Brembo OE Front Disc Brake Kit Prime Ceramic Pads Compatible with 17-20 Jaguar F-Pace 19-20 I-Pace Land Rover Range Rover Velar - OneFastShop

Brembo OE Front Disc Brake Kit Prime Ceramic Pads Compatible with 17-20 Jaguar F-Pace 19-20 I-Pace Land Rover Range Rover Velar

Brembo OE SKU: BREKT00813
Price
Regular price $259.15
Regular price Sale price $259.15
Save
/
Low Stock – Almost Gone
Shipping calculated at checkout.

Description

Designed to deliver precise and reliable stopping power, this front disc brake system ensures consistent brake performance across a variety of driving conditions. Engineered with high-grade materials, it offers enhanced durability and thermal stability, which are critical for maintaining optimal braking efficiency under demanding operational stresses.

The ceramic brake pads included are formulated to reduce noise and vibration, contributing to a smoother and quieter driving experience. Their advanced composition also limits friction wear, extending the service life of the braking components while maintaining superior performance. Additionally, the low dust emission characteristic helps keep wheels cleaner, enhancing overall vehicle maintenance.

Key Features and Performance Benefits:

  • Enhanced Thermal Resistance: Maintains braking efficiency during repeated or prolonged use by minimizing brake fade.
  • Noise and Vibration Reduction: Ceramic pads reduce unwanted sound and vibrations, improving comfort without compromising performance.
  • Durable Construction: Premium materials ensure long-lasting reliability and consistent braking response.
  • Low Dust Emission: Minimizes brake dust accumulation on wheels, reducing cleaning frequency and preserving wheel aesthetics.
  • Optimized Friction Characteristics: Provides stable braking torque and improved pedal feel across diverse driving scenarios.

This system is engineered to meet rigorous OE standards, assuring compatibility and seamless integration with original vehicle braking systems. It supports effective heat dissipation and structural integrity, essential for high-performance braking applications.

Recently viewed