Evolution in Braking

Performance Braking

Highest Coefficient Brake Bite

Zero Brake Fade

Highest Temperature Tolerance Rating

Improved Handling

60% lighter than competition

Longer Durability

Last 5 times longer than competition

Out Performs, Out Brakes, Out Lasts

Anything else in the market

LeMyth has developed unique patented next-generation Carbon-Ceramic Technology that provides the ultimate braking performance for road and track.

Brake Rotor Comparison

Brake Rotors
LeMyth F2-1750
Cast Iron
Thermostability
~1750°
~700°
Max Operating Temp °C
1750°
700°
Density g/cm¯³
1.8~2.1
7.25
Elastic Modulus GPa
50~70
90~110
Tensile Strength MPa(=N mm¯²)
80~150
200~250
Flexular Strength MPa(=N mm¯²)
150~200
150~250
Thermal Shock Resistance Wm¯¹
>27.000
<5.400
Linear CTE K¯¹
1.75~4.41 (RT -1300°C)
9.0~12 (RT -1300°C)
Thermal Conductivity Wm¯¹ K¯¹
40~80
54
Specific Heat Capacity (Cp) kJ kg¯¹ K¯¹
1.75~4.41 (RT -900°C)
0.5 (RT -900°C)

LeMyth F2-1750

Carbon-Ceramic Brake Pad Feature List

Class Leading Friction Coefficient

High Initial Bite

Progressive Torque Curve

Class Leading Fade Resistance

Brake Pad Comparison

Brake Pad Type
LeMyth F2-1750
Top Competitor
Max Operating Temp °C
1750°
700°
Friction Coefficient
0.70
0.62
Cold Bite Temp °C
40°C @ 0.60μ
100°C @ 0.60μ