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  2. Auto Parts
  3. Brake System
  4. Disc Pads and Brake Shoes
  5. Disc Brake Pad Set
  6. Pagid 355023361

Pagid 355023361 Disc Brake Pad Set

Pagid 355023361 Disc Brake Pad Set Image 1
Pagid 355023361 Disc Brake Pad Set Image 2
Pagid 355023361 Disc Brake Pad Set Image 3
Pagid 355023361 Disc Brake Pad Set

Pagid
Brand:Pagid
Part Number: 355023361
UPC: 4082300598254
Weight: 2.38 lbs
Condition:New



On Sale:

$40.74

Availability:
92 in Stock
Warehouse: US-7
Quantity:

Product Information

Description:

Get the Pagid 355023361 Disc Brake Pad Set for your vehicle. Buy now and secure your purchase online!

At the heart of every European vehicle braking system is a high performance, low metallic brake pad. By design, HELLA PAGID's Low-Metallic pad formulation outperforms all other brands while addressing the lower hydraulic line pressure of most major European car brand braking systems. Autobahn stopping performance and confidence with every stop.

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:
No
Adhesive Backed Pad Shim:
Yes
Assy./disassy. by qualified personnel required!:
.
Brake Lubricant Included:
No
Brake System:
Teves
Chamfered Edges:
Yes
ECE-R90 Certified:
Yes
Friction Material Composition:
Low-Metallic
Grade Type:
Regular
Height 1 [mm]:
56.1
Height 2 [mm]:
59.6
Inner Pad Friction Material Thickness:
16.1 mm
Inner Pad Height:
59.6 mm
Inner Pad Width:
122.4 mm
Mounting Hardware Included:
No
Outer Pad Friction Material Thickness:
16.1 mm
Outer Pad Height:
59.6 mm
Outer Pad Width:
122.4 mm
Pad Quantity:
4
Pad Shims Included:
Yes
Pad Wear Sensor Included:
No
Prepared For Pad Wear Sensor:
Yes
Slotted:
No
Technical Information Number:
T2461
Thickness [mm]:
16.1
WVA Number:
22141
Wear Warning Contact:
Prepared for Wear Indicator
Weight [kg]:
1.08
Width [mm]:
122.4
AISIN #:
BPVO2002
AMC #:
9488D1821
ATE #:
13046073262
ATE #:
13046073632
ATE #:
13047073262
ATE #:
13047073632
ATE #:
607326
ATE #:
LD7326
Bendix #:
511242
Bendix #:
DB2512EURO
Borg & Beck #:
BBP2516
Borg & Beck #:
BBP2920
Bosch #:
0986494819
Bosch #:
0986AB9426
Brake Engineering #:
PA2177
Brembo North America #:
07B31582
Brembo North America #:
P86029
Brembo North America #:
P86029N
Champion #:
573772CH
Cifam #:
82211220
Cifam #:
82213290
Delphi #:
LP3167
Delphi #:
LP316717B1
Delphi #:
LP3167N18B1
Delphi #:
LP3167ND19B1
Delphi #:
LP3838
Delphi #:
LP5025EV
Delphi #:
LP5078EV
EBC Brakes #:
DP22246
EBC Brakes #:
DP32246C
EBC Brakes #:
DP42246R
EBC Brakes #:
DP62246
EBC Brakes #:
DPX2246
EBC Brakes #:
DPX2306
FMSI Automotive Hardware #:
9057D1821
FMSI Automotive Hardware #:
D1821
FMSI Automotive Hardware #:
D1821-9057
FREMAX BRAKE ROTORS AND DRUMS #:
FBP2617
FTE #:
9005335
FTE #:
9011205
FTE #:
BL2962A1
Febi-Bilstein #:
116331
Ferodo #:
FDB4293D
Ferodo #:
FDB4927
Ferodo #:
FDB4927D
Ferodo #:
FDB4927DD
Ferodo #:
FDB4927DS
Ferodo #:
FDB4927S
Ferodo #:
FDB5360
Girling #:
6121102
Jaguar #:
