Eventuri Carbon Ansaugsystem für Mercedes W205 C63 (S) AMG - Original Turbos - UPGRADEMYCAR
Eventuri Carbon Ansaugsystem für Mercedes W205 C63 (S) AMG - Original Turbos - UPGRADEMYCAR
Eventuri Carbon Ansaugsystem für Mercedes W205 C63 (S) AMG - Original Turbos - UPGRADEMYCAR
Eventuri Carbon Ansaugsystem für Mercedes W205 C63 (S) AMG - Original Turbos - UPGRADEMYCAR
Eventuri Carbon Ansaugsystem für Mercedes W205 C63 (S) AMG - Original Turbos - UPGRADEMYCAR
Eventuri Carbon Ansaugsystem für Mercedes W205 C63 (S) AMG - Original Turbos - UPGRADEMYCAR
Eventuri Carbon Ansaugsystem für Mercedes W205 C63 (S) AMG - Original Turbos - UPGRADEMYCAR
Eventuri Carbon Ansaugsystem für Mercedes W205 C63 (S) AMG - Original Turbos - UPGRADEMYCAR
Eventuri Carbon Ansaugsystem für Mercedes W205 C63 (S) AMG - Original Turbos - UPGRADEMYCAR
Eventuri Carbon Ansaugsystem für Mercedes W205 C63 (S) AMG - Original Turbos - UPGRADEMYCAR
Eventuri Carbon Ansaugsystem für Mercedes W205 C63 (S) AMG - Original Turbos - UPGRADEMYCAR
Eventuri Carbon Ansaugsystem für Mercedes W205 C63 (S) AMG - Original Turbos - UPGRADEMYCAR
Eventuri Carbon Ansaugsystem für Mercedes W205 C63 (S) AMG - Original Turbos - UPGRADEMYCAR

Eventuri

Eventuri Carbon intake system for Mercedes W205 C63 (S) AMG - Original Turbos

Offer price€3,290.00

Including taxes. Shipping costs are calculated at checkout

Produktionszeit ca. 2-4 Wochen

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Tailor-made carbon intake system / intake solution, for real power and torque increase for Mercedes W205 C63S AMG by Eventuri

  • 35% more airflow
  • Up to 30 hp power increase 84% larger air intake
  • Full carbon optic high-flow panel filter

The Mercedes W205 The C63S AMG intake system is the culmination of extensive development and testing. Our design consisted of three main objectives:

  • Increased flow.
  • Low inlet temperatures.
  • Smooth airflow.
  • The first goal was achieved by utilizing all of the limited space in the C63S's engine bay, resulting in a 35% increase in flow rate compared to the stock system. The second goal was achieved by developing a completely enclosed system. The C63S engine bay reaches high temperatures with heat sources like the turbos in close proximity to the intake system, making it crucial that the intake system remains sealed. The final goal was achieved by developing an organically shaped system with individual rounded panel filters to ensure the airflow path contained no sharp corners, thus keeping the flow laminar. By providing smooth transitions from the filters to the turbo inlets, our intake system minimizes the creation of turbulence, allowing the turbos to operate more efficiently.

    When all 3 goals are achieved, our intake system for the W205 C63(S) on all fronts, allowing the turbos to produce boost more efficiently. This results in improved throttle response and real performance gains that increase the more powerful the engine is. Since there are various turbo upgrades available for the C63S, we've also developed a special solution for larger turbos. Our C63S intake is available in two configurations: 61 mm ID outlets to match the stock turbos and 76.5 mm ID outlets to match larger turbos.

    Performance improvement:

    • Stage 2 C63S: 22-30 hp, 20-24 ft-lb

    Performance improvement:

    • Original C63S: 10-12HP, 12-15ft-lb

    Dyno testing was conducted on both a full-size C63S and a Stage 2 C63S with downpipes and a software tune. Below is the dyno chart for the Stage 2 car, which had the same tune for all runs, with only the airbox modified. Importantly, the hood was closed for all runs to simulate road conditions. Dyno testing with the hood open—especially with open conical intakes—does not provide a reliable indication of how the intake system affects performance. On the road, the hood is closed, and so all the heat from the turbos is trapped in the engine bay. With the C63S, this intense heat is a problem, which is why a closed system is so important. Because the higher air temperature is less dense, the turbos don't push as hard, resulting in lower power.

    Here, with our fully sealed system, we see a linear increase in power after 4800 rpm, where airflow demand increases and the stock airboxes become a restriction. These power gains were measured after only replacing the stock airbox with the Eventuri intake system—all other modifications were the same for both the stock airbox and the Eventuri intake system.

    The gains measured on the dyno translate into increased part-throttle and full-throttle response on the road, with the car pulling much more eagerly to the redline. Tests were conducted back-to-back on the same day, and temperatures were monitored to ensure consistency.The car was first tested with the hood closed. We then left the car on the dyno and installed the Eventuri. The car was then driven again with the hood closed. Several runs were performed with both configurations to achieve consistent results.

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