EBC top MX survey
— EBC Brakes top choice in motocross brake according to recent survey
EBC Brakes are top choice in motocross brake according to yet another recent survey this time carried out by Transworld Motocross. Readers were asked which brand they were considering and the overall number one choice with 44% of people voting was EBC for their motocross brake replacement.
For the past 37 years EBC Brakes has been manufacturing the highest standard of brake rotors and pads for Motocross and are popular choice amongst motocross riders who prefer to have fitted on their bikes renowned products such as MX-S Series Moto-X Race Pads and CX Extreme™ Motocross rotors.
The Brand new CX Extreme™ Motocross rotor for 2014 has been developed with heat treated and tempered steel into a ‘vee’ design to create a super lightweight profile.
For fast dry riding EBC also make in their UK Factory the Carbon X series or TT Brakes that run cooler and reduce rotor wear.
Every year consumers report EBC as their number one choice for motocross brakes and to date over 30 million motorcyclists have chosen EBC Brakes in the USA alone.
— EBC MX-s series Moto-X race brake pads are a great choice for use in all weather conditions be it wet or dry as that found in motocross racing. This is because of their highest rated HH friction for maximum performance and stopping power. This double H formula also ensures these race specific brake pads have a long lifetime of use.
Read more about MX-s Series Race Pads here.
— EBC CX Extreme Motocross Rotors
New CX Extreme motocross rotors are the latest and the greatest motocross brake disc rotor. Designed in a lightweight profiled contour, this new motocross brake looks great with the new vee design and also self clean as well as give great performance. Manufactured from heat treated and tempered stainless steel.
— EBC Carbon X or TT Brake Pads
Also known as Carbon Enduro formula pads these brakes have the unique benefit of having lower heat transfer and generation, although they don’t have the same life span as that of a sintered copper brake pad.