R1 Concepts 2551-0620-00 Disc Brake Pad Set - Rear

Rear Brake Pads for Mercedes-Benz Applications

R1 Concepts R1 Optimum OE Pads part number 2551-0620-00 are rear disc brake pads for select Mercedes-Benz models from the mid-1980s through the mid-1990s. This OE-style brake pad set is listed for Mercedes-Benz 190E, 300E, C220, and C280 rear brake service.

Key Features

• Disc brake pad set for rear axle applications
• R1 Concepts R1 Optimum OE Pads product line
• Fits 1986-1995 Mercedes-Benz rear brake applications listed below
• Part number 2551-0620-00 for accurate ordering and lookup
• Requires sensor BPS-63000 on listed applications

Fitment Details

• Fits 1994-1995 Mercedes-Benz C220, rear. Notes: Req Sensor BPS-63000 (1); R1 Optimum Oe Pads.
• Fits 1994-1995 Mercedes-Benz C280, rear. Notes: Req Sensor BPS-63000 (4); R1 Optimum Oe Pads.
• Fits 1987-1993 Mercedes-Benz 190E, rear. Notes: Req Sensor BPS-63000 (4); R1 Optimum Oe Pads.
• Fits 1990-1993 Mercedes-Benz 300E, rear. Notes: Req Sensor BPS-63000 (4); R1 Optimum Oe Pads.
• Fits 1986-1989 Mercedes-Benz 300E, rear. Notes: Req Sensor BPS-63000 (1); R1 Optimum Oe Pads.

What This Part Is Used For

• Replacing worn rear brake pads on Mercedes-Benz 190E, 300E, C220, and C280 models
• Restoring rear braking performance when pad material is thin or uneven
• Addressing brake noise caused by worn pad friction material
• Correcting reduced pedal response from exhausted rear pads
• Servicing rear brake wear on vehicles that use the specified sensor setup

Installation Notes

Verify rear axle fitment against the vehicle’s year, model, and sensor requirement before installation. The listed applications require sensor BPS-63000 in the quantities shown in the fitment notes. Confirm rotor condition, caliper operation, and pad hardware condition during brake service.

Quality Assurance

R1 Concepts identifies this as part of the R1 Optimum OE Pads line, an OE-style brake pad offering for the listed Mercedes-Benz rear applications. Part number 2551-0620-00 helps ensure correct identification during replacement and maintenance.