Power Stop Z23 Review – Evolution Brake Kit Customer Reviews

Superior speed is a vital attribute of any vehicle, and most of us tend to indulge more in this factor. However, if you have the basic idea of operating a car, then you must understand the importance of stopping power. Without the assistance of brakes, your speedy car is as useless as it can get.

Fret not; in this power stop z23 review, you will not only understand the importance of braking power but also acknowledge the immense capability it holds. Perhaps, the manifold features will urge you to purchase a phenomenal yet affordable model.

Another exceptional contribution of power stop brakes is their eco-friendly operation. Instead of destroying Mother Nature, their purpose is to provide you with optimal safety at any cost.

An overall improved brake system assists during the trickiest situations, and this power stop z23 evolution brake kits promise you just that.

Power Stop Z23-1053, Z23 Evolution Sport

What most of us fail to grasp is the significance of a brake system in our vehicle. To assemble an ideal car, you must maintain optimal speed along with the most appropriate braking system. In that case, the z23 brake kit has a lot to offer that will surely satisfy your needs.

Components included in power stop z23 not only provide substantial strength in the long run, but it also holds the potentiality to invoke a stable operation.

Such qualities are hard to find in conventional braking systems, but the the brand here luckily delivers. Without further delay, let us get familiarized with some of the features found in z23 evolution.

Carbon Fiber Ceramic

As far as brake technology is concerned, carbon fiber ceramic detains the highest of accords. Instead of using iron or steel, or even low dust ceramic, the application of carbon fiber ceramic in the power stop z23 evolution sport brake rotor & pad kit, has seen an increase in both efficiency and effectiveness.

Longevity is one of the significant benefits of using carbon fiber ceramic. Its complex molecular structure, along with its robust composition, aids in the long run. Unlike other materials, it does not succumb to wear and tear, which ultimately saves money, as you are not obligated to replace the parts.

Aside from durability, carbon fiber ceramic, in other words, silicon carbide contributes to an overall lightweight structure of the power stop z23 evolution sport. Compared to other materials, carbon fiber ceramic is 70% more light.

To a large extent, the lightweight material predominantly reduces the overall weight of a vehicle, which increases speed and fuel efficiency.

Increased temperature is a major concern when it comes to any conventional braking system. Friction is a crucial factor to garner the utmost stopping power.

However, with friction, heat is released. The released heat must dissipate to steer clear of overheating, or else the brakes will permanently bend out of shape. Carbon fiber ceramic ensures heat liberates, no matter what.

Due to the firmly joined complex structure of silicon carbide, it resists the formation of rust at all costs. Moreover, instead of unleashing sticky gray brake dust, carbon fiber ceramic ensures the brake dust to be light and negligible that does not hinder your stopping power.

Thermal Scorched Pad Surface

Break-in, or in other words, bedding-in, is a crucial procedure that is required to maximize the performance of a brake system. The process of break-in inhibits the discharge of an even layer of material from the z23 pads to the friction surface of the rotors.

Regarding thermal scorched brake pads, z23 evolution brake pads are scorched during manufacture at extremely high temperature and pressure. This factor, in turn, helps increase the potential of the pads to undergo a rapid break-in process.

Positive Mold Technology

Similar to ordinary equipment, power stop z23 brakes undergo positive molding in the formation of its pads. The positive molding process provides heat and pressure to each cavity to ensure compactness when shaping the brake pads.

Brake fade is a phenomenon that occurs due to the buildup of heat in the braking surface. It simply contributes to the loss of stopping power. Safety is threatened when brake fade is concerned.

However, the addition of positive mold technology to the structure of z23 brake pads eliminates the possibility of brake fade.

Chamfered and Slotted

The screeching sound of a brake is annoying to every one of you undoubtedly. How about we introduce to you a braking system that exhibits virtually silent operation? Well, with the cooperation of chamfered and slotted brakes, you can achieve just that.

The flat edges of the chamfers ensure the noise-free performance of the brake. Moreover, the slotted pattern on the rotors disposes of unwelcomed materials, including dust particles.

Premium Stainless Steel Hardware Kit

As if the inclusion of carbon fiber ceramic was not enough for corrosion-free performance, the power stop z23 evolution sport brake upgrade kit also includes a premium stainless steel hardware kit for further rust-free functioning.

Furthermore, it includes carbon-fiber ceramic brake lubricant for additional ease-of-use.

Pros & Cons of Power Stop Z23 Review


  • Chamfered and slotted design makes sure an overall noise-free environment
  • Positive mold technology provides the utmost safety
  • Its carbon-fiber ceramic does not let brake dust to accumulate
  • Thermally scorched pad surface ensures faster break-in


  • Less stopping power compared to other products
  • A significant amount of brake dust is present during operation
  • May make noise at low speed

How to Break in Power Stop Brakes

Break replacement in cars occurs regularly. Once new brakes pads and rotors are installed, you must bed them in to function correctly. This is done with quick acceleration and deceleration. This process is what is known as a break-in-procedure.

A break-in-procedure is essential to brake performance. Proper break-in ensures an even layer of friction material onto the rotor's friction surface from the brake pads. While doing so, care should be taken to ensure an even distribution of the friction material.