J9C14009
Jaguar #:
J9C17943
Jaguar #:
J9C33358
Jaguar #:
T2H41074
Jaguar #:
T2H52753
Jaguar #:
T2H52754
Jaguar #:
T2H53849
Jaguar #:
T2H53866
Jaguar #:
T2H53872
Jaguar #:
T2H53873
Jaguar #:
T2H7439
Jaguar #:
T2H9989
Jaguar #:
T2R36215
Jaguar #:
T4A44205
Jaguar #:
T4A44844
Jaguar #:
T4A44856
Jaguar #:
T4A44875
Jaguar #:
T4K11469
Japan Parts #:
PP0313AF
Jurid #:
573695JDD
Jurid #:
573772J
Jurid #:
574097J
LPR #:
05P2028
Land Rover #:
LR061385
Land Rover #:
LR090707
Land Rover #:
LR095295
Land Rover #:
LR110327
Land Rover #:
LR123010
Land Rover #:
LR123519
Land Rover #:
LR123595
Land Rover #:
LR155059
Land Rover #:
LR155123
Land Rover #:
LR160436
Land Rover #:
LR160458
Land Rover #:
LR160459
Land Rover #:
LR160460
Land Rover #:
LR160504
Land Rover #:
LR160532
Land Rover #:
LR160580
Meyle #:
0252214116PD
Mintex #:
MDB3783
Mintex #:
MDB83783
Motaquip #:
LVXL1790
Motaquip #:
LVXL1895
NAPA #:
PBP7670
NIBK #:
PN0650
NIBK #:
PN0650S
Pagid #:
T2461
Pagid #:
T8012SP2001
Quinton Hazell #:
BP1898
Remsa #:
151640
Roadhouse #:
2151605
Roadhouse #:
2151640
Swag #:
22116331
TRW #:
GDB2110
TRW Steering and Suspension Parts #:
GDB2351
TRW Steering and Suspension Parts #:
TRH1821
Textar #:
2214101
Textar #:
2214106
Tridon #:
811010609
Vaico #:
V950564
Valeo #:
302433
Valeo #:
601473
Valeo #:
671473
Volvo Cars #:
31400432
Volvo Cars #:
31400432-0
Volvo Cars #:
31445621
Volvo Cars #:
31445621-0
Volvo Cars #:
31445622
Volvo Cars #:
31445622-0
Volvo Cars #:
31471265
Volvo Cars #:
31471265-0
Volvo Cars #:
31471266
Volvo Cars #:
31471266-0
Volvo Cars #:
32233035
Volvo Cars #:
32233035-0
Volvo Cars #:
32287446
Volvo Cars #:
32287446-0
Volvo Cars #:
32379535
Volvo Cars #:
32379535-0
Volvo White #:
31445621
Volvo White #:
31445621-0
Volvo White #:
31445622
Volvo White #:
31445622-0
Volvo White #:
31471265
Volvo White #:
31471265-0
Volvo White #:
31471266
Volvo White #:
31471266-0
Volvo White #:
32233035
Volvo White #:
32233035-0
Wagner #:
OEX1821
Wagner #:
QC1821
Wagner #:
WBP22141AD
Wagner #:
WZD1821D
Wagner #:
ZD1821
Zimmermann #:
221411601
Country of Origin:
GB

Manufacturer Warranty:

12 Months

Select a vehicle to narrow Pagid 355023361 Disc Brake Pad Set fitment info!

Last Updated: 08/19/2024

Years Vehicle Per Vehicle Position Fit NotesFitment Notes

2024

 

2023

 

2022

 

2021

 

2024

 

2023

 

2022

 

2021

 
Jaguar E-Pace

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
300mm Brake Rotors
 

Jaguar E-Pace



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
300mm Brake Rotors

1 Per Vehicle

2022

 

2021

 

2022

 

2021

 
Jaguar E-Pace

2.0L L4 MILD HYBRID EV-Gas MHEV DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
300mm Brake Rotors
 

Jaguar E-Pace



2.0L L4 MILD HYBRID EV-Gas MHEV DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
300mm Brake Rotors

1 Per Vehicle

2020

 

2020

 
Jaguar E-Pace

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
High Performance Brake Pads
 

