Power Stop 06-08 Porsche 911 Front Euro-Stop Brake Kit

The Power Stop ESK7195 Euro-Stop Brake Kit is a premium OE brake kit specifically designed for 2006-2008 Porsche 911 models, including the Carrera 4 and Targa 4 submodels. This kit is part of PowerStop’s Brake Kits - OE series, offering a reliable and direct replacement solution that meets original equipment specifications. Engineered to provide consistent, high-quality braking performance, this kit is ideal for Porsche owners seeking to maintain the integrity and safety of their vehicle’s braking system without compromising on quality or fitment.

PowerStop is a well-established brand recognized for its commitment to delivering dependable brake components tailored for high-end European vehicles. The Euro-Stop Brake Kit includes both brake pads and rotors, designed to meet the rigorous ECE-R90 standards mandated across the European Union. This ensures that the pads provide OE-level performance, durability, and safety. The rotors feature a high-carbon composition and are coated with Genuine GEOMET 360, a thin protective layer that safeguards against rust and corrosion while preserving optimal braking efficiency.

Key features of the Power Stop ESK7195 Euro-Stop Brake Kit include:

• Complete kit with brake pads, rotors, electronic wear sensors, and stainless-steel hardware for straightforward installation
• Manufactured to original equipment specifications for precise fit and reliable performance
• High-carbon rotors with GEOMET 360 coating for enhanced corrosion resistance
• Brake pads certified to meet strict ECE-R90 standards, ensuring consistent stopping power
• Designed specifically for 2006-2008 Porsche 911 Carrera 4 and 2007-2008 Porsche 911 Targa 4 models

This brake kit provides a cost-effective alternative for Porsche owners who desire the quality and reliability of OE brakes without the premium price tag. PowerStop’s dedication to quality and innovation makes the Euro-Stop Brake Kit a trustworthy choice for maintaining your Porsche 911’s braking system at optimal performance levels.