Delphi TD4195W Suspension Stabilizer Bar Bushing Kit - Front

Delphi Front Stabilizer Bar Bushing Kit

Restore front sway bar support with this Delphi suspension stabilizer bar bushing kit, part number TD4195W. Built with rubber and a 1.16 inside diameter, it is a standard replacement for front suspension service on select Toyota Tacoma applications.

Key Features

• Rubber construction for front stabilizer bar mounting support
• 1.16 inside diameter for the specified sway bar fitment
• Standard replacement grade for routine suspension repair
• OE-focused dimensional and material analysis for fit consistency
• Delphi testing includes extreme temperature exposure and salt-spray durability validation

Detailed Description

Delphi TD4195W is a front suspension stabilizer bar bushing kit engineered for 2005-2021 Toyota Tacoma models with a 29mm or 30mm front sway bar diameter. This OE-style replacement uses rubber construction to help maintain stabilizer bar location and reduce unwanted movement at the front suspension. Delphi applies OE expertise to its aftermarket steering and suspension portfolio, with validation that includes sub-zero and high-heat exposure as well as extended salt-spray testing. This part cross-references Beck/Arnley 101-6504 and Dorman - Premium BSK74120PR for the same application.

What It Helps Address

• Front sway bar bushing wear on Toyota Tacoma trucks
• Excess stabilizer bar movement at the front suspension
• Clunking or looseness related to deteriorated rubber bushings
• Loss of stabilizer bar support from age, heat, or road exposure
• Fitment issues when replacing a worn front stabilizer bar bushing kit

Installation Notes and Tips

Verify the front sway bar diameter before ordering; this application is for 29mm or 30mm bars on the Toyota Tacoma. Confirm the vehicle year and front position match the listed fitment before installation. Inspect the stabilizer bar and surrounding mounting points for wear or corrosion during service.

Quality Assurance

Delphi validates this part with dimensional and material analysis to support OE-level compatibility, and subjects components to temperature extremes below -40 degrees C and above 120 degrees C, plus 720 hours of salt-spray exposure.