Jaguar E-Pace



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
High Performance Brake Pads

1 Per Vehicle

2020

 

2019

 

2020

 

2019

 
Jaguar E-Pace

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
Standard Brake Pads
 

Jaguar E-Pace



2.0L L4 Gas DOHC Turbo

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

1 Per Vehicle

2019

 

2019

 
Jaguar E-Pace

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From Chassis/VIN K1Z33578
High Performance Brake Pads
 

Jaguar E-Pace



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From Chassis/VIN K1Z33578
High Performance Brake Pads

1 Per Vehicle

2019

 

2019

 
Jaguar E-Pace

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To Chassis/VIN J1Z33577
High Performance Brake Pads
 

Jaguar E-Pace



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To Chassis/VIN J1Z33577
High Performance Brake Pads

1 Per Vehicle

2018

 

2018

 
Jaguar E-Pace

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
 

Jaguar E-Pace



2.0L L4 Gas DOHC Turbo

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

1 Per Vehicle

2024

 

2023

 

2022

 

2021

 

2024

 

2023

 

2022

 

2021

 
Jaguar F-Pace

2.0L L4 Gas DOHC Turbo,
3.0L L6 MILD HYBRID EV-Gas MHEV DOHC Turbo/Supercharged
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
Exc.NAO Brake Pad
 

Jaguar F-Pace



2.0L L4 Gas DOHC Turbo,
3.0L L6 MILD HYBRID EV-Gas MHEV DOHC Turbo/Supercharged

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
Exc.NAO Brake Pad

1 Per Vehicle

2024

 

2023

 

2022

 

2021

 

2024

 

2023

 

2022

 

2021

 
Jaguar F-Pace

2.0L L4 Gas DOHC Turbo,
3.0L L6 MILD HYBRID EV-Gas MHEV DOHC Turbo/Supercharged
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
NAO Brake Pad
 

Jaguar F-Pace



2.0L L4 Gas DOHC Turbo,
3.0L L6 MILD HYBRID EV-Gas MHEV DOHC Turbo/Supercharged

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

1 Per Vehicle

2020

 

2019

 

2018

 

2020

 

2019

 

2018

 
Jaguar F-Pace

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
 

Jaguar F-Pace



2.0L L4 Gas DOHC Turbo

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

1 Per Vehicle

2020

 

2019

 

2018

 

2017

 

2020

 

2019

 

2018

 

2017

 
Jaguar F-Pace

3.0L V6 Gas DOHC Supercharged
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
 

Jaguar F-Pace



3.0L V6 Gas DOHC Supercharged

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

1 Per Vehicle

2019

 

2018

 

2017

 

2019

 

2018

 

2017

 
Jaguar F-Pace

2.0L L4 Diesel DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
 

Jaguar F-Pace



2.0L L4 Diesel DOHC Turbo

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

1 Per Vehicle

2022

 

2022

 
Jaguar I-Pace

-L BATTERY EV EV/BEV
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To Chassis/VIN N1618596
 

Jaguar I-Pace



-L BATTERY EV EV/BEV

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To Chassis/VIN N1618596

1 Per Vehicle

2020

 

2019

 

2018

 

2017

 

2020

 

2019

 

2018

 

2017

 
Jaguar XE

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
 

Jaguar XE



2.0L L4 Gas DOHC Turbo

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

1 Per Vehicle

2019

 

2019

 
Jaguar XE

2.0L L4 Diesel DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
 

Jaguar XE



2.0L L4 Diesel DOHC Turbo

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

1 Per Vehicle

2019

 

2018

 

2017

 

2019

 

2018

 

2017

 
Jaguar XE

3.0L V6 Gas DOHC Supercharged
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
 

Jaguar XE



3.0L V6 Gas DOHC Supercharged

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

1 Per Vehicle

2018

 

2018

 
Jaguar XE

2.0L L4 Diesel DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From Chassis/VIN JCP36990
 

Jaguar XE



2.0L L4 Diesel DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From Chassis/VIN JCP36990

1 Per Vehicle

2018

 

2018

 
Jaguar XE

2.0L L4 Diesel DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To Chassis/VIN JCP36989
 

