Bendix vs. Centric Brakes: The Ultimate UK Guide

Welcome, fellow car enthusiasts! Today, we're taking a deep dive into a critical component of your vehicle's safety system: the brakes. Specifically, we're putting two prominent names in the automotive brake industry, Bendix and Centric, under the microscope. We'll meticulously compare their performance, quality, pricing, and delve into their respective pros and cons to help you determine which brand might be the superior choice for your vehicle. Fasten your seatbelts – it’s going to be an informative and thrilling ride through the world of brake components!

Bendix vs. Centric: A Comprehensive Brand Overview

Before we dissect their individual products, let's establish a foundational understanding of each brand. Both Bendix and Centric have carved out significant niches in the automotive aftermarket, offering a wide array of braking solutions. While they share a common goal of ensuring vehicle safety, their histories, manufacturing approaches, and market positioning present some interesting distinctions.

As you can see, Bendix boasts a much longer heritage, dating back to 1924, which has allowed it to establish itself as an industry veteran and even an OEM supplier. Centric, while a younger company founded in 2000, has rapidly built a strong reputation for delivering reliable and effective braking solutions. Both brands originate from the United States, although their manufacturing operations span across multiple countries.

Rotor Showdown: Bendix PRT5898 vs. Centric High Carbon OE Replacement

Rotors are the unsung heroes of your braking system, working in conjunction with brake pads to create the friction necessary for stopping. In this section, we'll scrutinise two of the most popular rotor series from each brand: the Bendix PRT5898 and Centric's High Carbon OE Replacement. We'll examine their materials, construction, performance characteristics, and, of course, their value for money.

A key difference here lies in the material: Bendix uses traditional iron, while Centric opts for a high-carbon alloy. High-carbon rotors are often lauded for their superior thermal stability, which can reduce the likelihood of warping and improve overall braking performance under demanding conditions. Centric also offers an electrocoating finish, providing enhanced corrosion resistance, a significant advantage, especially in challenging climates. While both offer comparable stopping power, Centric's High Carbon rotors appear to have an edge in noise reduction and performance over stock, albeit with a shorter warranty period.

Brake Pad Battle: Bendix Premium Copper-Free Semi-Metallic vs. Centric Posi-Quiet 105 Ceramic

Brake pads are where the rubber meets the road – or rather, where the friction material meets the rotor. The choice of brake pad material significantly impacts braking feel, noise, dust, and longevity. Here, we compare two highly regarded offerings: the Bendix Premium Copper Free Semi-Metallic pads and Centric's Posi-Quiet 105 Ceramic pads.

This comparison highlights the fundamental difference in material choice. Bendix offers a semi-metallic compound, known for its strong initial bite and excellent stopping power, often preferred for heavier vehicles or more aggressive driving styles. Centric, on the other hand, provides ceramic pads, which are renowned for their low dust production and quiet operation, making them a popular choice for daily drivers who prioritise clean wheels and minimal noise. Both exhibit impressive stopping power and low noise, indicating that the choice largely comes down to your preference for dust levels and material characteristics. Bendix again offers a more generous warranty period.

Diving Deeper: Overall Performance and Quality

Beyond the specific product comparisons, it's crucial to understand the general perception and real-world performance of both brands based on customer feedback and industry reputation.

Bendix: The Trusted Veteran

• Users on various automotive forums frequently list Bendix as a highly preferred brand, often putting it in the same league as other top-tier manufacturers like Power Stop, Dynamic Friction, and Bosch.
• Many customers consistently express high satisfaction with Bendix products, particularly highlighting their ceramic brake pads for their performance and durability.
• Bendix is a go-to choice for many car owners, with some users even reporting that they equip all their vehicles with Bendix components, a testament to their trust in the brand.
• Bendix Premium pads are widely regarded as reliable OEM (Original Equipment Manufacturer) replacements, suggesting they meet or even exceed the performance standards of original factory parts. This makes them an excellent choice for those seeking original equipment quality without the dealership price tag.

