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Hawk Performance Ceramic Rear Brake Pads | Multiple Honda/Acura Fitments (HB350Z.496)

Hawk Performance Ceramic Rear Brake Pads | Multiple Honda/Acura Fitments (HB350Z.496)

SKU:HB350Z.496

Out of stock

Regular price $148.49 USD
Regular price $164.99 USD Sale price $148.49 USD
kADDITIONAL DISCOUNTS APPLIED AT CHECKOUT Sold out

These Hawk Performance Ceramic Rear Brake Pads are universal fitment components crafted to enhance braking performance while maintaining quiet, clean operation. Made from a specialized ceramic composite, they offer low noise, minimal dust buildup, and consistent braking feel. Suitable for street use, they provide reliable, smooth stopping power with a comfortable pedal feel. Designed for multiple Honda and Acura models, these pads are a direct replacement that support confident, everyday driving and moderate spirited driving, making them a versatile upgrade for improved braking efficiency.

Overview

Hawk Performance Performance Ceramic Brake Pads

Part #: HB350Z.496

Overview

These Hawk Performance Ceramic Rear Brake Pads are designed to enhance your vehicle's braking performance while maintaining a quiet and clean operation. Crafted with a specialized ceramic composite, these pads are ideal for drivers seeking reliable, low-noise braking with minimal dust buildup. Suitable for street use, they provide a smooth, consistent feel that supports confident stopping power and improved driving comfort. Whether you're daily commuting or enjoying spirited driving, these brake pads help you achieve a balanced blend of performance, durability, and cleanliness.

Key Features

This set of Hawk Performance Ceramic Brake Pads offers several key advantages:
  • High-quality ceramic composite material for low dust and noise
  • Engineered to reduce NVH (Noise, Vibration, Harshness) for a quieter ride
  • Consistent friction profile for predictable braking response
  • Designed for durability and long-lasting performance
  • Suitable for a wide range of Honda and Acura models
  • Optimized for street driving conditions
  • Resistant to brake fade and thermal degradation
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