Stoptech Sport Axle Pack Drilled and Slotted Rear Rotors Pads and Stainless Steel Lines

Enhancing rear brake system performance through precision-engineered components designed to fit directly into factory calipers, this assembly delivers measurable improvements in braking consistency and responsiveness. The drilled and slotted rotors facilitate efficient heat dissipation and gas removal, maintaining optimal braking performance under high thermal stress. This design reduces the risk of brake fade during aggressive driving or extended use.

Key functional attributes include:

• Drilled and slotted rotor surfaces: engineered to improve cooling and debris evacuation, enhancing pad grip and maintaining braking efficacy.
• Pre-matched sport brake pads: formulated for balanced friction levels to complement rotor design, ensuring smooth engagement and consistent wear patterns.
• Stainless steel brake lines: constructed for superior resistance to expansion under pressure, providing more direct pedal feel and improved hydraulic response compared to standard rubber lines.

This configuration is intended for professional installations where preservation of original equipment mounting points and dimensions is critical. The components are precisely sized to match OEM specifications, facilitating seamless integration without the need for modifications. The stainless steel lines also offer enhanced durability and resistance to corrosion, increasing system longevity and reliability in demanding conditions.

Utilizing advanced materials and manufacturing techniques characteristic of the Stoptech brand, the assembly supports enhanced thermal management and pedal feedback, attributes essential for both spirited street driving and track applications where brake performance is paramount.

Technical specifications:

• Rotor type: Drilled and slotted for improved thermal dissipation
• Pad material: High-performance compound matched to rotor characteristics
• Brake lines: Braided stainless steel construction for optimized hydraulic efficiency

Integration of these components results in a refined braking system capable of maintaining consistent performance across varied driving conditions. This assembly offers an effective balance of durability, thermal management, and pedal feel, making it a suitable solution for vehicles requiring OEM fitment and enhanced stopping power.