MBRP Pro Series 3″ T304 Cat-Back Exhaust | 2015-2020 Audi S3 (S4601304)

2015-2020 Audi S3 Pro Series 3″ T304 Stainless Steel Cat-Back Exhaust System by MBRP

This MBRP quad rear exit performance exhaust design on the Audi S3 with its innovative design including 3″ Mandrel-bent tubing allows for a +21% increase in flow. This aftermarket exhaust system is carefully engineered to stay true to the Audi S3 sporty appeal with a unique low-profile design that is perfect even for lowered cars.

The exhaust system is equipped with straight-through sound absorption mufflers and a Helmholtz Resonator that keeps the Drone level minimal for perfect highway driving conditions. But when you kick the car into Sport mode – watch out! This exhaust system goes to a whole new level in sound.

The MBRP Audi S3 exhaust system uses larger piping compared to the factory exhaust system with 3″ OD piping, which then splits to a quad 2.5″ design with a 3″ y-pipe. The system uses T304 stainless steel. MBRP offers a limited lifetime warranty on the Audi S3 performance exhausts and stands behind the quality of work with excellent craftmanship and MIG welding by MBRP welders.

The Audi S3 exhaust tips come in both T304 stainless steel and Carbon Fiber double wall with T304 inner wall. This is really the cherry on top for this cat-back Quad Split rear exit performance exhaust system and blends in with rear bumper. Audi enthusiasts should consider this exhaust system based on quality and overall sound upgrade that matches the sporty design of the Audi S3.

Features

• 4 O.D. 304 Stainless Tips
• Improved throttle response with enhanced sound
• 3 Mandrel-bent tubing
• High flow dual mufflers; +21% increase in flow
• Helmholtz Resonator technology

Benefits

• Increases power and performance
• Improves throttle response
• Provides an enhanced, sporty sound

Applications

• 2015 – 2018 Audi S3

What’s In The Box?

• 1 – MBRP Pro Series Cat-Back Exhaust

References

• Installation Instructions

Warranty

• MBRP Limited Lifetime Warranty (Excludes discoloration that may develop from heat).