Endura | ENDURA-DP-C63W205-01
Upgrade your Mercedes Benz C63 AMG W205 with the Endura Motorsport downpipes, with a diameter of 3.5 inch (90mm)These downpipes are designed to fit perfectly between the turbos and mid-pipes of the C63 AMG W205, without any modifications. Thanks to the integrated Stainless steel heat shield the engine temperature remains lower, which ensures more stable performance and longer life of surrounding components.
Advantages
• Fit guarantee: seamless fit, just like original
• Optimal flow: for maximum performance and turbo speed
• T304 stainless steel: durable, heat-resistant and corrosion-resistant
• TIG welded: handmade top quality for perfect fit
• Heat shield: keeps the engine compartment cool and protects surrounding parts
• Capital gain: up to 27 hp when mounted directly on OEM setup
• Easy installation: mounting kit included
Technical specifications
• Tube diameter: 3.5 inches (90mm)
• Material: T304 stainless steel
• Welding: Hand-made TIG-welded
• Design: Twin downpipe with integrated stainless steel heat shield
• Power gain: +27 hp tested on OEM setup
• Connection: OEM fit, no modifications required
Choose from the following options
• Without catalyst (Decat)
• With High Flow race catalyst 200 cells (5–10 working days delivery time)
Compatibility
• Mercedes-Benz C63 AMG W205 (M177)
• Mercedes-Benz C63S AMG W205 (M177)
NB: Not suitable for models with OPF/GPF (from 2018). Do you drive an OPF model? Then choose the OPF version.
Contents
• Set of Endura Motorsport downpipes
• Stainless steel mounting kit
Frequently Asked Questions
Does this downpipe fit the C63S AMG?
Yes, this kit will fit both the C63 and C63S with M177 engine, as long as it is a NON-OPF model.
Do I need a tune?
An ECU recalibration is recommended to take full advantage of the increased flow and performance.
Is installation complicated?
No, the installation is plug & play and can be done without welding.
What is the advantage of the heat shield?
The heat shield reduces heat transfer into the engine compartment, keeping performance more consistent.