Brembo OE 08-15 Audi TT Quattro/12-13 TT RS Quattro/09-15 TTS Quattro Rear Disc Brake Kit - KT04360

Frequently Asked Questions

How do Brembo UV Coated OE Equiv Rotors enhance braking performance for spirited driving?

These rotors deliver superior fade resistance for sustained performance, scoring a 9 for Street Performance and Track/Autocross in the usage matrix. Their high carbon cast iron and enhanced heat dissipation ensure cooler operation under demanding conditions. Drive with confidence knowing your braking system is optimized for spirited driving.

Can I confirm if Brembo UV Coated OE Equiv Rotors will fit my vehicle?

Confirm fitment with your vehicle to ensure these rotors are compatible with your specific application. Professional installation is recommended to guarantee correct fitment and function for optimal braking. This ensures a perfect match for your vehicle's braking system.

What are the advantages of Brembo UV Coated OE Equiv Rotors over standard OEM rotors?

Upgrade to enhanced heat dissipation and a higher damping coefficient for cooler operation and improved comfort over stock. These rotors feature high carbon cast iron construction, offering a technical advantage for sustained performance. Experience a noticeable improvement in your braking system's capability.

What is involved in the installation of Brembo UV Coated OE Equiv Rotors?

Professional installation is recommended, confirming with a qualified technician for a precise and safe setup. The full accessories included ensure a complete installation process, making it straightforward for your mechanic. Trust in expert hands for optimal performance.

What material are Brembo UV Coated OE Equiv Rotors made from and why does it matter?

These rotors are constructed from high carbon cast iron, providing a higher damping coefficient and better heat conduction properties. This material choice directly contributes to their superior fade resistance and consistent stopping power. Experience the difference that advanced material science makes.