Wagner Tuning Carbon Air Intake for W205 Mercedes C63 (S) AMG

The Wagner Tuning Carbon Air Intake for W205 Mercedes C63 (S) AMG is a premium performance upgrade engineered to dramatically improve airflow, throttle response, and overall engine efficiency for the twin-turbo V8. Featuring a precision-designed carbon intake cover and ram-air ducting, the system delivers a massive increase in air mass flow while eliminating turbulence for smoother, more efficient breathing. The enlarged filter surface area provides maximum filtration with minimal pressure loss, and high-quality performance filter elements ensure optimal airflow under all driving conditions. Flow-optimized Ø76 mm silicone adapter hoses guarantee seamless integration with the factory turbocharger connections, while the exclusive carbon construction enhances the engine bay with a striking motorsport appearance. Designed as a direct plug-and-play replacement, the kit installs easily and delivers a noticeable increase in power, torque, and responsiveness.

Why the Wagner Tuning Carbon Intake is a Must Have for Your AMG

• Wagner Tuning engineers this high-performance intake system to deliver an impressive 90 percent increase in air mass flow compared to the standard configuration, resulting in higher power and torque, noticeably sharper throttle response, and significantly reduced load on the turbochargers. The flow-optimized carbon intake cover and carbon ram-air ducting are precision-designed to eliminate turbulence and ensure smoother, more efficient airflow. A massively increased filter surface area of 58 percent provides maximum filtration efficiency with minimal pressure loss, while premium air filter elements and flow-optimized Ø76 mm silicone adapter hoses ensure seamless integration with the factory turbocharger connections. Finished with exclusive carbon components, the system enhances the engine bay appearance of the Mercedes C63 AMG and is supplied as a direct plug-and-play replacement complete with mounting hardware and installation instructions.

Features

• Precision-engineered carbon fiber construction for enhanced performance and visual appeal
• Significantly increases airflow to the turbochargers for better engine breathing
• Carbon intake cover and ram-air ducting engineered to eliminate turbulence and improve efficiency
• Increased surface area provides maximum filtration with minimal pressure loss
• High-quality performance filters ensure optimal airflow under all conditions
• Includes flow-optimized Ø76 mm silicone adapter hoses for perfect fitment to factory turbocharger connections
• Designed as a bolt-in replacement for the stock intake system
• Improves responsiveness and engine efficiency
• Exclusive carbon fiber components add a motorsport-inspired aesthetic
• High-quality materials ensure long-lasting performance

Specifications

• Air Mass Flow: Increased by +90%
• Enlarged Filter Area: +58%
• Turbocharger connection: Ø76mm (using silicone hose)
• Material: High-quality carbon, precision plastic

What’s Included

• Carbon airbox covers (2)
• Plastic airbox lower sections (2)
  
• Carbon ram air ducts (2)
• Silicone adapter hoses (black) (4)
• Sports air filter mats (2)
• Mounting material
• Installation instructions

Applications

• Mercedes C63 (S) AMG: W205 | 2015-2020 | 4.0L M177 V8 twin-turbo

Notes

• Only compatible with models built from 2015-2020

About Wagner Tuning

Wagner Tuning is a Germany-based performance engineering brand specializing in high-efficiency charge-air cooling and intake solutions for modern turbocharged vehicles. Known for its competition-proven intercoolers and precision-manufactured components, Wagner Tuning combines advanced R&D, CFD analysis, and rigorous testing to deliver measurable performance gains, improved thermal stability, and long-term reliability. With a strong focus on motorsport-inspired engineering and OEM-level fit and finish, Wagner Tuning products are designed to support both high-performance street driving and demanding track use across a wide range of European and international platforms.