So, to perform a proper break-in for your Power Stop brakes, follow these procedures:
Firstly, safety is essential when attempting to break in your new brake pads. So, it should be done in an area with little traffic.

To break in the brakes, perform five moderate to aggressive stops from 40mph down to 10 mph. Do not allow the brake to cool or bring the car to a complete stop. If peradventure, you are forced to a halt, shift to neutral, and allow the vehicle to roll slightly. This is because the rotors will be very hot. So, holding down the pedal may cause slight damage to the rotor. After the first process, allow the brakes to cool for a few minutes.

Then, do another five moderate stops from 35mph to 5mph in quick succession. Again, do not allow the brakes to cool. While in this second phase, it is expected that there will be a smell of some heated resins. It is normal.

The next step is to drive around for about 5 minutes at moderate speed for as long as possible. However, you should not overheat the brakes or halt completely. This stage is known as the cooling stage as it allows for the heated resins on the brake pads to cool and cure. After the brake is allowed to cool to a standard temperature, it can be used as usual.

Difference Between Power Stop Z23 and Power Stop Z36

Power Stop brake pads are acknowledged for their durability, in that they are made from carbon-fiber, a material that proves to enable a long term performance. Reviews reveal that most buyers are more interested in the Z23 and Z36 models of this brand.

However, since both models have a high performing power, one is, in most aspects, superior to the other. Power Stop Z23 and Z36 brake pads kits are similar in many ways, such as design and noise and dust-free features, yet their differences are crucial to their performance. See the differences below and make your choice:


One significant difference between Z23 and Z36 is in their shims. Z23 shims are clothed with rubber. However, the Z36 is all made with stainless steel shims. The rubberized shims of the Z23 enable noise-free braking. However, they don’t do well with dispelling heat.

The Z36 stainless steel shims are built to handle high temperatures without deforming. But, be warned. The steel won't stifle the braking noise.

Different Uses

Though both models are designed for driving situations, Z23 brake pads are more built for smaller vehicles. In contrast, the Z36 model is made for heavy-duty vehicles, towing, and off the road driving.

Also, because Z23 pad models are smaller, they tend to offer a lesser stopping power than Z36 pad models. The Z36 brake pads provide an increased stopping performance and last longer when used in hauling heavy loads.

Pad Size and Weight

The Z23 and Z36 differ in size. The Z36 pad models are larger than Z26 pad models and can easily fit big wheels and tires. Power Stop Z23 is 14 x 14 x 10 inches, whereas Power Stop Z36 is 14 x 14 x 12 inches. Apart from their differing sizes, they also differ in weight. The Z23 weighs 60 pounds, and the Z36 weighs 70 pounds, making the latter tougher than the former.

Despite the differences in both models, there is no disputing that both products are perfect and perform well in their unique way.

Where is Power Stop Brakes Made?

Power Stop is a manufacturer that produces brake kits since 1995. Though first introduced in 1997 in California, the United States of America, Power Stop manufactures has proven to provide high-quality materials. The brake rotor applications are designed in Power Stop facility based in the US, and some of their brake kits are manufactured there also.

However, the company has manufacturing partners overseas that develop and manufacture its specifications, blueprints, and processes. The Power Stop team records years of cooperative automotive practice.

Why Choose Power Stop?

Power Stop is one of the best companies in their field. More than words, reviews of people who have used this brand have proven that the products are second to none. Based on that, the brand's products are expected to last you some three years or more, depending on how you drive, of course. More so, with careful use and maintenance, the products can last you much longer than that.

The brand products will offer a rider an impressive heat dispelling feature and a smooth and near-to-noiseless braking function.  Next to that are durability and the most effortless installation process.

FAQs Of Power Stop Z23 Review 

Some questions are needed to be answered to get a clear view of the brake system. Even after going through the power stop z23 brake kit review, few aspects remained unsolved.

1. Why are performance brakes so important?

For starters, you have more or less understood how important they are for safety measures. Also, they accumulate the utmost performance with high-speed vehicles, which also reduces brake fades.

2. Does the brand offer a lifetime warranty?

Unfortunately, they do not offer a lifetime warranty. Since the brake system undergoes extensive use, they offer you 60 days of warranty. Keep in mind, warranty is subject to change at any time.

3. Should I use Power Stop Z23 for a daily driver?

You can. However, it is not necessary to use them daily. But if you require the assistance of the product, then go ahead.

4. Can I use Original Equipment with Power Stop products?

Of course, the company manufactured its entire product range keeping the original equipment in mind. You can use the combination of both without any trouble.

5. How long do Power Stop brakes last?

Typically about three years. You can smoothly work your brakes between 30,000 and 70,000 miles.

Final Verdict

We have arrived at the end of our journey. This power stop z23 review aims to serve you with adequate information on this particular product.

Overall, this model ensures optimal performance that lasts long. Along with maximum stopping power, it allows you to travel around the globe safely.


John D. Archer

John D. Archer is a mechanical engineer and writer based on the area of automotive accessories at brakeshub.com, A resident expert and professional, John is passionate about all things automotive and loves to share his knowledge. He has good experience in all kind of automotive accessories. He has worked as a chief mechanical engineer in some reputed automotive garage firm.