Factory Price Porterfield Brake Shoes For 1981 Mazda Rx 7 R/drum Smart Choice [hvZTmL7c]

Factory Price Porterfield Brake Shoes For 1981 Mazda Rx 7 R/drum Smart Choice [hvZTmL7c]

Porterfield's R4 Carbon Kevlar brake pads are engineered for the 1981 MAZDA RX 7 R/Drum, offering unparalleled performance for heavy-duty motorsports applications. These premium brake pads are crafted with a carbon-based semi-metallic material, providing exceptional heat absorption and dissipation for consistent braking performance over time. Their rapid heat-up capabilities mean minimal warm-up is required for optimal operation, making them perfect for intense racing conditions.

Advanced Properties and Specifications

The Porterfield R4 pads boast high initial bite for immediate brake response, ensuring consistent modulation and predictability. This makes them ideal for a variety of road courses, oval tracks, rally, vintage racing, autocross, and club events. The R4-1 Vintage Full Race Compound is designed for conditions requiring high friction with minimal warm-up, while the R4-E Endurance Race Compound offers extended pad life under extreme temperatures. The R4-S high-performance street and autocross pads provide a perfect blend of everyday use and track-ready performance. This range of compounds is rotor-friendly and produces minimal dust, keeping your wheels cleaner and your vehicle stopping powerfully.

Practical Uses and Target Audience

Whether you're a professional driver, a vintage racing enthusiast, or a club event participant, Porterfield's brake shoes for the 1981 MAZDA RX 7 R/Drum are a versatile choice. The R4 series is renowned for its exceptional performance, making it an ideal option for autocross, rallies, driving school, and daily driving. With their impressive stopping power, low dust levels, and rotor-friendly design, these brake pads are perfect for anyone looking to enhance the driving experience of their MAZDA RX 7 R/Drum. Upgrade your braking system with Porterfield's top-tier brake shoes and experience the difference in performance and durability.