Table of Contents
The performance of a hydraulic handbrake is critical for any track day enthusiast. This article focuses on testing the Ferodo and EBC brake compounds to determine which offers superior performance under track conditions.
Understanding Hydraulic Handbrakes
A hydraulic handbrake operates using hydraulic pressure to engage the rear brakes, providing more control during drifting and tight cornering. This mechanism is essential for maintaining vehicle stability and achieving optimal performance on the track.
Brake Compounds Overview
Brake compounds play a crucial role in the overall performance of a hydraulic handbrake. Different materials offer varying levels of grip, heat resistance, and fade characteristics. Here, we will compare the Ferodo and EBC brake compounds.
Ferodo Brake Compounds
Ferodo is known for its high-performance brake materials, designed for both street and track applications. Their compounds are engineered to provide excellent stopping power and minimal fade.
- High Friction Levels: Ferodo compounds offer superior grip, especially during aggressive maneuvers.
- Heat Resistance: These compounds maintain performance even under high temperatures.
- Fade Resistance: Minimal performance loss during extended use.
EBC Brake Compounds
EBC brakes are another popular choice among performance enthusiasts. They offer a range of compounds tailored for different driving styles and conditions.
- Variety of Options: EBC provides a wide selection of compounds for various applications.
- Good Heat Management: Designed to handle high temperatures effectively.
- Durability: EBC compounds often have a longer lifespan compared to competitors.
Performance Testing Methodology
To accurately assess the performance of each brake compound, we conducted a series of tests on a controlled track environment. The tests focused on key performance metrics such as stopping distance, fade resistance, and overall feel.
Test Conditions
The tests were conducted under consistent conditions to ensure reliability. Key factors included:
- Track surface: Dry asphalt
- Ambient temperature: 75°F
- Vehicle: Modified sports car with a hydraulic handbrake
Testing Procedure
The testing procedure involved multiple runs to gather data on each compound’s performance. Key aspects measured included:
- Initial stopping distance from a set speed.
- Performance after repeated applications to assess fade.
- Driver feedback on pedal feel and responsiveness.
Results and Analysis
The results of the performance tests revealed distinct differences between the Ferodo and EBC brake compounds.
Stopping Distance
In initial stopping distance tests, Ferodo compounds consistently outperformed EBC, demonstrating shorter stopping distances at high speeds.
Fade Resistance
During fade tests, Ferodo showed minimal performance degradation after multiple applications. In contrast, EBC compounds experienced noticeable fade after repeated use.
Driver Feedback
Driver feedback indicated that Ferodo compounds provided a more responsive and confident feel, while EBC compounds, though durable, lacked the same level of feedback.
Conclusion
Based on the performance tests conducted, Ferodo brake compounds demonstrate superior performance for track day applications compared to EBC. They offer better stopping distances, fade resistance, and overall driver engagement.
Recommendations
For track day enthusiasts looking to maximize their performance, we recommend:
- Choosing Ferodo brake compounds for optimal performance.
- Regularly monitoring brake condition to ensure safety and effectiveness.
- Experimenting with different compounds to find the best fit for individual driving styles.
With the right brake compound, drivers can enhance their track experience and achieve better performance on the circuit.