HSV

A general purpose passenger vehicle brake pad for everyday driving. Featuring STEALTH Advanced Technology which virtually eliminates noise at the source for smoother, quieter braking. Also has a unique Blue Titanium Stripe for sure stopping right out of the box and Ceramic Technology

Where high performance stopping is important. Supreme braking confidence for sports, performance and prestige vehicles at freeway speeds and beyond. The high performance compound provides excellent high temperature wear and fade resistance plus exceptional cold performance.

A multi purpose brake pad for working vehicles, towing and other heavy duty applications. Lasts up to twice as long as all purpose brake pads in hard working and high temperature conditions. Features a unique Blue Titanium Stripe for instant positive pedal feel and an exclusive insulation layer for cooler braking and longer life.

A multi purpose brake pad for working vehicles, towing and other heavy duty applications. Lasts up to twice as long as all purpose brake pads in hard working and high temperature conditions. Features a unique Blue Titanium Stripe for instant positive pedal feel and an exclusive insulation layer for cooler braking and longer life.

Bendix Ultimate+ brake pads provide even greater stopping power utilising an advanced ceramic formulation. The high friction formulation adds advantages including low dust generation, low braking noise and even greater resistance to brake fade at higher temperatures.

Street Road Track brake pads are designed to suit sports and performance car enthusiasts for high speed driving applications. They have been developed by one of the world's leading high performance friction material manufacturers incorporating the latest technology and extensively tested under extreme conditions. The rear of the pad also features a gasket, for reduced noise and increased heat resistance.

Bendix Ultimate+ brake pads provide even greater stopping power utilising an advanced ceramic formulation. The high friction formulation adds advantages including low dust generation, low braking noise and even greater resistance to brake fade at higher temperatures.

A multi purpose brake pad for working vehicles, towing and other heavy duty applications. Lasts up to twice as long as all purpose brake pads in hard working and high temperature conditions. Features a unique Blue Titanium Stripe for instant positive pedal feel and an exclusive insulation layer for cooler braking and longer life.

Where high performance stopping is important. Supreme braking confidence for sports, performance and prestige vehicles at freeway speeds and beyond. The high performance compound provides excellent high temperature wear and fade resistance plus exceptional cold performance.

Bendix Ultimate+ brake pads provide even greater stopping power utilising an advanced ceramic formulation. The high friction formulation adds advantages including low dust generation, low braking noise and even greater resistance to brake fade at higher temperatures.

Where high performance stopping is important. Supreme braking confidence for sports, performance and prestige vehicles at freeway speeds and beyond. The high performance compound provides excellent high temperature wear and fade resistance plus exceptional cold performance.

Bendix Ultimate+ brake pads provide even greater stopping power utilising an advanced ceramic formulation. The high friction formulation adds advantages including low dust generation, low braking noise and even greater resistance to brake fade at higher temperatures.

Where high performance stopping is important. Supreme braking confidence for sports, performance and prestige vehicles at freeway speeds and beyond. The high performance compound provides excellent high temperature wear and fade resistance plus exceptional cold performance.

Bendix Ultimate+ brake pads provide even greater stopping power utilising an advanced ceramic formulation. The high friction formulation adds advantages including low dust generation, low braking noise and even greater resistance to brake fade at higher temperatures.