Revel Medallion Dual Tip Touring-S Cat Back Exhaust Subaru WRX / STI 2015-2021 (T70188R)

The T70188R Revel Medallion Touring - S Cat Back Exhaust is specifically designed for Subaru WRX and STI models from 2015 to 2021. It's crafted from full SUS304 stainless steel, offering excellent corrosion resistance and durability. With a 1.5mm wall - thickness piping, it has increased strength and reduced resonation. The mandrel - bent piping maintains the same diameter at bends, optimizing exhaust flow. This exhaust system is tested under 93db sound levels under load. It produces a clean, deep tone that's pleasant at all RPM ranges while keeping exhaust efficiency high. Fully hand TIG welded and using laser - cut flanges, it ensures strong and durable connections. The dual - wall angle - cut tips have a large inner diameter, adding a modern look and increasing exit flow. The Advantex packing material provides superior flow and great sound suppression. It can resist heat up to 1200º F, extending the exhaust system's lifespan. The straight - through muffler design enhances power and makes the system lighter. The compact muffler canisters are perfect for lowered vehicles, offering optimal ground clearance.

Using this exhaust system is easy. First, make sure your vehicle is a Subaru WRX or STI from 2015 to 2021. Installation should be done by a professional mechanic to ensure a proper fit. When driving, enjoy the clean, deep tone at all RPMs. For maintenance, regularly check the connections to make sure they're tight. Since the exhaust is made of stainless steel, it's quite corrosion - resistant, but it's still a good idea to clean it occasionally with a mild soap and water solution. Avoid using harsh chemicals that could damage the finish. Also, keep an eye on the sound level. If it changes significantly, it might be a sign that something needs to be checked. The Advantex packing material is heat - resistant, but extremely high - temperature situations could still affect it over time, so try to avoid extreme driving conditions when possible.