Dynamite Friction 341-63013 Disc Brake Pad Wear Sensor - Front

Mercedes-Benz G550 Front Brake Pad Wear Sensor

Dynamite Friction 341-63013 is a front disc brake pad wear sensor for select Mercedes-Benz G550 models from 2009-2018. It is a Sensor Wire product line component built for vehicles using dual wire front pad sensors.

Key Features

• Disc brake pad wear sensor for the front position
• Sensor Wire product line
• Fits 2009-2018 Mercedes-Benz G550, front
• Configured for dual wire front pad sensors
• Part number 341-63013 for application matching

Detailed Description

This Dynamite Friction brake sensor is specified for the front axle on Mercedes-Benz G550 models covering 2009 through 2018. The 341-63013 wear sensor monitors brake pad condition and supports the vehicle’s brake warning system when the pad material reaches the service threshold. If you are searching for a front brake pad wear sensor for Mercedes-Benz G550, part number 341-63013 matches the listed dual wire front pad sensor application.

The Sensor Wire line identifies this as a dedicated sensor-wire style component rather than a general brake accessory. Use this part when replacing a worn or damaged front pad wear sensor on a Mercedes-Benz G550, 2009-2018.

What It Helps Address

• Brake wear warning light triggered by a failed sensor
• Broken or damaged front pad wear sensor wiring
• Incorrect brake pad wear signal after pad service
• Loss of pad wear monitoring on the front axle

Installation Notes and Tips

Verify the vehicle is a Mercedes-Benz G550 with front dual wire pad sensors before ordering. Inspect the sensor routing and connector condition during brake service, and compare the old sensor to part number 341-63013 before installation. Replace the sensor if the wire is frayed, the connector is damaged, or the warning system remains active after pad replacement.

Quality Assurance

Use this part only for the confirmed fitment listed above: Fits 2009-2018 Mercedes-Benz G550, front. Part number 341-63013 is provided for direct application matching.