Stoptech Brake Components

Part #: 308.0905

Overview

The Stoptech Street Touring Rear Brake Pads are designed to enhance your vehicle's braking performance while maintaining comfort and reliability for everyday driving. Crafted for drivers who seek a balance between street usability and spirited driving, these brake pads deliver consistent, linear response across a wide temperature range. Whether you're commuting or enjoying a weekend autocross, these pads help improve braking feel, modulation, and fade resistance, making them an excellent upgrade for your Nissan 350Z or Infiniti G35 from 2002 to 2008. Constructed with advanced para-aramid composite friction materials, these brake pads are engineered to provide smooth, predictable braking performance. They are suitable for drivers who demand durability, quiet operation, and effective stopping power without sacrificing comfort or causing excessive dust. Designed to meet the needs of high-performance driving, these pads support confident braking in various conditions, from daily city driving to track days.

Key Features

These Stoptech Street Touring Rear Brake Pads feature a high-quality friction formulation that ensures reliable performance and consistent response. The materials are selected for their ability to provide effective braking at both cold and hot temperatures, reducing the need for warm-up periods and ensuring safety in all driving scenarios. The pads are designed with a low-noise, low-dust profile to keep your wheels cleaner and your driving experience quieter. Their robust construction supports long-lasting wear and dependable performance, making them a practical upgrade for enthusiasts and daily drivers alike.

• Advanced para-aramid composite friction material for consistent response
• Designed for street performance with track day capabilities
• Low dust and quiet operation for everyday comfort
• Enhanced fade resistance for reliable stopping power under demanding conditions
• Optimized for Nissan 350Z and Infiniti G35 (2002-2008)
• Easy installation with direct fitment