EBC Brakes EPFA Series Extreme Pro Sintered Motorcycle Brake Pads - EBC Brakes


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Best current price£38.55from eBay
Shopping.co.uk recommended and popular offers
eBay£38.55Visit shop EBC Extreme Pro HH Brake Pad Set - EPFA663HH
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For motorcycle riders seeking ultimate stopping power, the EBC Brakes EPFA Series Extreme Pro Sintered Brake Pads offer superior friction and heat handling for racing and aggressive street riding. While they provide exceptional performance, their aggressive nature may lead to faster rotor wear compared to standard pads. These pads are engineered to surpass Double-H sintered pads with enhanced friction levels and improved heat cycling for maximum stability and control.
| Model Part Number | EBCEPFA447HH-PAIR/AKN |
|---|---|
| Brand | EBC Brakes |
EPFA pads offer enhanced friction levels and superior heat cycling capabilities, providing even greater stopping power and stability under extreme conditions compared to the already high-performance Double-H pads.
Yes, they are suitable for aggressive street riding. However, riders who prioritize quiet operation or minimal brake component wear might prefer a different compound for daily commuting.
A proper bed-in involves a series of moderate-to-hard stops from medium speeds, followed by allowing the brakes to cool without holding them down. Consult EBC's official website or your motorcycle's service manual for specific bed-in procedures.
Yes, due to their aggressive sintered material designed for high performance, EPFA pads can lead to faster rotor wear compared to softer brake pad compounds. This is a common trade-off for increased braking power and heat resistance.
Sintered means the friction material is created by fusing metal powders together under heat and pressure. This results in a very durable, heat-resistant, and high-friction material suitable for extreme braking demands.
While designed for extreme performance, sintered pads generally maintain good performance in wet conditions, but like all brake pads, wet surfaces will reduce overall grip and increase stopping distances.
It is recommended to inspect brake pads at regular intervals, typically every few thousand miles or before long trips, and always after spirited riding or track use.
Ensure pads are properly bedded-in. Check for proper caliper function and ensure brake fluid is not contaminated or old. Excessive heat may exceed the pad's operational limits for continuous extreme use.
Sintered pads can be noisier than organic pads. Ensure the brake system is clean and all components are properly torqued. Anti-squeal shims, if applicable and not already included, might be considered, though often not used with sintered pads. Check for proper pad bedding.
The pads may require a proper bedding-in procedure. Ride the motorcycle and apply the brakes gently and progressively several times from moderate speed to a lower speed without coming to a complete stop, allowing them to cool down between applications. Avoid full-power braking until fully bedded.
This is a characteristic of high-performance sintered pads. Ensure rotors are clean and compatible with sintered pads. If wear is excessive, consider alternative pad compounds or more frequent rotor replacement.
Setup: Ensure your motorcycle's braking system is clean and in good working order before installation. Follow the manufacturer's recommended procedure for brake pad replacement, which typically involves removing the caliper, old pads, and installing the new EPFA pads. A proper bed-in procedure is crucial for optimal performance and longevity. Consult your motorcycle's service manual for specific instructions.
Compatibility: These pads are designed as direct replacements for specific motorcycle models. Always verify fitment for your exact make, model, and year before purchase. Refer to the product's MPN (`EBCEPFA447HH-PAIR/AKN` for this specific variant) and EBC's compatibility charts.
Care: Keep brake components clean from dirt and debris. Periodically inspect pads for wear and ensure the brake fluid is at the correct level and condition. Avoid harsh cleaning chemicals directly on the pads. A mild brake cleaner can be used on surrounding components.