New Arrival Stoptech 126.34060csr Stoptech Sport Slotted Cryo Brake Rotor; Front Right Click To View [G3XNrL9R]

StopTech Sport Slotted Cryo Brake Rotor

StopTech is renowned for its high-performance brake rotors, and the Sport Slotted Cryo Brake Rotor is no exception. This front right rotor is designed to enhance the braking experience with its advanced features and durable construction. Crafted for the 2002-2006 BMW X5, it offers a perfect fit and superior performance. The rotor stands out with its cryogenic treatment, which is invisible to the naked eye but makes a significant difference in its lifespan and overall performance.

• High-Performance Design - Engineered to deliver exceptional braking power and stability.
• Cryo-Treated for Durability - Enhances the life and performance of the rotor through a one-time cryogenic treatment.

Technical Specifications and Features

The StopTech Sport Slotted Cryo Brake Rotor is a direct OE replacement, ensuring a seamless fit and hassle-free installation. It features symmetric vane designs for uniform heat distribution and a black E-Coat anti-corrosive coating for superior corrosion resistance. The double disc ground friction surface ensures optimal performance and a consistent braking feel.

• Direct OE Replacement - Easy installation for a straightforward upgrade.
• Black E-Coated Non-Friction - Corrosion Protection - Protects against corrosion for long-lasting performance.

Practical Benefits and Applications

The StopTech Sport Slotted Cryo Brake Rotor is not just a component; it's an investment in your vehicle's safety and performance. With increased initial bite and enhanced wet weather response, it ensures reliable braking in all conditions. Ideal for daily drivers, enthusiasts, and fleet customers looking to improve their vehicle's braking capabilities without compromising on quality.

• Increased Initial Bite - Provides a more immediate and responsive braking experience.
• Increased Wet Weather Response - Ensures safe stopping even in inclement weather conditions.