ENDLESS Super Street S-sports(SSS) Brake Pads (FK8/FL5)
For: Civic Type R (FK8/FL5)
Manufacturer's Part Number:
EP357SS2 - Front
EP524SS2 - Rear
For: Civic Type R (FK8/FL5)
Manufacturer's Part Number:
EP357SS2 - Front
EP524SS2 - Rear
For: Civic Type R (FK8/FL5)
Manufacturer's Part Number:
EP357SS2 - Front
EP524SS2 - Rear
Enhancing initial braking performance while reducing dust through a combination of technologies.
Super Street S-sports (SSS)
Material: Non-Asbestos
Rotor Optimal Temperature Range: 0°C to 480°C
Average Friction Coefficient: 0.38 to 0.45
Driving Conditions: Street to Winding Roads
Having successfully developed low-dust characteristics early on, Super Street S-sports (SSS) meets the requirements of street brake pads. It allows you to feel a direct deceleration from the moment you start applying the brakes, even during low-temperature driving. It is recommended for street users who prioritize initial braking performance, especially among low-dust brake pad options.
Recommended for people like the following:
Those who prioritize initial braking performance within the category of low-dust brake pads.
[Data Based on the Dynamo Test, General Effectiveness Test (JASO C406)]
Using data from the second effectiveness test, we have graphed the friction coefficient in a specific speed range. The second effectiveness test is one of the test methods for passenger cars, brake systems, and dynamometers established by the Japan Automobile Standards Organization (JASO). This data compares Super Street S-sports (SSS) with the original brake pads for typical sports cars and street brake pads in the same price range from other manufacturers (Company A).
From the graph, it can be observed that our Super Street S-sports (SSS) records higher friction coefficients when compared to the original brake pads for typical sports cars and street brake pads in the same price range from other manufacturers (Company A).
[About Friction Coefficients]
Assuming that all vehicle conditions are the same, replacing pads with friction coefficients ranging from 0.3 to 0.4 can reduce braking distance by approximately 25% when decelerating from 50 km/h to 0 km/h at 0.6G (assuming full braking by an average driver). Please note that this is a reference example based on test results. In actual driving, road conditions, weather, and vehicle conditions can all lead to variations.
This test data is based on data from the second effectiveness test. When using brake pads on public roads, please adhere to traffic laws and regulations.
[Preventing Wheel Dirt on Your Beloved Car with "Low-Dust" Brake Pads]
Super Street S-sports (SSS) responds to a common request from street users for "low dust" characteristics, effectively reducing dust generation.
Please note that the amount of dust can vary depending on usage conditions and driving scenarios.