Hella Pagid 355104971 Disc Brake Rotor

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

• Valeo 197226
• Valeo 186439
• Delphi BG3063
• Mintex MDC1001
• Bosch 0 986 478 634
• Bosch BD552
• Bosch F 026 A01 198
• STOP BY BENDIX 561712S
• TRW DF3084
• Bendix 561712B
• Bendix 520310
• TRW Steering and Suspension Parts DF3084
• Acura 45251-1SM-A00
• Brembo 09672610
• Brembo 09672611
• Brembo 09672614
• Hella Pagid 8DD355104971
• Hella Pagid 51121
• Magneti Marelli 600000088240
• Honda 45251-1SM-A00
• Honda 45251SM5A00
• EBC Brakes GD624
• Optimal BS6810
• Optimal BS6810C
• AMC FO2201
• VAICO V2680021
• Girling 6030841
• FTE BS4597
• FREMAX BRAKE ROTORS AND DRUMS BD2582
• Borg & Beck BBD5087
• Pagid 51121
• Ferodo DDF4941
• Ferodo DDF494
• Dynamic Friction Company 60059020
• HERTH+BUSS J3304001
• SBS 1815202618
• Roadhouse 684510
• Remsa 684510
• Cifam 800497
• Bradi 1193524
• Zimmermann 280315620
• Zimmermann 280315675
• Zimmermann 280315670
• Zimmermann 280315600
• Zimmermann 280315672
• Textar 92078100
• Textar 98200078101
• Mapco 15522C
• Motaquip LVBE125Z
• Akebono BN1203E
• Akebono BN1203
• ATE 24012501301
• ATE 425130
• Japan Parts DI401
• Japan Parts DI401C
• TRW Steering and Suspension Parts DF3084S
• Brake Engineering DI955276
• NK Autoparts 202618
• NK Autoparts 312618
• Jurid 561712J

• Fixing screws are always included if required
• Full range is 100% fully coated with premium zinc rust protection
• Full range is 100% high carbon (GG15 & GG20)
• Higher driving comfort with reduced machining tolerances
• Improved aesthetics and appearance of brake discs, especially when used with aluminum rims
• Increased carbon content for increased heat conductivity and better mechanical properties
• Less fading and quiet braking
• Manufactured according to European OE specifications (AM1 & AM2)
• Not oiled, no degreasing from preservative oil before fitting, saving time and money in the workshop
• Reduced braking noise
• HELLA PAGID Brake Discs are designed to precisely reflect the requirements of various vehicle types, brake systems, engine outputs, driving loads, and braking characteristics.