Walker 74058 Exhaust Resonator Assembly

Walker 74058 is a welded exhaust resonator and pipe assembly built for direct fitment on select applications. It is engineered to match original system sound and flow characteristics while using aluminized steel construction for durability in exhaust service.

Key Features

• Welded resonator assembly with OE-style sound tuning
• Aluminized steel body with steel pipe construction
• 2-bolt welded flange inlet for secure connection
• Angle-trimmed tailpipe outlet for proper exhaust routing
• Hanger included for application-specific mounting
• Premium grade construction from Walker

Detailed Description

This Walker exhaust resonator and pipe assembly is designed to restore the sound and flow profile of the original exhaust system. The 74058 uses precise tuning technology to control exhaust tone while maintaining efficient flow, and its welded construction supports a clean, OE-style replacement for the exhaust path. Fits 2015-2017 Kia Sedona, rear. This part cross-references Hyundai/Kia 28750A9130 for the same application.

For Kia Sedona exhaust repair work, Walker 74058 provides a direct-fit solution for replacing a worn or damaged resonator assembly. The overall length, inlet and outlet sizing, and hanger provision are matched to the intended application to simplify alignment during installation.

What It Is Used For

• Replacing a rusted or damaged exhaust resonator assembly
• Restoring factory-like exhaust tone after exhaust repair
• Correcting exhaust flow issues caused by a restricted assembly
• Addressing leaks at the resonator or pipe connection points

Installation Notes and Tips

Verify inlet and outlet dimensions, flange style, and hanger location before installation. This assembly does not include mounting hardware. Confirm fitment for 2015-2017 Kia Sedona rear applications and inspect adjoining exhaust components for wear before final assembly.

Quality Assurance

Walker designs this resonator assembly to fit, perform, and sound like the original system, with tuning focused on OE-style exhaust characteristics.