Jaguar XE



2.0L L4 Diesel DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To Chassis/VIN JCP36989

1 Per Vehicle

2017

 

2017

 
Jaguar XE

2.0L L4 Diesel DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
 

Jaguar XE



2.0L L4 Diesel DOHC Turbo

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

1 Per Vehicle

2024

 

2023

 

2022

 

2024

 

2023

 

2022

 
Jaguar XF

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
NAO Brake Pad
 

Jaguar XF



2.0L L4 Gas DOHC Turbo

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

1 Per Vehicle

2024

 

2023

 

2022

 

2021

 

2024

 

2023

 

2022

 

2021

 
Jaguar XF

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
Exc.NAO Brake Pad
 

Jaguar XF



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
Exc.NAO Brake Pad

1 Per Vehicle

2021

 

2021

 
Jaguar XF

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From Chassis/VIN MCY89999
NAO Brake Pad
 

Jaguar XF



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From Chassis/VIN MCY89999
NAO Brake Pad

1 Per Vehicle

2021

 

2021

 
Jaguar XF

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To Chassis/VIN MCY89998
NAO Brake Pad
 

Jaguar XF



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To Chassis/VIN MCY89998
NAO Brake Pad

1 Per Vehicle

2020

 

2019

 

2018

 

2020

 

2019

 

2018

 
Jaguar XF

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
 

Jaguar XF



2.0L L4 Gas DOHC Turbo

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

1 Per Vehicle

2020

 

2019

 

2018

 

2017

 

2016

 

2020

 

2019

 

2018

 

2017

 

2016

 
Jaguar XF

3.0L V6 Gas DOHC Supercharged
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
 

Jaguar XF



3.0L V6 Gas DOHC Supercharged

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

1 Per Vehicle

2019

 

2018

 

2017

 

2019

 

2018

 

2017

 
Jaguar XF

2.0L L4 Diesel DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
 

Jaguar XF



2.0L L4 Diesel DOHC Turbo

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

1 Per Vehicle

2024

 

2023

 

2022

 

2024

 

2023

 

2022

 
Land Rover Discovery Sport

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
325mm Brake Rotor
 

Land Rover Discovery Sport



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
325mm Brake Rotor

1 Per Vehicle

2024

 

2023

 

2022

 

2021

 

2020

 

2024

 

2023

 

2022

 

2021

 

2020

 
Land Rover Discovery Sport

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
300mm Brake Rotor
 

Land Rover Discovery Sport



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
300mm Brake Rotor

1 Per Vehicle

2023

 

2023

 
Land Rover Discovery Sport

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
300mm Brake Rotor
8th VIN Digit: X
 

Land Rover Discovery Sport



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
300mm Brake Rotor
8th VIN Digit: X

1 Per Vehicle

2023

 

2023

 
Land Rover Discovery Sport

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
325mm Brake Rotor
8th VIN Digit: X
 

Land Rover Discovery Sport



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
325mm Brake Rotor
8th VIN Digit: X

1 Per Vehicle

2021

 

2021

 
Land Rover Discovery Sport

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From Chassis/VIN MH901121
325mm Brake Rotor
 

Land Rover Discovery Sport



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From Chassis/VIN MH901121
325mm Brake Rotor

1 Per Vehicle

2021

 

2021

 
Land Rover Discovery Sport

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To Chassis/VIN MH901120
325mm Brake Rotor
 

Land Rover Discovery Sport



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To Chassis/VIN MH901120
325mm Brake Rotor

1 Per Vehicle

2020

 

2020

 
Land Rover Discovery Sport

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
325mm Brake Rotor
 

Land Rover Discovery Sport



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
325mm Brake Rotor

1 Per Vehicle

2020

 

2020

 
Land Rover Discovery Sport

2.0L L4 MILD HYBRID EV-Gas MHEV DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
8th VIN Digit: L
 

Land Rover Discovery Sport



2.0L L4 MILD HYBRID EV-Gas MHEV DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
8th VIN Digit: L

1 Per Vehicle

2019

 

2019

 
Land Rover Discovery Sport

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
 

Land Rover Discovery Sport



2.0L L4 Gas DOHC Turbo

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

1 Per Vehicle

2018

 

