
( Brand: Ebc ), ( Manufacturer Part Number: FA131TT ), ( Machine Type: Off-road Motorcycle ), ( To Fit Make: Yamaha ), ( Material: Carbon ), ( Dimensions: Mm ), ( Placement On Vehicle: Rear ), ( Type: Brake Pad Set ), ( UPC: 050953001574 ), ( To Fit Model: Wr250 ), ( Classic Part: No ), ( Intended Use: Replacement Part ), ( Country Of Origin: United Kingdom )
The EBC FA131TT carbon-ceramic rear disc brake pads are designed to deliver exceptional braking performance for high-performance vehicles. These pads are engineered with cutting-edge technology, combining the best characteristics of carbon and ceramic materials to provide a durable, powerful, and fade-resistant braking solution.
Crafted with a unique carbon-fiber matrix, these brake pads offer optimal heat dissipation, reducing the risk of brake fade even under the most demanding driving conditions. This ensures consistent and reliable braking performance, even during extended periods of high-speed driving or heavy braking.
The FA131TT pads are also renowned for their low dust production. This reduces the likelihood of brake fade and minimizes the need for frequent brake cleanings, maintaining the appearance of your vehicle's wheels.
These pads are specifically designed for the rear axle of high-performance vehicles, providing excellent stopping power while ensuring optimal pedal feel and modulation. The FA131TT pads are also compatible with a wide range of vehicles, making them a versatile choice for drivers seeking a high-quality, performance-oriented brake pad.
In addition, the EBC FA131TT carbon-ceramic rear disc brake pads are designed to offer low noise operation, ensuring a quiet and comfortable driving experience. They are also easy to install, making them a convenient choice for DIY enthusiasts and professional mechanics alike.
In summary, the EBC FA131TT carbon-ceramic rear disc brake pads are a superior choice for drivers seeking top-tier braking performance, durability, and low dust production. Ideal for high-performance vehicles, these pads offer the perfect balance of power, heat dissipation, and pedal feel, ensuring a safe and confident driving experience.
The EBC FA131TT Carbon Rear Disc Brake Pads offer several advantages and potential drawbacks, as detailed below: Pros:1. High-performance: These brake pads are designed for high-performance and heavy-duty requirements, providing excellent stopping power.
2. Low dust: EBC brake pads are known for their low dust production, which can reduce brake system maintenance and keep your wheels clean.
3. Long lifespan: These brake pads have a longer lifespan compared to most OEM pads due to EBC's unique compound formulation.
4. Suitable for carbon-ceramic rotors: The EBC FA131TT brake pads are specifically designed for carbon-ceramic rotors, ensuring optimal performance and compatibility.
Cons:1. High cost: EBC brake pads are more expensive than standard OEM pads, which could be a deterrent for budget-conscious buyers.
2. Noise: Some users have reported that these brake pads can produce a higher level of noise compared to OEM pads, though this can vary depending on the vehicle and driving conditions.
3. Not suitable for daily commuting: Due to their high-performance nature, these brake pads may wear out more quickly in light driving conditions, making them less ideal for daily commuting.
Conclusion:The EBC FA131TT Carbon Rear Disc Brake Pads are a high-quality, high-performance option for vehicles equipped with carbon-ceramic rotors. Their low dust production, long lifespan, and excellent stopping power make them an attractive choice for drivers seeking enhanced brake performance. However, their higher cost and potential for increased noise may be drawbacks for some buyers. If you're a performance enthusiast or frequently use your vehicle for high-speed driving, these brake pads would be a suitable choice. For daily commuters seeking a more budget-friendly option, standard OEM pads may be more appropriate.
These are all wear items on used parts. PR, HI, AK and such will have to pay shipping. Free shipping only included in the lower 48 continental US.