CEIKA Brake Pads
Select 1 as the quantity to receive a complete set of pads for the complete front or rear axle.
Select from our range of brake pads to best suit your use. All our brake pads provide a good friction level and consistency over the temperature range. Our brake pads are designed specifically to suit our rotors and in order to provide best performance and optimal rotor and pads wear.
- Street pads (Grey)
For street use, providing no noise, very little dust, good braking power and friction both at low and high temperatures.
These are specifically designed in order to provide good bite and feel as well as good longevity of the pads and rotors.
Optimal temperature range: 0~500℃
Maximum temperature: ~550℃
Coefficient of friction: 0.38~0.45
- Sport pads (Blue)
For street/track use, providing low noise, little dust, high braking power and friction both at low and high temperatures.
These are specifically designed in order to provide stronger bite and race feel as well as good longevity of the pads and rotors.
Optimal temperature range: 0~550℃
Maximum temperature: ~600℃
Coefficient of friction: 0.40~0.50
- Race pads (Red)
For race use only: for maximum braking power, bite and friction. Those brake pads are noisy, they will wear out the rotors faster than the street pads and produce more dust. The operating temperature range is higher and it is not safe for everyday street use.
However, they are a must for a race car or track day providing a consistent and predictable strong braking and longevity at high temperatures. Feel free to request two sets of pads if you want a set for street and a set for race for your weekend warrior.
Optimal temperature range: 100~700℃
Maximum temperature: ~750℃
Coefficient of friction: 0.42~0.58
- Pro Race pads (Yellow)
For race use only: this is a new race compound that pushes the limits even further. We were able to achieve a much higher temperature range while offering a very high coefficient of friction for extreme race use conditions.
Optimal temperature range: 100~800℃
Maximum temperature: ~850℃
Coefficient of friction: 0.58~0.68