2018

 
Land Rover Discovery Sport

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From Chassis/VIN JH736746
 

Land Rover Discovery Sport



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From Chassis/VIN JH736746

1 Per Vehicle

2018

 

2018

 
Land Rover Discovery Sport

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To Chassis/VIN JH736745
 

Land Rover Discovery Sport



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To Chassis/VIN JH736745

1 Per Vehicle

2017

 

2016

 

2015

 

2017

 

2016

 

2015

 
Land Rover Discovery Sport

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
 

Land Rover Discovery Sport



2.0L L4 Gas DOHC Turbo

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

1 Per Vehicle

2024

 

2023

 

2022

 

2024

 

2023

 

2022

 
Land Rover Range Rover Evoque

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
325mm Brake Rotor
 

Land Rover Range Rover Evoque



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
325mm Brake Rotor

1 Per Vehicle

2024

 

2023

 

2022

 

2021

 

2024

 

2023

 

2022

 

2021

 
Land Rover Range Rover Evoque

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
300mm Brake Rotor
 

Land Rover Range Rover Evoque



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
300mm Brake Rotor

1 Per Vehicle

2023

 

2023

 
Land Rover Range Rover Evoque

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
300mm Brake Rotor
Eng: AJ20P
 

Land Rover Range Rover Evoque



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
300mm Brake Rotor
Eng: AJ20P

1 Per Vehicle

2023

 

2023

 
Land Rover Range Rover Evoque

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
325mm Brake Rotor
Eng: AJ20P
 

Land Rover Range Rover Evoque



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
325mm Brake Rotor
Eng: AJ20P

1 Per Vehicle

2023

 

2022

 

2023

 

2022

 
Land Rover Range Rover Evoque

2.0L L4 MILD HYBRID EV-Gas MHEV DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
300mm Brake Rotor
 

Land Rover Range Rover Evoque



2.0L L4 MILD HYBRID EV-Gas MHEV DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
300mm Brake Rotor

1 Per Vehicle

2023

 

2022

 

2023

 

2022

 
Land Rover Range Rover Evoque

2.0L L4 MILD HYBRID EV-Gas MHEV DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
325mm Brake Rotor
 

Land Rover Range Rover Evoque



2.0L L4 MILD HYBRID EV-Gas MHEV DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
325mm Brake Rotor

1 Per Vehicle

2022

 

2022

 
Land Rover Range Rover Evoque

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
300mm Brake Rotor
Eng: AJ20P
8th VIN Digit: X
 

Land Rover Range Rover Evoque



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
300mm Brake Rotor
Eng: AJ20P
8th VIN Digit: X

1 Per Vehicle

2022

 

2022

 
Land Rover Range Rover Evoque

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
325mm Brake Rotor
Eng: AJ20P
8th VIN Digit: X
 

Land Rover Range Rover Evoque



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
325mm Brake Rotor
Eng: AJ20P
8th VIN Digit: X

1 Per Vehicle

2021

 

2021

 
Land Rover Range Rover Evoque

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
300mm Brake Rotor
Eng: AJ20P
 

Land Rover Range Rover Evoque



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
300mm Brake Rotor
Eng: AJ20P

1 Per Vehicle

2021

 

2021

 
Land Rover Range Rover Evoque

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From Chassis/VIN MH155104
325mm Brake Rotor
 

Land Rover Range Rover Evoque



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From Chassis/VIN MH155104
325mm Brake Rotor

1 Per Vehicle

2021

 

2021

 
Land Rover Range Rover Evoque

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From Chassis/VIN MH155104
325mm Brake Rotor
Eng: AJ20P
 

Land Rover Range Rover Evoque



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From Chassis/VIN MH155104
325mm Brake Rotor
Eng: AJ20P

1 Per Vehicle

2021

 

2021

 
Land Rover Range Rover Evoque

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To Chassis/VIN MH155103
325mm Brake Rotor
 

Land Rover Range Rover Evoque



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To Chassis/VIN MH155103
325mm Brake Rotor

1 Per Vehicle

2021

 

