Walker 56028 Exhaust Resonator and Pipe Assembly

Walker 56028 Exhaust Resonator and Pipe Assembly

Walker 56028 is an exhaust resonator and pipe assembly built for OE-style fit, flow, and sound control. It uses tuned resonator technology and aluminized steel construction to match the original exhaust system on select Chrysler Sebring models.

• Fits 1996-2000 Chrysler Sebring
• Part number: 56028
• 2.25 in. inlet inside diameter and 2.25 in. outlet outside diameter
• 64 in. overall length with a 10 in. resonator body length
• Oval resonator body design measuring 7.75 in. high and 3.25 in. wide
• Steel pipe and body construction with aluminized finish
• Pipe connection inlet and outlet for direct exhaust routing

OE-Style Exhaust Fit and Sound

This Walker exhaust resonator and pipe assembly is engineered to follow the original system layout on 1996-2000 Chrysler Sebring applications. The resonator is tuned to support smooth exhaust flow while helping maintain the factory-style exhaust note. If you are replacing a worn resonator or pipe section on a Chrysler Sebring, Walker 56028 provides a direct-fit exhaust service part for the specified model years.

This part cross-references ACI 88127 for the same application.

Common Reasons to Replace

• Exhaust drone or unwanted resonance from a damaged resonator
• Rust, corrosion, or perforation in the original pipe assembly
• Exhaust leaks at the resonator or pipe connection points
• Loss of factory exhaust tone on a Chrysler Sebring
• Need for a replacement resonator and pipe assembly with OE-style dimensions

Installation Notes and Tips

Verify inlet and outlet diameters, overall length, and body dimensions before installation. This assembly uses pipe connections at both ends, so proper alignment with the existing exhaust routing is important for a secure fit on 1996-2000 Chrysler Sebring vehicles. Inspect adjoining hangers, clamps, and mating pipes for wear before installation.

Quality Assurance

Walker designs this resonator to fit, perform, and sound like the original exhaust system, using precise tuning methods to support consistent flow characteristics and OE-style sound control.