Warehouse Clearance Ebc Brakes Pad And Disc Kit (pd07kr145) Massive 65% Savings [jamLoUh1]

EBC Brakes Pad and Disc Kit: PD07KR145

Introducing the Warehouse Clearance Ebc Brakes Pad And Disc Kit (pd07kr145) Massive 65% Savings [jamLoUh1], a comprehensive solution for enhancing your vehicle's braking performance. This kit combines the renowned EBC Redstuff Pads with high-quality USR Slotted Discs, designed to deliver superior stopping power and durability. With a focus on passenger cars, this kit is engineered to provide an aggressive, reliable bite with minimal dust production, making it an ideal choice for fast street driving and high-end imports.

Key Features and Benefits

The EBC Redstuff Pads in this kit are crafted with a high-friction formula that increases braking effectiveness by 15%. This means you can stop up to 50 feet sooner from 100 MPH compared to standard brake pads, representing a remarkable 30% improvement in braking performance. The pads are designed specifically for passenger and saloon cars, ensuring optimal performance without compromising on comfort. Key features include:

• Low-Dust Technology: Redstuff reduces dust by 60-90% compared to other pads, making for cleaner wheels and easier maintenance.
• Immediate Braking Readiness: The red “brake-in” surface coating ensures safe, instant braking performance right after installation.

Practical Uses and Target Audience

This Warehouse Clearance Ebc Brakes Pad And Disc Kit (pd07kr145) Massive 65% Savings [jamLoUh1] is perfect for drivers who demand the best in both performance and aesthetics. Whether you're driving a European or Asian high-end import or a performance vehicle, this kit will provide the enhanced braking experience you're looking for. The USR Slotted Discs, paired with the Redstuff Pads, offer superior stopping power and extended component longevity, making them an excellent choice for daily driving or track use. With ECE R90 approval and a secure installation thanks to Nucap NRS hooks, this kit is built to last and deliver consistent performance under heavy braking conditions.