CAP 3.0T Catted Supercharged V6 Downpipes V2
Can Auto Performance (CAP) is proud to introduce our Version 2 (V2) downpipes for the 3.0T Supercharged V6 engine! Now designed with a more premium V band connection, our V2 downpipes allows for changing of your exhaust done without having to buy a completely new set of downpipes every time.
All downpipes are the optimal sizing- a nice, perfect 2.5" sizing to maximize performance and exhaust flow. Our catted version are fitted with high flow cats that are only recommended for vehicles with CAP test pipes, as they reduce some unwanted exhaust noises & drastically reduce the smell due to removing catalytic converters.
These downpipes are a great replacement for Audi enthusiasts that want more sound, more power & even for those that have their stock flexes fail.
Stock downpipes are smaller in size (only 2.25") and have prone to failure flex pipes. Our downpipes are bigger in size (2.5") and have better quality flex pipes that last longer.
These downpipes fit OEM cats, CAP test pipes, aftermarket test pipes and OEM style catback exhaust systems.
Gain up to 15HP with improved exhaust flow and a great sound from your Audi with our CAP 2.5" downpipes.
Key Features Of Our 3.0T Catted Downpipe For B8/B8.5 Platform:
-
100% TIG welded & back purged to ensure years of reliable performance
-
Constructed of top quality 304 Stainless Steel
-
Precision CNC machined flanges
-
Bolt-on installation
-
Improved exhaust note & exhaust flow
-
Increased HP and Torque
-
Reduced exhaust odor compared to fully catless setups
-
The best aesthetically pleasing downpipe on the market!
-
Install hardware, gaskets & bolts - included!
Please note, we have only tested fitment on these downpipes on B8/B8.5 Audi S4 and B8.5 Audi S5. We have not tested fitment on the other 3.0T V6 Supercharged platforms and cannot verify fitment on the other vehicles.
Warranty Disclaimer:
Please be advised that use of 2-step launch control or modifications that cause exhaust flame shooting will void any warranty on this product. These modifications create extreme heat and pressure, which will cause damage to the product and related components.
