Improve your vehicle's stopping power and pedal feel with our premium selection of performance brake pads. At Chicane Australia, we specialise in high-friction compounds designed to handle the extreme temperatures of spirited street driving and competitive track use. Our range focuses on leading Japanese and European brands known for their consistency and reliability.
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We stock a variety of pad types tailored to your driving style. For daily drivers and luxury performance cars, our Low-Dust Ceramic Pads provide superior initial bite and noise reduction without the mess of factory equipment. For those hitting the circuit, our Sintered and Semi-Metallic Track Pads offer incredible fade resistance and high-temperature stability.
As authorised dealers for Dixcel, Endless, and Project Mu, we can provide technical advice on selecting the right compound for your specific chassis—whether it's a dedicated JDM build, a European performance sedan, or a modern hot hatch.
Based on the Central Coast, NSW, we offer expert support to help you navigate friction coefficients and operating temperature ranges. All orders are backed by fast nationwide shipping across Australia.
Brake Pad FAQs
What is the difference between Street and Track pads?
Street pads are designed to work effectively from cold temperatures and offer low noise and dust. Track pads require a "warm-up" period to reach their optimal friction window and are engineered to resist "brake fade" at extreme temperatures that would destroy a standard street pad.
Do performance pads make more noise?
High-performance compounds, especially metallic track pads, can produce more "squeal" due to their higher friction levels. However, we offer many high-end ceramic options, like the Dixcel M-Type, that provide an upgrade in performance while remaining as quiet as factory pads.
When should I replace my brake pads?
Most performance pads should be replaced once the friction material reaches 3mm–4mm in thickness. For track users, we recommend regular inspections to check for "tapering" or heat cracks in the material.
