SSXBM014 - For BMW E92 335i Coupe Milltek Full Resonated 2.5" Exhaust System
Milltek have 30 years of continuous ongoing experience of exhaust development. They use only the highest grade T304 Stainless Steel in their exhausts. This is a very hard wearing alloy with a high chromium content offering superb corrosion resistance. It is also evident in the design of Milltek’s exhaust systems. Unlike systems merely designed to be loud Milltek optimise their systems for minimum back pressure and maximum flow-rate. The more exhaust gas you get out of your engine the more air you can get in which in turn leads to power gains as the engine breathes more freely. You will also enjoy performance gains from the reduced weight of these systems against the stock systems.
Milltek understand that the grown up motoring enthusiast might not want to wake up the neighbours or listen to a droning exhaust note on long motorway journeys so they offer a choice of resonated and non-resonated systems. Resonated systems come with a special resonator chamber designed to cancel out certain frequencies. Non-resonated systems are a little louder but offer the best power gains and are still engineered not to be excessively loud.
SSXBM014
Milltek Stainless Steel 2.50” (63.50mm) Resonated Full System
System Fits:
BMW 3 Series E92 335i Coupé 2006 to 2013
System Includes:
MSBM155: LH Catalyst Replacement Silencer Assembly
MSBM156: RH Catalyst Replacement Silencer Assembly
MSBM157: Centre Section
MSBM158: LH Connecting Pipe
MSBM159: RH Connecting Pipe
MSBM160: LH Rear Section
MSBM161: RH Rear Section
MSBM162: Brace Bar
Tip Style
100mm Jet
Please note: Catalyst replacement pipes only remove the secondary catalysts. Not suitable for xDrive models
** IMPORTANT INFORMATION **
Picture purely for illustration purposes only, but actual images are used where possible. As these systems run from primary catalyst back they may replace secondary catalytic converters where present (application dependant). The vehicle SHOULD still be able to pass MOT emissions test (but this is not guaranteed), without the secondary catalyst unit.