Experience Porterfield Brake Pads For 2015 Lexus Ls 460 Perfect For Gifting [0K5qLiWB]

Porterfield Brake Pads for 2015 Lexus LS 460

Introducing the Porterfield R4 Carbon Kevlar brake pads, specifically designed for the 2015 Lexus LS 460. These premium brake pads are the epitome of motorsports excellence, crafted for heavy-duty use and extreme performance. With their carbon kevlar composition, these pads offer exceptional heat absorption and dissipation, ensuring rapid warm-up and optimal operation. The R4 pads are perfect for a variety of motorsports applications, including road courses, oval tracks, rally, vintage racing, autocross, and club events.

• High initial bite for immediate brake response
• Extremely consistent modulation and predictability

Advanced Performance Features

The Porterfield R4 series boasts several advanced features that set them apart. The carbon-based semi-metallic material allows for rapid heat dissipation, minimizing pad warmup time and ensuring consistent performance. This unique compound requires minimal bedding-in, allowing for immediate full potential upon installation. Additionally, the R4-1 Vintage Full Race Compound is perfect for vintage GT and formula cars, offering high friction with minimal warm-up time and consistent performance across all temperatures.

• Carbon kevlar composition for rapid heat dissipation
• Minimal bedding-in for immediate optimal performance

Versatile Street and Track Applications

The Porterfield R4-S high-performance street and autocross brake pads are ideal for both everyday driving and light track applications. These pads provide increased stopping power with minimal pedal effort, while being extremely rotor friendly and producing minimal dust. Whether you're participating in autocross, rallies, driving school, or daily driving, the R4-S pads will enhance your vehicle's stopping capabilities and keep your wheels cleaner. With custom pad sizes available for competition-style calipers, these pads are versatile and suitable for a wide range of vehicles.

• Increased stopping power with minimal pedal effort
• Extremely rotor friendly with minimal dust production