DISC BRAKE PAD
Refresh the rear brakes on your Land Rover with the HELLA Brakes Low-Metallic Disc Brake Pad Set, part number 355020361. This is a rear-axle pad set that installs as a direct-fit replacement for the listed applications: the 2013-2022 Range Rover, 2014-2022 Range Rover Sport, 2017-2024 Discovery, 2020-2024 Defender 110, 2021-2024 Defender 90 and 2023-2024 Defender 130 (engine: All). See the Buyer's Guide tab to confirm your vehicle.
Developed by HELLA Pagid for European braking systems, the low-metallic friction formulation is tuned for the lower hydraulic line pressure typical of major European cars.
The set contains 4 pads with a friction-material thickness of 17.3 mm, pad height of 58.4 mm and pad width of 131.5 mm — enough to service both rear wheels. Standard-replacement grade for the TRW brake system. For even, balanced braking, it is best practice to service the rear pads as a matched axle set. Manufacturer part number 355020361 · WVA reference 25720. Country of origin: United Kingdom.
Which vehicles do these pads fit?
They are the rear-axle disc brake pads for listed Land Rovers, including the 2013-2022 Range Rover, 2014-2022 Range Rover Sport, 2017-2024 Discovery and the Defender 90/110/130. Check the Buyer's Guide tab.
What comes in the set?
Four pads plus mounting hardware, abutment clips, adhesive-backed pad shims and brake caliper screws. Brake lubricant is not included.
Do these pads include a wear sensor?
No. The pads are prepared for a pad wear sensor, but a sensor or wear indicator is not included in this set.
What friction material is used?
A low-metallic formulation designed for European braking systems, intended to reduce brake dust while providing fade stability and a consistent pedal feel.
Are these pads certified, and where are they made?
Yes, they are ECE-R90 certified. Country of origin: United Kingdom.
WARNING: These products can expose you to chemicals including lead and phthalates, which are known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov.