Dynamic Friction 331-75013 Disc Brake Caliper - Front Left

Front Left Brake Caliper for Lexus LS400

The Dynamic Friction DFC Premium Caliper - Black Powder Coated, part number 331-75013, is a direct-fit disc brake caliper for the front left position. It is listed for 1995-2000 Lexus LS400 models and gives you a fitment-specific replacement for service work on the front brake system.

Key Features

• Disc brake caliper for the front left side
• Black powder coated finish for a clean, corrosion-resistant appearance
• Fits 1995-2000 Lexus LS400, front left
• DFC Premium Caliper line from Dynamic Friction
• Part number 331-75013 for accurate ordering and lookup

Product Details

The DFC Premium Caliper - Black Powder Coated line is built for drivers and technicians who need a replacement caliper matched to the vehicle application. For Lexus LS400 front brake service, this caliper provides a direct application for 1995, 1996, 1997, 1998, 1999, and 2000 models on the front left side. If you are searching for a front left brake caliper for 1995-2000 Lexus LS400 or a Dynamic Friction 331-75013 caliper, this listing matches that application.

Common Problems This Part Can Address

• Leaking or seized front left caliper
• Uneven front brake pad wear
• Brake drag at the front wheel
• Poor braking response from a worn caliper assembly
• Corrosion on the original caliper housing

Installation Notes

Verify the front left position and compare the original caliper to part number 331-75013 before installation. Inspect brake pads, rotors, and brake fluid condition during service, and bleed the hydraulic system after caliper replacement. Confirm that the caliper matches the 1995-2000 Lexus LS400 application before final assembly.

Quality Assurance

Dynamic Friction’s DFC Premium Caliper line is positioned as a premium replacement brake component with a black powder coated finish for added surface protection and a cleaner installed appearance. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.