Hella Pagid 355002731 Drum Brake Shoe

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

• Bendix 362416
• Bendix 362416B
• Brembo K24071
• Brembo S24539
• Delphi LS1940
• Valeo 564011
• Mintex MFR525
• Mintex MSP287
• Ford 1 511 233
• Ford 5 039 061
• Ford 4 387 344
• Ford 2T14 2200-AC
• Ford 2T1J 2200-AB
• Ford 2T14 2200-AA
• Ford 2T14 2200-AB
• Ford 1 365 486
• Bosch 0 986 487 667
• Bosch F 026 004 667
• Hella Pagid H9660
• Hella Pagid 8DB355002731
• TRW GS8471
• Pagid R1300
• TRW Steering and Suspension Parts GS8471
• PEX USA 6290
• Pagid H9660
• Quinton Hazell HP1780
• Quinton Hazell BS1150
• EBC Brakes 6620
• Optimal BK5394
• Optimal BK5394N
• Optimal BB7235
• AMC FO0801
• Werner Metzger GmbH MG983
• Girling 5184716
• Girling 5216979
• Girling 5316979
• FTE BB1327A1
• FTE 9100084
• Tridon 810016009
• Borg & Beck BBS6340
• Ferodo FSB648
• Ford 2T1J2200AB
• Ford 2T142200AB
• Ford 2T142200AA
• Ford 2T142200AC
• SBS 18492725700
• Roadhouse 317000
• Roadhouse 417000
• JapKo 550309
• Remsa 417000
• Remsa 317000
• Cifam 153138
• Champion 381484CH
• Textar 98101061404T056
• Textar 84061400
• Textar 98101061404
• Textar 91061400
• Triscan 810016009
• Topran 302289
• ATE 03013704382
• ATE 650438
• Japan Parts GF0309AF
• NK Autoparts 2725700
• LPR 08550
• Jurid 362416J
• Jurid HP1780
• Jurid 381484J
• Dahl LS1940

• Delivers long-lasting durability and dependable service life with high-quality friction materials and robust construction.
• Enhances operational safety with consistent braking response, maintaining optimal performance under varying conditions.
• Extends maintenance intervals and lowers service costs due to reduced wear rates compared to traditional brake pads.
• Provides reliable braking performance with a self-reinforcing design, reducing actuation effort for efficient stopping.
• With universal compatibility, this part integrates easily into most modern vehicles for hassle-free installation.
• The HELLA Drum Brake Shoe is designed for rear axle use, providing reliable stopping power with a self-reinforcing effect that reduces actuation effort. It offers lower wear than brake pads, supporting longer maintenance intervals while maintaining consistent braking efficiency.