BRAKE PADS SINTERED METAL, EBC FA400HH HARLEY DAVIDSON
BRAKE PADS EBC FA400HH Sintered HH Sport - Road. EBC Double-H Motorcycle Brake Pads offer outstanding brake performance in all weather conditions. HH are Full Sintered Motorcycle Brake Pads made from copper alloys to give maximum stopping power without compromising longevity and warm-up time whilst giving extremely high resistance to brake fade, making them ideally suited for road and track day use. Supplied with stainless steel backing plates, where appropriate, for brake calipers that do not have built-in piston insulators to reduce heat transfer. Note EBC advise, "Do not use HH Pads on Rear unless also used on Front to avoid brake imbalance." Cross reference numbers: 44082-00C, 44082-00D, DUNLOPAD DP957, SBS 826, VESRAH VD9022.
- SKU
- 39-400.H.EBC
- Brand
- EBC
- Availability
- In Stock (1)
FULL DESCRIPTION
EBC FA400HH Sintered HH Sport Motorcycle Brake Pads
Upgrade your motorcycle's braking performance with EBC Double-H Sintered HH Sport Brake Pads. These pads are engineered to provide exceptional stopping power in all weather conditions, making them a top choice for both road and track day use.
The EBC HH pads are crafted from full sintered copper alloys, delivering maximum stopping power without sacrificing longevity or warm-up time. Their design ensures extremely high resistance to brake fade, even under demanding conditions.
Key Features:
- Full Sintered Compound: Made from copper alloys for superior stopping power.
- High Performance: Offers outstanding braking in all weather conditions.
- Excellent Fade Resistance: Designed to perform under high temperatures.
- Long Lifespan: Balances stopping power with durability.
- Suitable for Road and Track: Ideal for everyday riding and performance riding.
- Stainless Steel Backing Plates: Included where necessary for calipers without built-in piston insulators, helping to reduce heat transfer.
Important Note: EBC advises that HH Pads should not be used on the rear unless also used on the front to prevent brake imbalance.
