Dynamite Friction 341-20021 Disc Brake Pad Wear Sensor - Rear

Rear Brake Pad Wear Sensor Wire

Dynamite Friction 341-20021 is a rear disc brake pad wear sensor wire for select Jaguar and Land Rover applications. It provides the sensor-wire connection used to monitor rear brake pad wear on the listed vehicles, helping maintain accurate brake warning function.

Key Features

• Disc brake pad wear sensor wire for rear brake applications
• Brand line: Sensor Wire
• Direct fitment for select Jaguar F-Pace and Range Rover Velar models
• Part number 341-20021 for ordering and identification
• Fits 2019-2024 Jaguar F-Pace, rear
• Fits 2020 Land Rover Range Rover Velar, rear
• Fits 2019 Land Rover Range Rover Velar SVAutobiography Dynamic, rear

Fitment Details

Compatible with 2019-2024 Jaguar F-Pace, rear sensor wire applications. Also fits 2020 Land Rover Range Rover Velar, rear, and 2019 Land Rover Range Rover Velar SVAutobiography Dynamic, rear.

The Sensor Wire product line from Dynamite Friction focuses on brake wear sensing components for vehicles that use electronic pad wear monitoring. If you are replacing a rear brake pad wear sensor wire on a Jaguar F-Pace or Range Rover Velar, 341-20021 matches the listed applications.

Common Issues This Part Addresses

• Brake wear warning light triggered by a damaged rear sensor wire
• Intermittent pad wear signal from a worn or broken sensor lead
• Loss of brake pad wear monitoring after rear brake service
• Incorrect sensor connection at the rear brake assembly

Installation Notes

Verify the vehicle year, model, and rear position before installation. Inspect the existing brake pad wear sensor routing and connector condition during brake service, and compare the removed part to 341-20021 before final assembly. This part cross-references no listed alternate part numbers for the same application.

Quality Assurance

Built for the specified rear brake wear sensor applications on Jaguar and Land Rover vehicles, this part is identified by part number 341-20021 for accurate replacement selection.