Easy To Use Ebc Brakes Pad And Disc Kit (pdkr422) Up To 50% Off [LfBXv2IP]

Easy To Use Ebc Brakes Pad And Disc Kit (pdkr422) Up To 50% Off [LfBXv2IP]

Introducing the Easy To Use Ebc Brakes Pad And Disc Kit (pdkr422) Up To 50% Off [LfBXv2IP], a premium solution designed for those seeking exceptional performance and longevity from their braking system. This kit combines the EBC Ultimax Pads, renowned for their advanced engineering and environmental consciousness, with high-quality replacement discs, ensuring a seamless and effective braking experience.

Superior Braking Performance

The EBC Ultimax Pads are meticulously crafted at the EBC Brakes facility in Bristol, UK, using a finely engineered compound that offers long-lasting performance with minimal dust. These non-metallic pads, free from steel fibres, are gentle on cast iron rotors, ensuring a cleaner braking surface. The Ultimax2™ pads are environmentally friendly, carrying a Code “N” rating and the coveted GG friction rating, which is a testament to their exceptional braking effect and eco-friendliness. The kit also includes premium replacement discs, precision machined in Europe and balanced for optimal performance.

• Ultimax2™ Pads: Long-lasting, minimal dust, environmentally friendly.
• Replacement Discs: Precision machined, balanced, and guaranteed to provide zero rotor distortion.

Comprehensive Warranty and Durability

The Easy To Use Ebc Brakes Pad And Disc Kit (pdkr422) Up To 50% Off [LfBXv2IP] is backed by a 10,000 mile/6 months warranty, offering peace of mind and assurance of quality. This kit is the perfect choice for urban and daily drivers, providing an impressive braking effect from the first application. Whether you're navigating the cold and damp climates of Northern Europe or the hot and humid environments of the Caribbean, the Ultimax2™ pads will maintain silent operation and deliver consistent performance. Upgrade your braking system with the Easy To Use Ebc Brakes Pad And Disc Kit (pdkr422) Up To 50% Off [LfBXv2IP] and experience the future of automotive braking technology.