Mercedes-AMG CLS53 C257 Carbon Ceramic Brake Kit

Mercedes-AMG CLS53 Carbon Ceramic Brake Kit | C257 3.0L Inline-6 Turbo Mild-Hybrid 4-Door Coupe

Upgrade or restore the extreme stopping capability of your sleek four-door grand touring coupe with the Players Club Cars OEM+ Carbon Ceramic Brake Kit engineered specifically for the Mercedes-AMG CLS53 C257 platform. Designed for all 2019–2023 C257 CLS53 4MATIC+ models—powered by the 429 HP turbocharged 3.0L inline-six with EQ Boost mild-hybrid assistance—this complete performance package includes front and rear carbon ceramic matrix rotors paired with matching low-dust, zero-noise ceramic brake pads.

Stopping a 4,400+ lb all-wheel-drive luxury performance coupe from high speeds places massive thermal and kinetic stress on traditional steel brake setups. If you are researching how much do carbon ceramic brakes cost at dealership service departments, OEM replacement sets can run into tens of thousands in dealer markup. Players Club Cars delivers a direct drop-in replacement providing an unbeatable amg carbon ceramic brakes price and overall carbon ceramic brakes price of $12,500 for the complete four-corner set, drastically lowering service overhead without sacrificing braking capability.

Key Features & Advantages

• Direct OEM Replacement: Manufactured to exact factory hub dimensions, bolt pattern, and offset specifications for direct plug-and-play fitment with original 4-piston or 6-piston AMG front calipers and floating rear calipers. Replaces OEM Mercedes-Benz part numbers A2574210100, 257-421-01-00, A2574230100, 257-423-01-00, A0004209100, and A0004209200.
• 50%+ Unsprung Weight Savings: Advanced ceramic brake rotors composition slashes rotating mass in half compared to traditional iron units, significantly sharpening steering response, turn-in agility, AIR BODY CONTROL air suspension compliance, and ride comfort.
• Low-Dust & Silent Operation: Specially formulated amg ceramic brakes pad compound eliminates low-speed squeal and keeps gloss black, titanium, or custom 20" forged AMG twin 5-spoke wheels free of abrasive brake dust.
• Extreme Thermal Tolerance: High-density carbon ceramic brakes withstand operational temperatures exceeding 1,000°C under repeated hard highway or canyon stops, preventing thermal degradation, rotor warping, and pedal fade.
• Rotor-Friendly Friction Compound: Advanced friction matrix material extends rotor service life while preserving smooth, progressive, tactile pedal feel during regenerative mild-hybrid braking modulation.

Pricing & Cost Transparency

When AMG CLS owners calculate their overall carbon ceramic brakes replacement cost, labor and inflated dealer parts margins often double the final expense. By providing precision drop-in replacement components, our complete kit slashes total carbon ceramic brakes cost and amg carbon ceramic brakes maintenance costs while ensuring long-term durability and quiet operation.

Product Specifications & Compatibility Summary

Vehicle Fitment & Model Compatibility

Compatible with all 3.0L Inline-6 Turbo M256 Mercedes-AMG CLS53 4MATIC+ (C257 chassis) models produced from 2019 to 2023 equipped with factory performance brake setups or converting to carbon ceramic setup:

• Mercedes-AMG CLS53 C257 4-Door Coupe Series (2019–2023):
  • 2019–2023 Mercedes-AMG CLS53 4MATIC+ Coupe (429 HP 3.0L Turbo I6 + EQ Boost)
  • 2019 Mercedes-AMG CLS53 Edition 1
  • 2019–2023 Mercedes-Benz CLS450 4MATIC (Platform compatible for AMG CCB upgrades)

(Note: Please provide your vehicle's VIN at checkout to verify exact rotor hat offset alignment and production specs).

Installation & Ordering Notes

• Turnkey Drop-In Replacement: Direct bolt-on replacement for factory rotors and pads into original OEM calipers and hub assemblies without custom mounting brackets.
• Bedding Procedure: Includes comprehensive bedding guidelines to establish a proper transfer layer, ensuring noise-free operation and extended rotor service life.
• Quality Inspected: Dynamic balance, thermal stress testing, and surface tolerance verified prior to dispatch.