Project Mu 03-08 Nissan 350Z D1 SPEC Rear Brake Pads - PDR209

Special Price $104.99 Regular Price $133.63
sku
pmuPDR209
Free Shipping Banner

This Item has limited quantity. Request Quote for item availability.

Stock is low or unavailable.
Please Request Quote for stock status
Upgrade your Nissan 350Z's braking performance with the Project Mu D1 SPEC Rear Brake Shoes. Designed specifically for the 2003-2008 models, these high-quality brake shoes offer exceptional stopping power and durability. Engineered for precision and reliability, they ensure a smooth and responsive braking experience, whether you're on the track or the street. Crafted with advanced materials, they provide superior heat resistance and reduced wear, enhancing your vehicle's safety and performance. Elevate your driving confidence with the Project Mu D1 SPEC Rear Brake Shoes, the perfect choice for enthusiasts seeking top-tier braking efficiency.

Project Mu is Japan's premier Brake Performance manufacturer. Based in Saitama in Japan, Project Mu has a worldwide reputation for precision engineering and the incredible durability of its products. Project Mu is a specialist manufacturer with a focus to provide the best quality product for specific areas in the street and race performance brake arena, producing high-end braking solutions for a large range of applications around the world since 1988.

Project Mu came into prominence over the last 10 years and is considered one of the top aftermarket suppliers of brake kits worldwide, and has established themselves as world leaders in endurance brake pad technology. Project Mu have a huge range of kits from both European, Australian and Japanese cars, with everything from sports street kits right through to stand alone drift kits and high end time attack kits. Designed exclusively for rear-brake use, D1 spec brakes are ideal for drifting maneuvers.

Features:

  • Material: Super Graphite Metallic
  • Applicable Rotor Temperature: 0???380??
  • Friction Coefficient: 0.50???0.55
More Information
Brand PROJECT MU