Brake Pads

An excellent solution for 4x4 use, this heavy duty Greenstuff formulation has slightly lower friction than its 2000 series counterpart (average friction coefficient 0.45mm) but has the benefit of longer life and better resistance to offroad conditions of...

Designed for premium street driving offering better brake effect up to 600-degrees C (1100-degrees F). EBC Greenstuff has a high initial brake effect and gives drivers confidence from first application of the brake pedal. There is no such thing as a NO...

There are TWO reasons our customers love Redstuff, First because they are the lowest dust pad we have encountered by reducing dust by 60-90-percent. Plus the minimal dust you see is very easily removed with a simple sponge wash as it contains no steel...

If you simply need a quality OEM replacement pad, look no further than Ultimax. Made in the UK Bristol EBC Brakes manufacturing plant Ultimax is a beautifully engineered brake compound that lasts well, produces minimal dust and is the perfect choice for...

Designed for premium street driving offering better brake effect up to 600-degrees C (1100-degrees F). EBC Greenstuff has a high initial brake effect and gives drivers confidence from first application of the brake pedal. There is no such thing as a NO...

An excellent solution for 4x4 use, this heavy duty Greenstuff formulation has slightly lower friction than its 2000 series counterpart (average friction coefficient 0.45mm) but has the benefit of longer life and better resistance to offroad conditions of...

An excellent solution for 4x4 use, this heavy duty Greenstuff formulation has slightly lower friction than its 2000 series counterpart (average friction coefficient 0.45mm) but has the benefit of longer life and better resistance to offroad conditions of...

If you simply need a quality OEM replacement pad, look no further than Ultimax. Made in the UK Bristol EBC Brakes manufacturing plant Ultimax is a beautifully engineered brake compound that lasts well, produces minimal dust and is the perfect choice for...

For a small price premium over the 6000 series, these pads are THE ULTIMATE SUV/4x4 FRONT END PAD. They will stop faster and last longer with almost zero brake dust and are EBCs premium offering for heavy 4x4s. These pads are GUARANTEED noise free...

The UK EFI Bristol factory of EBC Brakes has used new ECO friendly technology to develop a brake pad that has unusually high friction levels yet still has good manners for street use with brake effect being strong from cold when the brake is first...

An excellent solution for 4x4 use, this heavy duty Greenstuff formulation has slightly lower friction than its 2000 series counterpart (average friction coefficient 0.45mm) but has the benefit of longer life and better resistance to offroad conditions of...

EBC Yellowstuff is an aramid fibre based brake compound with high brake effect form cold and is possibly one of the first ever compounds that can be used for STREET AND TRACK DRIVING. These pads do not require warm up but do get even stronger under the...

The UK EFI Bristol factory of EBC Brakes has used new ECO friendly technology to develop a brake pad that has unusually high friction levels yet still has good manners for street use with brake effect being strong from cold when the brake is first...

The UK EFI Bristol factory of EBC Brakes has used new ECO friendly technology to develop a brake pad that has unusually high friction levels yet still has good manners for street use with brake effect being strong from cold when the brake is first...

An excellent solution for 4x4 use, this heavy duty Greenstuff formulation has slightly lower friction than its 2000 series counterpart (average friction coefficient 0.45mm) but has the benefit of longer life and better resistance to offroad conditions of...

An excellent solution for 4x4 use, this heavy duty Greenstuff formulation has slightly lower friction than its 2000 series counterpart (average friction coefficient 0.45mm) but has the benefit of longer life and better resistance to offroad conditions of...