The Scorpion Resonant Cat-Back System for the Audi TT RS MK3 Non-GPF models has been specially developed for those looking for a combination of improved performance, a sporty sound and a premium look. This exhaust system is manufactured from 80mm (3.14”) T304 stainless steel, which guarantees durability, improved gas flow, and a lighter weight compared to the original exhaust system. As a result, the driver benefits from an improvement in both handling and acceleration. The resonated design is optimized to eliminate unwanted drone in the cabin, making the system ideal for everyday use, even on long journeys. This system offers the perfect balance between sporty sound and comfort. The Carbon Ascari Evo tailpipes are not only functional but also contribute to the car’s sporty look, as they blend seamlessly into the rear bumper. For non-GPF models or vehicles equipped with a sport/downpipe Decat, the resonated version is recommended to maintain a subtle yet sporty sound without annoying resonances in the cabin. The system is available with or without a valve: the valve version can be controlled via the car’s driving mode selection, allowing the driver to adjust the exhaust note based on driving conditions. The non-valve version removes the valve completely, offering a consistently sporty sound. A more aggressive sound, especially popular with enthusiasts. Thanks to the use of an acoustically optimized muffler, the Scorpion system delivers a deep, powerful sound without becoming unpleasant on long rides.
Benefits:
• Made of T304 stainless steel (80mm/3.14")
• Suitable for Non-GPF models or sport/Downpipe Decat
• Reduces weight compared to the original exhaust system
• Carbon Ascari Evo tailpipes for a perfect fit in the rear bumper
• Available with or without valve for personalized sound
• Resonated system ensures a comfortable drive without drone
• Enhances the overall performance and sound experience of the car
Contents:
• Scorpion Resonant cat-back system (no valves)
Installation instructions
Installation instructions
