ENDLESS EIP232 LAMBORGHINI Aventador - Front

Part Num.: EIP232_MX72Plus

SPECIFICATIONS:
Application: Front Brakes
Material: Ceramic Carbon Metal
Applicable Rotor Temperature (℃): 50~750
Friction Coefficient (μ): 0.39 ~ 0.47

FEATURES:
- Compatible for Vehicle inspection
- Best Matching: Radial / High-Grip Radial Tire
- Compatible with Bigger Wheels
- Driving Application best match: Street to Circuit

COMPATIBILITY NOTES:
This vehicle have various braking systems with matching pads EIP159、EIP162、EIP165、EIP232. Please confirm via schematic.

Part Num.: EIP232 CC-Rg

SPECIFICATIONS:
Application: Front Brakes
Material: Semi Metallic (Ceramic Carbon Metal)
Applicable Rotor Temperature (℃): 50~800
Friction Coefficient (μ): 0.40~0.45

FEATURES:
- Compatible for Vehicle inspection
- Best Matching: Radial / High-Grip Radial Tire
- Compatible with Bigger Wheels
- Driving Application best match: Street to Circuit

COMPATIBILITY NOTES:
This vehicle have various braking systems with matching pads EIP159、EIP162、EIP165、EIP232. Please confirm via schematic.

Part Num.: EIP232 CC40

SPECIFICATIONS:
Application: Front Brakes
Material: Semi-Metallic
Applicable Rotor Temperature (℃): 150~800
Friction Coefficient (μ): 0.35 ~ 0.40

FEATURES:
Circuit Compound Pads Comparison:
-Fade Characteristics: CC35 type-E＞W003H＞W003＞W003S＞CC-Rg＞CC38=CC40=CC43＞CC40 (ME20)＞NA20
-Initial Response: W003S＞W003＞W003H＞CC43＞CC40＞CC-Rg＞CC38＞CC35 type-E＞CC40 (ME20)＞NA20
-Control Characteristics: NA20＞W003H＞W003＞W003S＞CC35 type-E＞CC38＞CC40 (ME20)＞CC-RG＞CC40=CC43
-Abrasion Resistance: CC35 type-E＞W003H＞W003＞W003S＞CC-Rg=CC38=CC40=CC43＞CC40 (ME20)＞NA20
Make sure to confirm pad shape with schematic

COMPATIBILITY NOTES:
This vehicle have various braking systems with matching pads EIP159、EIP162、EIP165、EIP232. Please confirm via schematic.

Made to Order lead time: 90 Days

10 Days until dispatched

10 Days until dispatched