Centric: The Agile Innovator

• Centric brake parts generally receive positive reviews, with their Posi Quiets series often praised as a significant improvement over their more basic lines, which have sometimes garnered mixed feedback.
• In discussions about recommended brake part brands, Centric is frequently mentioned alongside respected names such as Raybestos, Wagner, and Acdelco, indicating its strong standing in the market.
• Users have reported considerable satisfaction with upgraded Centric rotors paired with Akebono pads, noting that this combination often provides performance comparable to OEM parts but at a more accessible price point.
• Centric's coated rotors are particularly recommended for their impressive resistance to warping and corrosion. This feature underscores their robust durability and potential for a long service life, especially beneficial in areas prone to harsh weather or road conditions.

In conclusion, both Bendix and Centric demonstrate considerable strengths and are widely considered reliable brands within the automotive braking sector. The ultimate choice between them often hinges on your specific vehicle requirements, your driving style, and your budget. For instance, if you prioritise OEM-level quality and a longer warranty, Bendix might appeal more. If you're looking for advanced material benefits like high-carbon rotors and low-dust ceramic pads, often at a competitive price, Centric could be your preferred option.

Price Point Analysis: Rotors and Brake Pads

Cost is undeniably a significant factor in any automotive repair or upgrade decision. While quality and performance are paramount, finding components that fit your budget without compromising safety is key. Let's look at the price ranges for both brands' rotors and brake pads.

Brake Rotors Price Comparison

Brake Pads Price Comparison

Generally, Centric appears to offer more budget-friendly entry-level options for both rotors and pads. However, their high-end performance offerings can reach significantly higher price points, particularly for specialised SportStop drilled rotors or Formula 100 Series pads. Bendix tends to occupy a more consistent mid-to-high price range, perhaps reflecting its strong OEM replacement focus.

Pros and Cons: A Balanced View

Every brand has its strengths and weaknesses. Understanding these can help you make a more informed decision tailored to your specific needs.

Bendix: Advantages and Disadvantages

• Pros:
  • ✔ High-quality brake products across their range.
  • ✔ Established a strong and positive reputation within the industry.
  • ✔ Recognised as an OEM supplier, signifying adherence to rigorous standards.
• Cons:
  • ❌ Some customers have reported that certain Bendix brake pads can generate noticeable noise, particularly under specific conditions.

Centric: Advantages and Disadvantages

• Pros:
  • ✔ Highly reputable brand in the brake system category, known for reliability.
  • ✔ Offers a diverse range of brake pad options, including popular ceramic and semi-metallic formulations, catering to various driving styles and preferences.
  • ✔ Generally receives positive user reviews, particularly for their Posi-Quiet and coated rotor lines.
• Cons:
  • ❌ Some users have found that Centric rotors, especially their standard lines, may not provide the same aggressive initial bite compared to genuine OEM rotors.

Centric Premium Brake Rotors: A Closer Look

While the comparison between Bendix and Centric provides a broad overview, it's worth dedicating a section to a particularly notable product line from Centric: their Premium Brake Rotors. A high-quality brake rotor is absolutely essential for a vehicle's safety and smooth operation. It's the component that, along with the brake pads, ensures your car can stop confidently and efficiently, regardless of speed.

Centric Brakes, established in 2000, has become a well-known name for manufacturing quality braking parts. While they've expanded into other areas, their core specialisation remains the brake system. Their commitment to quality and innovation has positioned them as one of the top manufacturers of brake components, offering premium products within a reasonable price range. Centric offers four main types of brake rotors: Centric Premium, C-Tek, Stoptech Sport Drilled and Slotted, and Stoptech Sport Slotted. Today, our focus is squarely on the Centric Premium brake rotor line.

