Mevotech MK90402 Suspension Stabilizer Bar Bushing Kit - Front To Frame

Mevotech MK90402 Stabilizer Bar Bushings

Restore front sway bar support with the Mevotech MK90402 suspension stabilizer bar bushing kit. This kit uses thermoplastic bushings in a blue finish and includes two bushings with hardware for the front-to-frame mounting point.

• Part number: MK90402
• Thermoplastic construction for front stabilizer bar support
• Blue color
• Inside diameter: 1.06 in.
• Outside diameter: 1.25 in.
• Length: 1.55 in.
• Includes 2 bushings
• Includes hardware

Fitment Details

• Fits 1990-1997 Ford Thunderbird, front to frame. Notes: contains thermoplastic bushing(s); with 27mm bar diameter; with 1-1/16in bar diameter; without mounting brackets.
• Fits 1990-1997 Mercury Cougar, front to frame. Notes: contains thermoplastic bushing(s); with 27mm bar diameter; with 1-1/16in bar diameter; without mounting brackets.

Mevotech MK90402 is a direct-fit suspension stabilizer bar bushing kit for Ford Thunderbird and Mercury Cougar front-to-frame applications. It is specified for 27 mm and 1-1/16 in. bar diameters, making it a precise match for the listed vehicles and configuration notes. This part cross-references MOOG Chassis Products K90402 for the same application.

Common Repair Uses

• Front sway bar bushing wear
• Clunking or rattling from the front suspension
• Excessive play at the stabilizer bar mounting point
• Loss of stabilizer bar isolation at the frame
• Replacement for deteriorated thermoplastic bushings

Installation Notes

Verify the stabilizer bar diameter before installation and confirm the vehicle uses the front-to-frame, bracketless configuration listed in the fitment notes. Clean the mounting surface and inspect the bar for wear or corrosion before installing the new bushings and hardware.

Quality Assurance

Mevotech supplies suspension components for service replacement applications, and this MK90402 kit is built to match the listed fitment and dimensional requirements for the specified Ford and Mercury models.