Moog K7354 Suspension Stabilizer Bar Bushing Kit - Front To Frame

Moog K7354 Sway Bar Bushing Kit

Restore stabilizer bar support with the Moog K7354 suspension stabilizer bar bushing kit. This thermoplastic sway bar bushing set is built for a 1.370-inch bar diameter and is made to exceed OE manufacturer specifications for a precise replacement on the front-to-frame sway bar mount.

• Part number: K7354
• Includes 2 thermoplastic sway bar bushings
• Bar diameter: 1.370 in.
• Inner diameter: 1.370 in.; outer diameter: 1.870 in.
• Length: 2.000 in.
• Meets/exceeds OE manufacturer specs
• Compatible with 1999 Dodge Durango, front to frame, 34.6 mm sway bar diameter

Built for Front Sway Bar Support

The Moog K7354 is a sway bar bushing kit for the front-to-frame stabilizer bar mount on the 1999 Dodge Durango. Moog focuses on design updates that improve service life and make replacement easier, which is why this K7354 bushing set is a practical OE-style service part for restoring proper sway bar location and support. This part cross-references Mevotech Supreme MK7354 for the same application.

Common Issues This Part Can Address

• Clunking or rattling from worn front sway bar bushings
• Excessive play at the stabilizer bar mount
• Noise caused by hardened or deteriorated bushing material
• Reduced bar support at the frame connection
• Need for a direct replacement sway bar bushing set for a 1999 Dodge Durango

Installation Notes and Tips

Verify the sway bar diameter before installation to confirm the 1.370-inch fitment. This kit includes bushings only and does not include hardware or dust boots. Clean the mounting surface and inspect the stabilizer bar and brackets for wear before installing the new bushings. For best results, match the application to the front-to-frame position on the 1999 Dodge Durango.

Quality Assurance

Moog positions this chassis component as a replacement part that exceeds OE manufacturer specifications. The K7354 is engineered as a direct-fit sway bar bushing solution for the listed application, with material selection and dimensions aimed at consistent service performance.