Audi Q8 e-tron successor (2027+ (PPE)) can benefit from Carbon Ceramic Brake technology in thermal stability, weight control, and long-term rotor durability when matched to correct pad compounds.
Full brake kit finish
Carbon Ceramic Brake Rotors for Audi Q8 e-tron successor PPE (2027+) CCB OEM Replacement / Conversion Upgrade Kit
Price per pair
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Customer Gallery
Recent customer installs, close-up hardware details, and workshop shots.
CCB Big Brake Kits
Our carbon ceramic brake kits, including caliper finishes, rotor details, hardware, and pre-shipment packed sets.
Pricing
The price is per 2x carbon ceramic rotors (including aluminum hats) for either Front or Rear axles.
What Is Included
- 2x Carbon Ceramic Rotors (1 pair)
- 2x Aluminum Hats with mounting screws
Note
Brake pads are not included in the listed price because the correct pad compound depends on how the vehicle will be used. We offer low-noise street pads, mixed street and light track compounds, and more aggressive track-focused options such as Pagid. As pad pricing and performance characteristics vary by application, pads are quoted separately to ensure the most suitable setup for each customer. Unless a specific use case is requested, we will recommend our standard low-noise street pads by default. Please note that brake pads designed for iron rotors are not suitable for use with carbon ceramic rotors.
Application Notes
These carbon ceramic rotors are best suited for high-performance street use and occasional track driving. For frequent heavy track use, traditional iron rotors may still remain the more economical wear-item solution.
System Compatibility
Brake pad compound, caliper compatibility, rotor dimensions, and required hardware must be matched correctly for each application. For this reason, we specify each setup case by case to help ensure proper fitment and reliable operation.
Why Conversion Actually Works from Iron to CCB
On vehicles equipped with a suitable multi-piston brake system, converting from iron to carbon ceramic is a matter of correct rotor geometry and proper mounting design. A ready-to-install CCB rotor consists of two primary components: the aluminum hat and the carbon ceramic disc. When the original rotor diameter and thickness are maintained, the conversion is achieved by engineering a CNC-machined hat tailored to the factory hub and axle mounting points. This allows the new CCB rotor to replace the original iron rotor as a direct plug-and-play solution. The final braking character is then refined through application-specific pad compound selection to suit different driving styles and performance expectations.
The Real-World Benefits of CCB Conversion
Ultimately, a street-focused iron-to-CCB conversion is not about building a Le Mans endurance race car. It is about elevating your entire driving experience. By drastically reducing unsprung rotational mass, especially when paired with lightweight custom forged wheels, you unlock a completely new level of handling dynamics, suspension comfort, and steering response. Beyond the physics, it is also about pure aesthetics: the aggressive, premium look of massive, dust-free carbon ceramic discs perfectly showcased behind an open-spoke wheel. Because for true automotive enthusiasts, the pursuit of perfection never ends.
Why Our Price Is Unbeatable
By eliminating middleman markups, we offer latest-generation Carbon Ceramic Brake Discs at pricing often comparable to premium iron rotor solutions. Unlike alternatives made with short chopped fiber, our rotors utilize advanced long carbon fiber construction with a Silicon Carbide (SiC) friction surface layer.
Installation Notes
Professional installation is required. Depending on the vehicle, minor adjustments such as trimming or removal of the factory dust shields or adding wheel spacers for rim clearance may be needed.
Optional Items at Extra Cost
Brake pads, adapters, and full conversion or BBK configurations can be quoted separately if required.
All types of aftermarket & OE factory brake calipers are available from AP Racing, Brembo, Akebono, Endless, Alcon, AMG, M Performance, Audi, Porsche, Lamborghini, Toyota TRD, etc.
Shipping
Shipping to the customer is not included in the price & quoted separately based on destination and delivery method. We can offer:
- By express DHL/UPS/FedEx
- To the local international airport
- Special line by air / sea
- To Europe and the UK by train
Payment Methods
- Visa/Mastercard
- PayPal with a credit card (add 4.4% at checkout)
- Payoneer
- Cryptocurrency
OEM Rotor Dimensions
Reference sizes are provided as a baseline and reflect the most common OEM setup. The table below is for dimension reference only. Because rotor dimensions can vary by trim, market, or prior brake changes, the final build is confirmed from verified measurements.
| Chassis | Type | Front | Rear |
|---|---|---|---|
| 2027+ (PPE) | Iron | mm | mm |
Brake + Wheel Package Engineering
If you are investing in both forged wheels and a serious brake upgrade, you are already in the right place. Within Forza Performance Group, forged wheels and big brake solutions are not treated as unrelated parts sourced from different directions—they are developed within one ecosystem, allowing us to engineer the complete package as one matched solution. That gives you more than attractive bundle pricing: it gives you one source responsible for how the entire system fits, looks, and performs.