The Excellence of Centric 120.40068 Premium Brake Rotor

Among the various models in the Centric Premium series, the Centric 120.40068 Premium Brake Rotor stands out. This particular product combines an extremely reasonable price with a suite of premium quality features, setting it apart from many other offerings. It's designed to significantly improve your braking system's performance, ensuring a flawless, durable, and remarkably silent braking process.

One of the most praised features of the Centric 120.40068 is its "works quiet" capability. No driver wants to endure that horrible screeching sound every time they apply the brakes. This rotor's body is meticulously built with high-carbon material to ensure reduced sound volume. Furthermore, its double-disc structure helps minimise noise even when friction levels are high, guaranteeing a quiet and smooth stopping experience. The rotor also boasts a black epoxy coating, which provides excellent corrosion-proof and rust-proof properties, capable of withstanding over 400 hours of saltwater exposure. This significantly extends the rotor's lifespan, reducing the frequency and cost of replacements. The machining and finish are also exemplary, with a sleek visual and uniform textures that enhance the tool's overall efficacy. Crucially, its heat transfer system is extraordinary, efficiently dissipating heat to maintain optimal performance.

• Key Features:
  • Black Epoxy-coating for durable rust protection.
  • Dual Disc Ground ensures smoother and quieter brakes.
  • Comes with a machine-finished outlook.
  • Center Split-core moldings transfer heat properly.
  • High-carbon rotors feature better metallurgy to reduce pad squealing.
• Pros:
  • Reduces the screechy sound of brake pads.
  • Excellent heat-transferring system.
  • Features a protective epoxy coating.
  • Ensures silent and smooth vehicle stopping.
  • Typically requires no adjustment during the installation process due to precise manufacturing.
  • Provides a perfect fit with terrific braking performance.
• Cons:
  • This product has been noted by some as being potentially bendable under extreme stress.
  • It is not ideally suited for consistently rough or aggressive braking scenarios.

Choosing the Best Centric Brake Rotor: A Buyer's Guide

Selecting the right brake rotor is a critical decision for your vehicle's safety and performance. With a myriad of options available, here are key factors to consider when purchasing a Centric brake rotor:

• Quiet & Smooth Braking: Prioritise rotors that guarantee smooth, responsive braking, especially for sudden stops. Equally important is the noise level; opt for rotors designed to minimise squeals and grinding sounds, ensuring a comfortable driving experience.
• Durability: Brake rotors are subjected to immense stress and heat. Look for tools made from heavy metals or those with a machined finish, as these construction qualities contribute significantly to a durable rotor life and resistance to deformation over time.
• Epoxy Coating: An E-coating on the rotor surface is a major advantage. This polymer layer provides crucial protection against rust and corrosion, extending the rotor's lifespan. It's also remarkably resilient, capable of withstanding numerous washes and maintaining its protective qualities for a long period.
• Cleanliness: Rotors with a machined finish not only look good but also contribute to the overall cleanliness of your vehicle by making brake dust less noticeable and easier to clean. Efficient dust removal is key to maintaining both aesthetics and performance.
• Heat Transfer: Braking generates a significant amount of heat. A rotor with an excellent heat transfer system, often facilitated by core casting, is vital. This feature helps dissipate heat away from the surface, preventing dust accumulation, reducing the risk of warping, and maintaining consistent braking performance.
• Fit and Compatibility: This is non-negotiable. Always ensure that the selected rotor model is a perfect fit for your specific vehicle make and model. While not strictly necessary, pairing your new rotors with high-quality brake pads (ideally new ones) will maximise braking performance and rotor longevity.

