Vibrant Performance Resonator 17525 with 2.5 Inch Inlet and Outlet, 12 Inch Length, Titanium Finish

The Vibrant Performance Resonator Part Number 17525 features a bottle-style design crafted from durable titanium, offering a natural finish that withstands high temperatures and corrosion. With a 2.5-inch inlet and outlet, this resonator is engineered to effectively reduce exhaust noise while maintaining optimal exhaust flow. Its compact 12-inch length makes it suitable for various vehicle setups, providing a balanced blend of sound attenuation and performance enhancement. Designed for easy installation, this resonator is ideal for enthusiasts seeking a lightweight and resilient component for their exhaust system.

Constructed from high-quality titanium, the Vibrant Resonator delivers excellent thermal resistance and longevity. Its natural titanium finish not only adds a sleek aesthetic but also ensures durability in demanding conditions. This resonator is suitable for applications requiring a precise fit and reliable sound control, making it a popular choice among performance tuning enthusiasts and professional installers alike. Whether upgrading an existing exhaust system or building a custom setup, this resonator offers a seamless integration for improved exhaust tone and reduced drone.

Compatible with a wide range of vehicles, the Vibrant Resonator 17525 is a versatile component that supports various performance modifications. Its design emphasizes minimal restriction, ensuring that exhaust gases flow efficiently without compromising sound attenuation. This product does not restrict airflow and is not limited to truck applications, making it suitable for different vehicle types and configurations.

Features:

• Bottle-style resonator with 2.5-inch inlet and outlet for versatile installation

• Constructed from lightweight titanium with a natural finish for durability and corrosion resistance

• Measures 12 inches in length, ideal for performance exhaust systems

• Engineered to reduce exhaust noise while maintaining optimal flow

• High-temperature resistant design suitable for demanding driving conditions