Brake Pads at
Super Auto Repairs
(Maddington)
At Super Auto Repairs (Maddington), we’ve developed our own exclusive range of brake pads, designed specifically for the driving conditions in Australia.
Our brake pads are available only through Super Auto Repairs (Maddington) stores and are tailored to meet the needs of our local driving environment. They contain copper, brass, and other soft minerals, which increase the friction rating while simultaneously protecting the surface of the disc rotor.
Unlike full metal pads that can damage disc rotors, our brake pads are built to last and are less susceptible to “brake fade” due to their increased tolerance to extreme heat.
Super Auto Repairs (Maddington) Brake Pad Range
- Premium Brake Pads – Virtually dustless, offering high performance and long-lasting quality.
- Performance Brake Pads – For those who need extra stopping power and durability.
- 4WD Brake Pads – Designed for more demanding conditions and off-road driving.
- Economy Brake Pads – For lighter driving needs at an affordable price.
Whether you’re looking for high-performance brake pads, budget-friendly options, or something in between, we have the right fit for your vehicle and budget.
Our Brake Pad Types
Economy
Non-asbestos based brake pads
Light duty
Medium disc wear
Suitable for moderate driving
Composite
Non-asbestos semi-metallic
Medium to high friction
Medium rotor wear
Provides good stopping power
High Performance
Non-asbestos metallic brake pads
Polymer-modified resin
Suitable for light race track work
Excellent low-temperature performance
High disc wear due to increased friction
Premium
Non-asbestos low metallic copper & brass
Polymer-modified resin
Excellent overall compound
Long life
Low dust
Very low susceptibility to noise
Very low disc wear
Excellent pedal feel
Recommended for most passenger cars
Premium Plus
Non-asbestos compound similar to Premium
Polymer-modified resin
Higher performance levels
Long life
Low dust
Very low disc wear
Excellent pedal feel
Recommended for heavy-duty applications