Installing Centric Brake Rotors: A Step-by-Step Guide

Replacing worn brake rotors is a common maintenance task that can be performed at home with the right tools and a careful approach. If your brakes are showing signs of wear – such as pulsation, grinding noises, or extended stopping distances – it's time for a change. Here's a general guide for installing new Centric rotors:

Tools and Materials You'll Need:

• Brake cleaner
• Torque wrench
• Bungee cord
• Piston air compressor (or brake caliper piston tool)
• Ratchet and appropriate sockets
• Floor jack and jack stands
• Wheel chocks
• Clean rags or shop towels

Installation Steps:

1. Prepare the Vehicle: Park your car on a level surface, engage the parking brake, and place wheel chocks behind the wheels that will remain on the ground.
2. Lift and Secure: Using your floor jack, carefully lift the corner of the car where you'll be working until the wheel is completely off the ground. Place jack stands securely under the vehicle's frame for safety, then lower the car onto the stands.
3. Remove the Wheel: Loosen and remove the lug nuts, then carefully take off the wheel to expose the brake caliper and rotor assembly.
4. Access the Caliper: Locate the caliper guide pin bolts (usually two). Remove these bolts using your ratchet.
5. Remove Brake Pads: Gently pry open the caliper (if necessary) and slide out the old brake pads. Note their orientation.
6. Compress Piston: Using your piston air compressor or a dedicated brake caliper piston tool, slowly compress the brake caliper piston back into its bore. This creates space for the new, thicker brake pads.
7. Remove Caliper Bracket: Next, remove the larger bracket bolts that mount the caliper assembly to the spindle. There are usually two of these. Hold the caliper firmly as you remove the last bolt to prevent it from falling and damaging the brake line.
8. Secure the Caliper: Once the caliper and its bracket are free, do not let them hang by the brake hose. Use a bungee cord or wire to suspend the caliper safely from the suspension component, ensuring no strain is placed on the brake line.
9. Remove the Old Rotor: Most rotors simply slide off the wheel studs once the caliper and bracket are removed. Some vehicles may have a small retaining screw that needs to be undone first. If the rotor is stuck, a few taps with a rubber mallet on the hat of the rotor (not the braking surface) can help loosen it.
10. Clean the Hub: Thoroughly clean the wheel hub surface where the new rotor will sit. Use a wire brush or sandpaper to remove any rust or debris. This ensures the new rotor sits perfectly flat and prevents runout issues.
11. Prepare the New Rotor: Take your new Centric rotor and clean off any protective oils or coatings with brake cleaner and a clean rag. Ensure it's completely dry and free of contaminants.
12. Install the New Rotor: Slide the new rotor onto the wheel studs, ensuring it sits flush against the hub. If there was a retaining screw, put it back in.
13. Reinstall Caliper Bracket: Mount the caliper bracket back onto the spindle and tighten its bolts to the manufacturer's specified torque using your torque wrench.
14. Install New Brake Pads: Insert the new brake pads into the caliper bracket. While you can reuse old pads if they have sufficient life, it is always highly recommended to use new brake pads with new rotors to ensure optimal performance, proper bedding-in, and extended life for both components.
15. Reinstall Caliper: Carefully slide the caliper over the new pads and rotor. If there's resistance, ensure the piston is fully compressed. Reinsert the caliper guide pin bolts and tighten them to the specified torque.
16. Reattach Wheel: Put the wheel back on, hand-tighten the lug nuts, then lower the car off the jack stands. Fully tighten the lug nuts in a star pattern to the manufacturer's torque specifications.
17. Bleed Brakes (If Necessary) & Test: If you opened any brake lines, you would need to bleed the brake system. Once everything is assembled, pump the brake pedal several times to seat the pads against the rotor and restore pedal pressure. Check the brake fluid reservoir level. Finally, perform a cautious test drive in a safe area, gradually applying the brakes to bed in the new pads and rotors. Listen for any unusual noises and ensure smooth, effective stopping.

Frequently Asked Questions About Centric Brakes

Here are some common questions about Centric brake components that prospective buyers often have:

How Long Do Centric Brakes Last?

Centric brakes are manufactured with high-quality materials and undergo precise finishing processes. Due to the uniform features of their rotors and excellent heat dissipation, they are designed for longevity. Many Centric brake components, particularly their rotors, can last for well over a hundred thousand miles without significant damage, provided they are maintained properly and used under normal driving conditions. The robust exterior construction helps protect them from warping and wear for a considerable period.

