Dynamic Friction 331-80061 Disc Brake Caliper - Front Left

Front Left Brake Caliper for Mazda Miata

The Dynamic Friction DFC Premium Caliper - Silver Zinc Coated is a front left disc brake caliper for select Mazda Miata applications. Part number 331-80061 is listed for 1994-1997, 1999-2000, and 2001-2002 Mazda Miata front left fitments, with an exception for 2001-2002 models equipped with Sport Suspension.

Key Features

• Disc brake caliper for the front left position
• Silver zinc coated finish for added corrosion resistance
• DFC Premium Caliper product line
• Direct fit for select Mazda Miata brake hydraulic applications
• Part number 331-80061 for fitment lookup and ordering

Product Details

This Dynamic Friction caliper is part of the DFC Premium Caliper - Silver Zinc Coated line, a brake hydraulic replacement option for drivers servicing the front left corner of a Mazda Miata. It is listed for 1994-1997 Mazda Miata front left, 1999-2000 Mazda Miata front left, and 2001-2002 Mazda Miata front left, with the noted Sport Suspension exception on 2001-2002 vehicles. Use part number 331-80061 to confirm the correct application before purchase.

Common Repair Uses

• Replacing a leaking or sticking front left caliper
• Restoring even brake pad contact on a Mazda Miata
• Addressing uneven braking pull from the front axle
• Correcting caliper corrosion on older Miata brake systems
• Servicing a worn brake hydraulic assembly during brake repair

Installation Notes

Verify the vehicle year, model, and front left position before installation. For 2001-2002 Mazda Miata, confirm the vehicle does not have Sport Suspension, since that configuration is excluded from this listing. Compare the existing caliper and mounting points to part number 331-80061 before final installation.

Quality Assurance

The silver zinc coated finish is specified for this DFC Premium Caliper line to support corrosion resistance in brake service applications. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.