WARNING: This product can expose you to chemicals that are known to the State of California to cause cancer, birth defects or other reproductive harm. For more information, visit www.P65warnings.ca.gov.Choose Between The Following SKU's Above: FS.POR.9872.SCUPB, FS.POR.9872.SCUPC, FS.POR.9872.SCUPP.
Aggressive track-designed exhaust system providing maximum flow and power. Recommended for really aggressive sporst car sound that is streetlegal but loud & Proud. This system is a lot lighter than the factory system and flows much better. Recommended primarily for DE and track use. Includes Deluxe Bolt-On Dual Style Tips.
The Supercup is significantly louder than our Maxflo Exhaust option, but if you're looking for a very aggressive exhaust note and you're not worried about waking up the neighbors, this is the system for you! If you want the best of both worlds, check out our TrackTec Valved Exhaust or our Valvetronic Exhaust, which will be slightly louder than the Supercup with the valves open and just as civilized as our Maxflo system with the valves closed
FEATURES:
- Fits all Porsche 987.2 Boxster/Cayman, Cayman R, Spyder Vehicles worldwide. 2009-2012
- Includes deluxe dual style tips in your choice of finish. Carbon fiber, stainless steel brushed or mirror polished stainless or coated
- Guaranteed no Check Engine Light
- Increases horsepower and torque by 13 whp and 10 ft-lbs. More at the crankshaft
- Saves 40 lbs from the rear of the vehicle compared to the full OEM exhaust system
- Includes two 2.25” resonators to minimize weight and improve top-end performance
- Constructed from high quality 14-16ga CNC mandrel-bent T304 stainless steel for maximum performance and durability
- Noticeable improvement in sports car sound and throttle response
- Developed in conjunction with Professional Race teams and Porsche Club Racers worldwide
- Direct replacement for the OEM muffler with no cutting or welding required
- All Fabspeed performance products are backed by the Fabspeed Lifetime Warranty
- PDP tag:
- Free Shipping*