Are Centric Rotors Any Good?

Absolutely, Centric rotors are widely regarded as very good. Centric has a long-standing reputation for producing quality brake parts, continuously improving their tools with advanced technology. Their premium products are specifically engineered to provide users with a smooth, safe, and satisfactory driving experience. A key advantage of Centric rotors is their durability; unlike many brake rotors where high temperatures during braking can cause premature wear, Centric products often feature core casting that efficiently disperses heat away from the surface. Furthermore, most Centric rotors are designed to be compatible with a wide range of car models, making them a versatile choice.

Which is better: OEM or Centric Rotors?

Both OEM (Original Equipment Manufacturer) and Centric rotors offer distinct advantages. OEM rotors are guaranteed to be an exact match for your vehicle, ensuring perfect fit and performance as intended by the car manufacturer, but they often come with a higher price tag. Many users prefer Centric because they can obtain comparable quality rotors and performance at a more reasonable price point. While OEM might offer a marginal edge in specific performance metrics or warranty for some high-performance applications, Centric provides an excellent balance of quality, durability, and affordability, making them a popular choice for aftermarket replacements.

Should I use Centric Rotors with Centric Brake Pads only?

While it is generally recommended to pair Centric rotors with Centric brake pads as they are designed to complement each other for optimal performance and bedding-in, it is not strictly necessary. You can certainly pair Centric rotors with high-quality brake pads from other reputable brands. The most important factor is to choose pads that are compatible with your vehicle and the rotor material, and to ensure they are of good quality to maintain braking effectiveness and longevity.

Why are coated rotors better?

Originally, brake rotors were manufactured without any additional coatings. However, with technological advancements, the concept of coated rotors emerged. A coating, typically a polymer layer, is applied to the rotor surface primarily to make it corrosion-proof and rust-proof. This significantly increases the lasting ability of the rotors, especially in environments exposed to moisture, salt, or harsh chemicals. Coated rotors also tend to stay cleaner for longer periods, resisting the unsightly accumulation of rust on non-friction surfaces. While the coating gradually wears off from the friction surface during braking, it protects the hat and edges, and the process is slow. Even if it eventually wears off completely, the rotor's core structural integrity remains, and re-coating is an option if desired.

How should you clean rotors?

Cleaning new rotors before installation is crucial to remove manufacturing oils and contaminants that can impair braking performance. First, place a cleaning tray or absorbent material under the rotor to catch runoff. Spray a dedicated brake cleaner generously over the rotor's braking surfaces. Allow it to air dry for a few moments, then thoroughly wipe off the cleaning solution and any residues with a clean, lint-free cloth. Ensure the cloth has no liquid or oil on it. If you notice any remaining dust, rust, or oily film, repeat the cleaning process. A clean rotor ensures proper pad-to-rotor contact and optimal initial braking performance.

Final Thoughts

Choosing between Bendix and Centric for your vehicle's braking needs ultimately comes down to a nuanced decision based on your priorities. Both brands offer robust, high-quality components that will undoubtedly enhance your vehicle's safety. Bendix, with its deep-rooted history and strong OEM ties, offers reliability and often extended warranties, particularly appealing to those seeking traditional, proven performance. Centric, on the other hand, provides a compelling mix of innovation, particularly with its high-carbon rotors and low-dust ceramic pads, often at competitive price points across its diverse range.

For those considering a Centric premium brake rotor, the 120.40068 model stands out as an exemplary choice, balancing affordability with premium features such as quiet operation, excellent heat dissipation, and durable epoxy coating. Regardless of your final choice, investing in quality brake components from a reputable manufacturer like Bendix or Centric is an investment in your safety and driving confidence. Always ensure proper installation and follow manufacturer guidelines for bedding-in new components for the best possible results.

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