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Pagid 355021681 Disc Brake Pad Set

Pagid 355021681 Disc Brake Pad Set Image 3


Brand:	Pagid
Part Number:	355021681
UPC:	4082300493330
Weight:	1.89 lbs
Condition:	New

On Sale:

$45.05

Availability:

88 in Stock

Warehouse:

US-7

Quantity:

Product Information

Description:

Get the Pagid 355021681 Disc Brake Pad Set for your vehicle. Buy now and secure your purchase online!

The all-new HELLA PAGID CERAMIC SILVER brake pads have been developed and tested with two definitive objectives in mind surpass OE quality standards and to meet or surpass all SAE/ECE highway standards and the individual needs of our customers. Extensive testing conducted in our in-house research and development centers confirm our CERAMIC SILVER friction material meets the highest technical demands when it comes to safety, performance, comfort, and durability.

Features and Benefits:

Excellent fade stability and heat dissipation
HELLA PAGID brake pads are engineered to meet or surpass ECE-R90 requirements of all major European vehicle manufacturers.
Low compressibility maintains pedal feel regardless of temperature
Versatile compounds utilized in the manufacturing process offer a full spectrum of applications from the performance track to the street to airplanes.

Specifications:

Abutment Clips Included:

Adhesive Backed Pad Shim:

Yes

Assy./disassy. by qualified personnel required!:

Brake Lubricant Included:

Brake System:

Teves

Chamfered Edges:

Yes

ECE-R90 Certified:

Yes

Friction Material Composition:

Low-Metallic

Grade Type:

Regular

Height 1 [mm]:

47.8

Height 2 [mm]:

46.2

Inner Pad Friction Material Thickness:

16.2 mm

Inner Pad Height:

47.8 mm

Inner Pad Width:

123.2 mm

Mounting Hardware Included:

Outer Pad Friction Material Thickness:

16.2 mm

Outer Pad Height:

47.8 mm

Outer Pad Width:

123.2 mm

Pad Quantity:

Pad Shims Included:

Yes

Pad Wear Sensor Included:

Prepared For Pad Wear Sensor:

Yes

Slotted:

Technical Information Number:

T2399

Thickness [mm]:

16.2

WVA Number:

25331

Wear Warning Contact:

Prepared for Wear Indicator

Weight [kg]:

0.9

Width [mm]:

123.2

AMC #:

8993D2486

ATE #:

13046073152

ATE #:

13047073152

ATE #:

607315

ATE #:

LD7315

Akebono #:

EUR1762

BMW #:

1543683

BMW #:

34 42 1 368 683

BMW #:

34 42 6 040 403

BMW #:

34 42 6 554 547

BMW #:

34 42 6 991 917

BMW #:

34201543683

BMW #:

34206885547

BMW #:

34216859917

BMW #:

34216860403

BMW #:

34218843651

BMW #:

6 859 917

BMW #:

6 860 403

BMW #:

6885547

BMW #:

8843651

Bendix #:

511195

Bendix #:

DB2385

Bendix #:

DB2385EURO

Borg & Beck #:

BBP2499

Bosch #:

0986494737

Bosch #:

0986494812

Bosch #:

0986T11235

Brembo North America #:

07B31576

Brembo North America #:

P06094

Brembo North America #:

P06094E

Brembo North America #:

P06094N

Champion #:

573767CH

Cifam #:

82210380

DON #:

PCP1986

Delphi #:

LP2719

Delphi #:

LP271917B1

Delphi #:

LP2719N18B1

Delphi #:

LP2719ND19B1

Delphi #:

LP5008EV

EBC Brakes #:

DP22235

EBC Brakes #:

DP42235R

EBC Brakes #:

DPX2235

FMSI Automotive Hardware #:

8993D1762

FMSI Automotive Hardware #:

D1762

FMSI Automotive Hardware #:

D1762-8993

FREMAX BRAKE ROTORS AND DRUMS #:

FBP0034

FTE #:

9005323

FTE #:

9011012

FTE #:

BL2832A1

Febi-Bilstein #:

16910

Ferodo #:

FDB4954

Ferodo #:

FDB4954D

Ferodo #:

FDB4954S

Ferodo #:

HQF4156C

Girling #:

6120632

Japan Parts #:

PP0103AF

Jurid #:

573767J

Jurid #:

573767JD

LPR #:

05P2024

Mapco #:

6640

Mapco #:

6640HPS

Meyle #:

0252533116

Meyle #:

0252533116PD

Mini Cooper #:

6 859 917

Mini Cooper #:

6 860 403

Mintex #:

MDB3723

Mintex #:

MDB83723

Motaquip #:

LVXL1834

NAPA #:

PBP7342

NIBK #:

PN0651

Pagid #:

T2399

Remsa #:

157300

Roadhouse #:

2157300

TRW #:

GDB2063

TRW #:

GDB2063BTE

Textar #:

2533101

Textar #:

2533101CP

Tridon #:

811011062

Vaico #:

V203126

Valeo #:

302445

Valeo #:

601407

Valeo #:

606550

Valeo #:

671407

Wagner #:

OEX1762

Wagner #:

WBP90180AD

Wagner #:

WZD1762D

Wagner #:

ZD1762

Zimmermann #:

253311601

Country of Origin:

Manufacturer Warranty:

12 Months

Select a vehicle to narrow Pagid 355021681 Disc Brake Pad Set fitment info!

