Triton Motorsports Gen 3 Carbon Ceramic Brake Discs for Mercedes-AMG SL63 & SL65 with Factory Carbon Ceramic Brakes
Upgrade from factory carbon ceramic performance on your Mercedes-AMG SL63 or SL65 with Triton Motorsports' Gen 3 Carbon Ceramic Brake Discs — a direct, no-modification replacement for the R231-generation factory carbon ceramic brakes.
Built with continuous 3D-bonded long carbon fibers in a silicon carbide matrix, these discs are a clear advancement over the shorter chopped-fiber construction used in older discs. For a grand tourer built to cover serious ground at serious speed, that means dependable, fade-resistant stopping power that holds up mile after mile.
Key Features:
- Gen 3 Carbon Fiber Technology — continuous 3D-bonded long fibers for stronger structural integrity and better heat resistance than OEM
- Reinforced Friction Layer — minimizes wear on both discs and pads, extending the life of the braking system
- Exceptional Heat Dissipation — advanced thermal management prevents fade during spirited or high-speed driving
- Lightweight Design — reduced unsprung mass for sharper handling and ride response
- Direct OEM Replacement — fits seamlessly in place of the factory CCB setup, no other modifications required
Fitment: Mercedes-AMG SL63 (R231, model years 2013–2019) · Mercedes-AMG SL65 (R231, model years 2005–2018)
Front: 402x40mm ( replacement for factory part # 231-421-15-12, 231-421-16-12)
Rear: 360x26mm (replacement for factory part # 231-423-06-12, 231-423-07-12)
Triton's Carbon Ceramic Brakes serve as direct replacement for your OEM CCB/CCM brake discs and no modification is required.
Price is for a full set of front and rear discs. Pads sold separately.
Turn around time is about 45 days.
Send us an email at info@tritonmotorsportsusa.com if you have questions regarding this product.
Mercedes-AMG SL63 & SL65 Carbon Ceramic Brake Discs
Only Unopened/Unused rotors may be returned.
A 20% restocking fee + shipping cost applies.
1year / 36,000 miles (whichever comes first) against manufacturer defects.