Each wheel is tailored around the upgraded brake system to achieve the exact caliper clearance, spoke curvature, X-factor, and inner barrel geometry required for your vehicle. Instead of leaving fitment to trial and error, we resolve the critical details before production, so the final package arrives with the proportions, presence, and technical integrity a serious build deserves. The result is no guesswork, no visual compromise, and no expensive surprises—just a brake-and-wheel package that installs cleanly, looks intentional, and performs exactly as a properly engineered build should, with OE TPMS and factory hardware compatibility available on request.
Exclusive street upgrade
Carbon Ceramic Brakes as a Statement Piece
A CCB conversion is not about turning every street car into a race car. It is about bringing a rare factory-level technology into a refined custom build: visible carbon ceramic discs, lower rotating mass, cleaner wheels, and the kind of mechanical detail enthusiasts notice immediately.
Why enthusiasts choose CCB
Carbon ceramic brakes are part performance hardware and part visual signature. They do not need to prove themselves as the most economical choice for every use case. Like a fine mechanical watch, the value is in the material, the engineering, the presence, and the feeling of owning something special.
Aesthetics
The wheel view changes everything
Large carbon ceramic discs sit behind open-spoke wheels like a serious factory option. The look is clean, rare, and immediately recognizable to people who know performance cars.
Technology
Real material upgrade
Long carbon fiber construction and a Silicon Carbide friction surface bring genuine CCB engineering into a street-focused build, not just a cosmetic brake package.
Exclusivity
Built for a more special car
The goal is a car that feels more complete: lighter at the corners, cleaner after a drive, and more distinctive every time you look at it.
Choose the Right Setup for Your Q8 e-tron successor
Cars with Factory CCB
Replace Your Rotors
For cars that already have factory CCB.
Included
- 2x CCB rotors
Extra Cost
- CCB brake pads
Custom hats included in the price.
Cars with Iron Brakes
Convert to CCB
Upgrade from factory iron brakes to CCB.
Included
- 2x CCB rotors
Extra Cost
- CCB brake pads
Custom hats included in the price.
Full Brake System
Big Brake Kit
From Brembo to Akebono
Included
- 2x front brake calipers
- 2x rear brake calipers
- 2x front CCB rotors
- 2x rear CCB rotors
- CCB brake pads
- brake lines
- mounting hardware set
Caliper spacers may be needed after fitment check.
CCM vs CCB
CCB is our standard supply. CCM remains available on request.
By default, our rotors are produced and shipped in 2nd generation carbon ceramic brake technology (CCB). Compared with older 1st generation carbon ceramic (CCM), CCB uses a silicon carbide surface coating that improves wear resistance, oxidation protection, and friction stability under repeated heat cycles.
If a customer specifically wants the older CCM technology, we can still ship CCM by request. Just mention it before quotation or production so we can confirm the correct build.
Default
Next-GenCCB
- Silicon carbide coated friction surface
- Better wear and oxidation resistance
- More stable braking feel in hot and cold use
On request
First-GenCCM
- Older carbon ceramic construction
- Available for customers who specifically need it
- Must be requested before order confirmation
Need the older CCM setup instead of the standard CCB build? We can arrange shipment on request.
Workshop clips
Short visual references only. These are in-house workshop clips.
Precision Multi-Axis Runout Inspection
Every single ForzaCCB rotor undergoes a rigorous triple-point geometry verification using precision dial indicators
Precision Torque
Each hat is torqued to the disc with a calibrated torque wrench.
Technical article
Carbon Ceramic Brakes for Audi Q8 e-tron successor
Quick takeaways first. Full technical details are available below.
- Reduced Unsprung Mass
- High-Temperature Stability
- Extended Lifecycle Potential
Open full technical breakdown
Reduced Unsprung Mass
Carbon ceramic rotors can reduce rotating/unsprung mass relative to iron setups, which may improve response and steering precision.
High-Temperature Stability
CCB systems are engineered for strong thermal stability under repeated heavy braking cycles.
Extended Lifecycle Potential
With proper pad matching and operating conditions, ceramic systems can deliver long service intervals.
Lower Corrosion and Dust Impact
Compared with iron rotors, carbon ceramic systems can reduce visible corrosion and wheel dust impact.
Advanced Composite Construction
C/SiC material architecture is designed for stable friction behavior across broad temperatures.
For Audi Q8 e-tron successor, confirm chassis/year and caliper setup before ordering to ensure fitment and intended performance behavior.
This article is for informational and educational purposes only. Actual performance can vary by driving conditions, installation quality, and maintenance.
FORZACCB is not endorsed, supported, or affiliated with 'Audi' and all respective names are trademarks of their owners.
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