Last Updated: 08/18/2024

Years

Vehicle

Per Vehicle

Position

Fit Notes

Fitment Notes

BMW 228i Gran Coupe

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

BMW 228i Gran Coupe

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

BMW 228i xDrive Gran Coupe

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

BMW 228i xDrive Gran Coupe

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

2020

BMW 228i xDrive Gran Coupe

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

BMW 228i xDrive Gran Coupe

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

1 Per Vehicle

2020

BMW 228i xDrive Gran Coupe

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

BMW 228i xDrive Gran Coupe

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

1 Per Vehicle

2021

BMW i3

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

BMW i3

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

1 Per Vehicle

2021

BMW i3

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

BMW i3

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

1 Per Vehicle

BMW i3

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

BMW i3

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

2021

BMW i3s

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

BMW i3s

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

1 Per Vehicle

2021

BMW i3s

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

BMW i3s

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

1 Per Vehicle

BMW i3s

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

BMW i3s

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

BMW X1

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

BMW X1

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

2020

BMW X1

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

BMW X1

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

1 Per Vehicle

2020

BMW X1

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

BMW X1

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

1 Per Vehicle

BMW X1

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

BMW X1

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

BMW X2

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

BMW X2

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

2021

BMW X2

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

BMW X2

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

1 Per Vehicle

2021

BMW X2

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

BMW X2

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

1 Per Vehicle

2020

BMW X2

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

BMW X2

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

2019

BMW X2

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2018

BMW X2

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2018

1 Per Vehicle

2019

BMW X2

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2018

BMW X2

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2018

1 Per Vehicle

2018

BMW X2

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

BMW X2

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

Mini Cooper

-L BATTERY EV EV/BEV

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

Mini Cooper

-L BATTERY EV EV/BEV

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

Mini Cooper

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
Power Operated Parking Brake

Mini Cooper

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
Power Operated Parking Brake

1 Per Vehicle

2022

Mini Cooper

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
Power Operated Parking Brake
Eng: B46A20B

Mini Cooper

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
Power Operated Parking Brake
Eng: B46A20B

1 Per Vehicle

2021

Mini Cooper

-L BATTERY EV EV/BEV

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

Mini Cooper

-L BATTERY EV EV/BEV

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

1 Per Vehicle

2021

Mini Cooper

-L BATTERY EV EV/BEV

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

Mini Cooper

-L BATTERY EV EV/BEV

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

1 Per Vehicle

2020

Mini Cooper

-L BATTERY EV EV/BEV

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

Mini Cooper

-L BATTERY EV EV/BEV

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

Mini Cooper Clubman

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

Mini Cooper Clubman

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

2021

Mini Cooper Clubman

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

Mini Cooper Clubman

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

1 Per Vehicle

2021

Mini Cooper Clubman

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

Mini Cooper Clubman

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

1 Per Vehicle

Mini Cooper Clubman

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

Mini Cooper Clubman

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

2019

Mini Cooper Clubman

1.5L L3 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2018

Mini Cooper Clubman

1.5L L3 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2018

1 Per Vehicle

2019

Mini Cooper Clubman

1.5L L3 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2018

Mini Cooper Clubman

1.5L L3 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2018

1 Per Vehicle

2019

Mini Cooper Clubman

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 04/2019

Mini Cooper Clubman

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 04/2019

1 Per Vehicle

2019

Mini Cooper Clubman

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 04/2019

Mini Cooper Clubman

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 04/2019

1 Per Vehicle

Mini Cooper Clubman

1.5L L3 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

Mini Cooper Clubman

1.5L L3 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

Mini Cooper Countryman

1.5L L3 Gas DOHC Turbo,
1.5L L3 PLUG-IN HYBRID EV-Gas PHEV DOHC Turbo,
2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

Mini Cooper Countryman

1.5L L3 Gas DOHC Turbo,
1.5L L3 PLUG-IN HYBRID EV-Gas PHEV DOHC Turbo,
2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

2021

Mini Cooper Countryman

1.5L L3 Gas DOHC Turbo,
1.5L L3 PLUG-IN HYBRID EV-Gas PHEV DOHC Turbo,
2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

Mini Cooper Countryman

1.5L L3 Gas DOHC Turbo,
1.5L L3 PLUG-IN HYBRID EV-Gas PHEV DOHC Turbo,
2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

1 Per Vehicle

2021

Mini Cooper Countryman

1.5L L3 Gas DOHC Turbo,
1.5L L3 PLUG-IN HYBRID EV-Gas PHEV DOHC Turbo,
2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

Mini Cooper Countryman

1.5L L3 Gas DOHC Turbo,
1.5L L3 PLUG-IN HYBRID EV-Gas PHEV DOHC Turbo,
2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

