Achieve the ultimate in stopping power with the CTE Carbon Ceramic Brakes. By upgrading from regular Iron Brakes to Carbon Ceramic, you can experience a dramatic increase in braking performance throughout the temperature range.

Diamond Cut to exacting tolerances from T700s-grade Continuous (Long) Carbon Fibre imported from Toray Japan
Our near-peer competitors use inferior T300-grade Continuous (Long) Carbon Fibre (T700s has a tensile strength approximately 40% greater than the cheaper T300 grade), while most other competitors on the market cut corners and use T300-grade Chopped (Short) Carbon Fibre, which is the primary reason for the infamous cracked discs, giving CCM Brakes their bad reputation.

Designed using leading-edge Solidworks 3D CAD & Cosmos FEA software
Advanced heat profiling and rigorous real-world testing in partnership with both OE and professional race teams (Ferrari S.p.A's 488 Challenge Cars, BYD Auto's U9 Hypercar and Three Five Motorsport's Rally Cars, to name a few) around the world ensure a competitive advantage over our competitors! Fully inclusive testing covers our 3 main target markets: Professional Circuit Racing, Professional Rally Racing and High-End Street Performance.

Our Winning Formula?: "Vertical Integration Manufacturing" (currently at 90%) + Governmental & Military Contracts + OE Contracts (Aerospace & Automotive). By fully controlling our supply chain, this allows us to offer "Superior" consumer-level products at significantly "Lower Cost" than our competitors!

Specifications

Made from T700s-grade Continuous (Long) Carbon Fibre imported from Toray Japan
2pc floating brake discs. Bells are machined from Forged 6066-T6 Aluminium (not the cheaper 6061-T6 as commonly used by our competitors)
Patented fastener mechanism, consisting of larger M8 bolts (not the common M6 used by our competitors) forged from Stainless A4-70 grade steel
Dynamic Test Simulations on our in-house Horiba Brake Dynamometer ensure optimum performance under ALL conditions
ECE R90 E11 Certified Brake Pads. Choose between Street or Race Pads when ordering
The ONLY brake manufacturer in the world actively pursuing TUV certification of Carbon Ceramic Brake Discs. Whilst it is mandatory for regular Iron discs to be TUV certified, this does not currently apply to Carbon Ceramic Brake Discs (i.e Your expensive supercar does not have fully certified brakes)
CTE Carbon Ceramic Brake Discs can be resurfaced approx. 3-4 times over the lifespan of the disc, equivalent to having an "as new" disc each time
Designed for use with OE Callipers, CTE Racing Callipers and select Aftermarket Callipers
The ONLY brake manufacturer in the world to offer 290mm & 330mm fitments (for 15"/16"/17" wheels)

So why upgrade your standard iron brakes to Carbon Ceramic brakes?

For Race Applications

Can withstand much higher temperatures than iron discs & pads, thus reducing the chances of "Brake Fade" significantly
Do not "warp" or "deform" at extreme track temperatures, thus do not experience uneven pad wear like iron discs & pads do
Are far more durable than iron discs & pads, thus have a far longer service life
Are, like-for-like, around 40-50% lighter than the equivalent iron disc, thus significantly reducing "rotating mass"
Have a higher coefficient of friction than iron discs & pads, thus increasing braking performance

For Street Applications

Provide a more direct braking feel (you must use the correct pads)
Improved braking performance in both wet & dry conditions, over the full operational temperature range (again, you must use the correct pads)
Almost no brake dust whatsoever. Those who regularly wash their cars will most appreciate this
Less noise, vibration and harshness (NVH. Again, you must use the correct pads)
Have a service life over 3 times that of iron discs & pads. In other words, they will last you almost the lifetime of your car
For the show car (yes, we realise some of you may find this cringe), nothing looks better than Carbon Discs that fill your wheels
For those that already have Carbon Ceramic Brakes on their High-End performance car, superior direct-replacement brakes at 50% of the cost!

Ready to order? Please read before ordering

Our Carbon Ceramic Brakes are listed by both Disc Size (Universal) and by Vehicle Fitment
If you are ordering a Custom/Universal Disc and know the EXACT Disc Size that you require, please include your Vehicle Model and required PCD and Offset in your Order Notes as we require this to make your custom bell
All CTE Carbon Ceramic Brakes use our Patented M8 Fastener Technology. If you are ordering the Disc Only (i.e Without Bell), our fasteners will be included alongside a Technical Diagram for the Disc
Carbon Ceramic Brakes will only work effectively with large Racing Callipers due to the required friction surface area on the brake pads
Typically, this covers all OEM/Aftermarket 6-Pot Callipers and some OEM/Aftermarket 4-Pot Callipers (with minimum 30mm OEM Disc Thickness)
Carbon Ceramic Brakes can ONLY be used with CCB-Friendly (Carbon Ceramic) Brake Pads
If you do not know which CCB-Friendly Brake Pads you can use with your Calliper, please Contact Us BEFORE ordering
If the relevant CCB-Friendly Brake Pad (OEM or Aftermarket) is not available for your Calliper, there is a high chance you will be required to upgrade your Callipers as well. Please Contact Us and we will check availability

Audi RS3 8Y Performance Upgrades

CANchecked MFD32 Multi Function Display Audi A3/S3/RS3 8Y LHD

CTE Carbon Ceramic Brake Discs Audi RS3 8Y 20+

CTE Carbon Ceramic Street and Track Front Brake Pads Audi RS3 8Y 20+