Multi-purpose Ebc Brakes Pad And Disc Kit (pdkr171) Pro Version [rz427KFM]

Multi-purpose Ebc Brakes Pad And Disc Kit (pdkr171) Pro Version [rz427KFM]

Experience the ultimate in braking performance with the Multi-purpose Ebc Brakes Pad And Disc Kit (pdkr171) Pro Version [rz427KFM]. This comprehensive kit combines the cutting-edge EBC Ultimax Pads with premium replacement discs, offering a seamless and effective braking solution for your vehicle. Designed for urban and daily driving, this kit is engineered to deliver exceptional performance with minimal dust, making it the ideal choice for drivers seeking both comfort and safety.

Advanced EBC Ultimax Pads

The heart of the EBC Brakes Pad and Disc Kit is the EBC Ultimax Pads, meticulously crafted at the EBC Brakes facility in Bristol, UK. These pads are engineered with a finely tuned compound that ensures long-lasting performance while minimizing dust generation. Free from steel fibres, the Ultimax Pads are gentle on cast iron rotors, resulting in a cleaner braking surface. The pads are certified with a Code “N” rating from the USA brake ratings system, reflecting their environmental friendliness, and boast a GG friction rating, a rare honor in the automotive brake industry. This innovative design guarantees a pad that stays clean, lasts longer, extends disc life, and emits zero toxicity, making it a truly future-proof solution.

Comprehensive Premium Discs

The EBC Brakes Pad and Disc Kit is further enhanced by premium replacement discs that are precision machined in Europe using predominantly EU-made castings. Each disc is balanced and undergoes a 100% ONE BY ONE runout inspection to ensure zero rotor distortion, guaranteeing optimal performance from the moment you install them. The quality and affordability of the EBC Brakes discs, combined with a 10,000 mile/6 months warranty, make this kit a best-buy brake part that is equal to or better than original parts. Always fit new pads when replacing discs to maximize the performance and longevity of your braking system.