1 Per Vehicle

2020

Mini Cooper Countryman

1.5L L3 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

Mini Cooper Countryman

1.5L L3 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

Mini Cooper Countryman

1.5L L3 PLUG-IN HYBRID EV-Gas PHEV DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

Mini Cooper Countryman

1.5L L3 PLUG-IN HYBRID EV-Gas PHEV DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

Mini Cooper Countryman

2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

Mini Cooper Countryman

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

2019

Mini Cooper Countryman

1.5L L3 Gas DOHC Turbo,
2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 04/2019

Mini Cooper Countryman

1.5L L3 Gas DOHC Turbo,
2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 04/2019

1 Per Vehicle

2019

Mini Cooper Countryman

1.5L L3 Gas DOHC Turbo,
2.0L L4 Gas DOHC Turbo

1 Rear

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 04/2019

Mini Cooper Countryman

1.5L L3 Gas DOHC Turbo,
2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 04/2019

1 Per Vehicle

Pagid 355021681 Disc Brake Pad Set

$45.05

Product Information

Description:

Features and Benefits:

Specifications:

Manufacturer Warranty:

Select a vehicle to narrow Pagid 355021681 Disc Brake Pad Set fitment info!

BMW 228i Gran Coupe 2.0L L4 Gas DOHC Turbo

1

Rear

Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany

BMW 228i Gran Coupe

2.0L L4 Gas DOHC Turbo Rear Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany 1 Per Vehicle

BMW 228i xDrive Gran Coupe 2.0L L4 Gas DOHC Turbo

1

Rear

Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany

BMW 228i xDrive Gran Coupe

2.0L L4 Gas DOHC Turbo Rear Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany 1 Per Vehicle

BMW 228i xDrive Gran Coupe 2.0L L4 Gas DOHC Turbo

1

Rear

Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany From 11/2020

BMW 228i xDrive Gran Coupe

2.0L L4 Gas DOHC Turbo Rear Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany From 11/2020 1 Per Vehicle

BMW 228i xDrive Gran Coupe 2.0L L4 Gas DOHC Turbo

1

Rear

Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany To 11/2020

BMW 228i xDrive Gran Coupe

2.0L L4 Gas DOHC Turbo Rear Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany To 11/2020 1 Per Vehicle

BMW i3 -L BATTERY EV EV/BEV,0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

1

Rear

Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany From 11/2020

BMW i3

-L BATTERY EV EV/BEV,0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC Rear Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany From 11/2020 1 Per Vehicle

BMW i3 -L BATTERY EV EV/BEV,0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

1

Rear

Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany To 11/2020

BMW i3

-L BATTERY EV EV/BEV,0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC Rear Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany To 11/2020 1 Per Vehicle

BMW i3 -L BATTERY EV EV/BEV,0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

1

Rear

Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany

BMW i3

-L BATTERY EV EV/BEV,0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC Rear Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany 1 Per Vehicle

BMW i3s -L BATTERY EV EV/BEV,0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

1

Rear

Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany From 11/2020

BMW i3s

-L BATTERY EV EV/BEV,0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC Rear Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany From 11/2020 1 Per Vehicle

BMW i3s -L BATTERY EV EV/BEV,0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

1

Rear

Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany To 11/2020

BMW i3s

-L BATTERY EV EV/BEV,0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC Rear Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany To 11/2020 1 Per Vehicle

BMW i3s -L BATTERY EV EV/BEV,0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

1

Rear

Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany

BMW i3s

-L BATTERY EV EV/BEV,0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC Rear Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany 1 Per Vehicle

BMW X1 2.0L L4 Gas DOHC Turbo

1

Rear

Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany

BMW X1

2.0L L4 Gas DOHC Turbo Rear Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany 1 Per Vehicle

BMW X1 2.0L L4 Gas DOHC Turbo

1

Rear

Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany From 11/2020

BMW X1

2.0L L4 Gas DOHC Turbo Rear Low-MetallicOE Formulated Friction Material Designed and Engineered in Germany From 11/2020 1 Per Vehicle

BMW 228i Gran Coupe

2.0L L4 Gas DOHC Turbo

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

BMW 228i xDrive Gran Coupe

2.0L L4 Gas DOHC Turbo

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

BMW 228i xDrive Gran Coupe

2.0L L4 Gas DOHC Turbo

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

1 Per Vehicle

BMW 228i xDrive Gran Coupe

2.0L L4 Gas DOHC Turbo

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

1 Per Vehicle

BMW i3

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

1 Per Vehicle

BMW i3

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

1 Per Vehicle

BMW i3

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

BMW i3s

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

1 Per Vehicle

BMW i3s

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

1 Per Vehicle

BMW i3s

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

-L BATTERY EV EV/BEV,
0.6L L2 BATTERY W/RANGE EXT BEV REX SOHC

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

BMW X1

2.0L L4 Gas DOHC Turbo

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany

1 Per Vehicle

BMW X1

2.0L L4 Gas DOHC Turbo

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From 11/2020

1 Per Vehicle

BMW X1

2.0L L4 Gas DOHC Turbo

Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To 11/2020

1 Per Vehicle