more consistent stops in wet or dirty environments.
• Cross-drilled rotors: Drilled holes increase airflow through the rotor face to aid heat dissipation under repeated hard braking.
• Black e-coating: The protective coating reduces surface corrosion and keeps the rotor face looking cleaner behind open-wheel designs.
• Ceramic brake pads: The thermal-stable carbon-ceramic compound aims to deliver strong stopping power with reduced noise and low dust.
• Complete kit: Includes 2 front rotors, 4 ceramic pads and installation hardware for a direct replacement job.

Who It's For

This kit suits owners of the listed Nissan models who tow occasionally, drive in hilly terrain, or want an upgraded appearance with functional benefits; technicians and competent DIYers will appreciate the complete hardware package and straightforward fit. It is also a good match for drivers who prioritize fade resistance and rotor protection from salt and moisture.

Drivers seeking ultra-long lasting track-performance rotors or those who demand silent, factory-like refinement in every city stop should compare alternatives; some buyers reported varying rust performance and mixed noise impressions, so those concerns merit attention before purchase.

Pros & Cons

Pros

• Enhanced stopping power under load from the combination of slots, holes and ceramic pads.
• Black e-coating helps limit surface corrosion and improves appearance behind open wheels.
• Complete kit format simplifies replacement with included rotors, pads and hardware.
• Designed to be fade resistant for towing and downhill braking situations.

Cons

• Some users report faster surface rust on rotors under certain conditions despite the coating.
• Brake noise impressions are mixed - a few customers experienced audible sound under braking.

Specifications

Brand	Max Advanced Brakes
Includes	2 front e-coated slotted & drilled rotors, 4 ceramic pads, hardware
Pad compound	Thermal-stable carbon-ceramic
Rotor finish	Black e-coating
Design features	Directional slots and cross-drilled holes
Intended use	Towing, mountain driving, heavy-duty braking
Vehicle compatibility	Specified Nissan Cube, Sentra and Versa rear-drum variants listed in product details

Our Verdict

The Max Advanced Brakes front kit is a practical upgrade for owners who need stronger fade-resistant braking and a cleaner rotor appearance for front-end service. It offers clear value with a full hardware kit and ceramic pads suited to towing and hill driving, though buyers should be aware of mixed reports on surface rust and occasional noise; overall it is a cost-effective option for the right use case.

Frequently Asked Questions

Will this kit fit my vehicle?
It is designed for the specific Nissan Cube, Sentra and Versa rear-drum model years listed in the product details; confirm compatibility with your vehicle before purchase.

Are the pads low-dust?
The kit uses a carbon-ceramic compound that is described as dust-reducing, so you should see less brake dust than many semi-metallic pads.

Is the black coating corrosion-proof?
The e-coating helps resist salt and moisture but some users still report surface rust over time, so it reduces but does not eliminate corrosion risk.