Dynamic Friction 331-76666 Disc Brake Caliper - Rear Left or Rear Right

Rear Right Brake Caliper for Toyota and Lexus

Dynamic Friction DFC Premium Caliper 331-76666 is a rear right disc brake caliper for select Toyota and Lexus applications. It is a direct-fit brake hydraulics replacement for drivers servicing rear brake performance on vehicles such as the Toyota 4Runner, Lexus GX460, Lexus GX470, Toyota Sequoia, Lexus LX450, and Toyota Land Cruiser.

Key Features

• DFC Premium Caliper - Silver Zinc Coated finish for added corrosion resistance
• Rear right disc brake caliper application
• Direct replacement for select Toyota and Lexus rear brake systems
• Part number 331-76666 for accurate ordering and fitment lookup
• Compatible with rear brake service on 2010-2024 Toyota 4Runner and 2010-2023 Lexus GX460

Fitment Details

• Fits 2010-2024 Toyota 4Runner, rear right.
• Fits 2010-2023 Lexus GX460, rear right.
• Fits 2003-2009 Lexus GX470, rear right.
• Fits 2001-2007 Toyota Sequoia, rear right.
• Fits 1996-1997 Lexus LX450, rear right.
• Fits 1996-1997 Toyota Land Cruiser, rear left.
• Fits 1995 Toyota Land Cruiser, rear left, rear disc.

What This Caliper Helps Address

• Rear brake drag caused by a sticking caliper
• Uneven rear brake pad wear on Toyota 4Runner and Lexus GX460 platforms
• Brake fluid leakage at the caliper body or piston area
• Reduced braking response from a worn hydraulic caliper assembly
• Corrosion-related caliper seizure on older Land Cruiser and Sequoia applications

Installation Notes

Verify the vehicle year, model, and brake position before installation. This part number 331-76666 is listed for rear right applications on most supported vehicles, with rear left coverage only on the specified Land Cruiser fitments. Confirm rotor, pad, and hydraulic line condition during brake service and bleed the system after installation.

Quality Assurance

DFC Premium Caliper is part of Dynamic Friction’s premium brake line, and the silver zinc coated finish is used to help resist corrosion in demanding brake environments.