Hella Pagid 355250301 Disc Brake Pad Wear Sensor

Buyer fitment guide only intended as reference. Please use catalogue search by vehicle to ensure proper fitment.

• Mercedes-Benz 9015400017
• Mercedes-Benz 9015400117
• Seat 2D0 919 351
• PEX German O.E. Parts WK255
• Mercedes-Benz 901 540 01 17 10
• Mercedes-Benz 540 179 01 01
• Mercedes-Benz 540 179 01 01 64
• Mercedes-Benz A 901 540 00 17
• Mercedes-Benz A 901 540 01 17
• Mercedes-Benz A 901 540 01 17 10
• Mercedes-Benz A 540 179 01 01
• Mercedes-Benz A 540 179 01 01 64
• Mintex MWI0168
• Bosch 1 987 474 969
• Volkswagen 2D0 919 351
• TRW GIC162
• Audi 2D0 919 351
• Bendix 587010
• Brembo A00282
• Delphi LZ0144
• Evobus 901540011710
• Evobus A9015400017
• Evobus A9015400117
• Evobus A901540011710
• Evobus 540 179 01 01
• Evobus 540 179 01 01 64
• Hella Pagid P8027
• Hella Pagid 8DK355250301
• Magneti Marelli 363700168027
• Magneti Marelli P8027MM
• Magneti Marelli 359003100690
• Skoda 2D0 919 351
• PEX USA WK255
• TRW Steering and Suspension Parts GIC162
• VEMO V30-72-0586-1
• Mercedes-Benz 901540011710
• Optimal WKT50255K
• Mercedes-Benz A 009 015 4E 11
• Werner Metzger GmbH WK 17-090
• Werner Metzger GmbH 1190090
• Girling 6316202
• Quick Brake WS0168A
• FTE BZ1036W
• Pagid P8027
• Borg & Beck BWL3068
• Febi-Bilstein 7835
• Ferodo FWI246
• Dynamic Friction Company 34140000
• HERTH+BUSS 70608209
• Roadhouse 001009
• Remsa 001009
• Textar 98018210
• Textar 96990018201
• Textar 98018200
• NAPA NWL5132
• ATE 620407
• ATE 24819004072
• Bendix BWS1007
• NK Autoparts 890050
• NK Autoparts 280050
• LPR KS0071
• Meyle 0340540010
• Jurid FWI246
• Jurid 581447

• 100% made in Europe
• Excellent thermal insulation
• Highly resistant to heat
• Injection molded for durability and quality
• Manufacture for OE
• HELLA PAGID Brake Pad Wear Sensors are designed to precisely reflect the respective requirements of the various vehicle types, brake systems, engine outputs, driving loads, and braking characteristics. Each Brake Pad Wear Sensor is meticulously produced with injection molding processes to withstand the harshest conditions.