2021

 
Land Rover Range Rover Evoque

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To Chassis/VIN MH155103
325mm Brake Rotor
Eng: AJ20P
 

Land Rover Range Rover Evoque



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To Chassis/VIN MH155103
325mm Brake Rotor
Eng: AJ20P

1 Per Vehicle

2020

 

2020

 
Land Rover Range Rover Evoque

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
Eng: AJ20P
 

Land Rover Range Rover Evoque



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
Eng: AJ20P

1 Per Vehicle

2020

 

2020

 
Land Rover Range Rover Evoque

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
Eng: AJ20P
8th VIN Digit: X
 

Land Rover Range Rover Evoque



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
Eng: AJ20P
8th VIN Digit: X

1 Per Vehicle

2020

 

2020

 
Land Rover Range Rover Evoque

2.0L L4 MILD HYBRID EV-Gas MHEV DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
8th VIN Digit: L
 

Land Rover Range Rover Evoque



2.0L L4 MILD HYBRID EV-Gas MHEV DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
8th VIN Digit: L

1 Per Vehicle

2020

 

2020

 
Land Rover Range Rover Evoque

2.0L L4 MILD HYBRID EV-Gas MHEV DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
Eng: AJ20P
8th VIN Digit: L
 

Land Rover Range Rover Evoque



2.0L L4 MILD HYBRID EV-Gas MHEV DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
Eng: AJ20P
8th VIN Digit: L

1 Per Vehicle

2020

 

2019

 

2020

 

2019

 
Land Rover Range Rover Evoque

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
 

Land Rover Range Rover Evoque



2.0L L4 Gas DOHC Turbo

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

1 Per Vehicle

2018

 

2018

 
Land Rover Range Rover Evoque

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From Chassis/VIN JH315597
 

Land Rover Range Rover Evoque



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
From Chassis/VIN JH315597

1 Per Vehicle

2018

 

2018

 
Land Rover Range Rover Evoque

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To Chassis/VIN JH315596
 

Land Rover Range Rover Evoque



2.0L L4 Gas DOHC Turbo

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
To Chassis/VIN JH315596

1 Per Vehicle

2017

 

2016

 

2017

 

2016

 
Land Rover Range Rover Evoque

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
 

Land Rover Range Rover Evoque



2.0L L4 Gas DOHC Turbo

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

1 Per Vehicle

2024

 

2023

 

2022

 

2021

 

2024

 

2023

 

2022

 

2021

 
Land Rover Range Rover Velar

3.0L L6 MILD HYBRID EV-Gas MHEV DOHC Turbo/Supercharged
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
 

Land Rover Range Rover Velar



3.0L L6 MILD HYBRID EV-Gas MHEV DOHC Turbo/Supercharged

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

1 Per Vehicle

2024

 

2023

 

2022

 

2021

 

2020

 

2019

 

2018

 

2024

 

2023

 

2022

 

2021

 

2020

 

2019

 

2018

 
Land Rover Range Rover Velar

2.0L L4 Gas DOHC Turbo
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
 

Land Rover Range Rover Velar



2.0L L4 Gas DOHC Turbo

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

1 Per Vehicle

2020

 

2020

 
Land Rover Range Rover Velar

5.0L V8 Gas DOHC Supercharged
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
 

Land Rover Range Rover Velar



5.0L V8 Gas DOHC Supercharged

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

1 Per Vehicle

2020

 

2019

 

2020

 

2019

 
Land Rover Range Rover Velar

3.0L V6 Gas DOHC Supercharged
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
Fuel Sys: FI
 

Land Rover Range Rover Velar



3.0L V6 Gas DOHC Supercharged

Rear Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
Fuel Sys: FI

1 Per Vehicle

2019

 

2018

 

2019

 

2018

 
Land Rover Range Rover Velar

2.0L L4 Diesel DOHC Turbo,
3.0L V6 Gas DOHC Supercharged
1
 
Rear
 
Low-Metallic
OE Formulated Friction Material
Designed and Engineered in Germany
 

Land Rover Range Rover Velar



2.0L L4 Diesel DOHC Turbo,
3.0L V6 Gas DOHC Supercharged

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

1 Per Vehicle


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