Double-H Sintered Superbike Brake Pads deliver high performance and are well known as the EBC flagship sintered streetsport brake pad. ECE R 90 brake safety approved and TUV tested, these ultra high friction HH rated brake pads remain a market leader above the rest as nothing else beats the performance
Double-H Sintered Superbike Brake Pads deliver high performance and are well known as the EBC flagship sintered streetsport brake pad. ECE R 90 brake safety approved and TUV tested, these ultra high friction HH rated brake pads remain a market leader above the rest as nothing else beats the performance Manufactured in the US in the state-of-the-art sintering plant in Ohio Brake Pads perform well in all weather conditions be it dry or wet and have a high longevity lasting for many miles. Long lifetime and ultra high brake effect Gives perfect braking in any condition, dry or wet
Sold in pair
* Compatibility:
Yamaha XVS1100 Dragstar Standard 1998-2009 Yamaha XVS1100 Dragstar Classic 1998-2009 Yamaha XVS1100 Dragstar Sport 1998-2009
Double-H Sintered Superbike Brake Pads deliver high performance and are well known as the EBC flagship sintered streetsport brake pad. ECE R 90 brake safety approved and TUV tested, these ultra high friction HH rated brake pads remain a market leader above the rest as nothing else beats the performance
The particular compound of organic pads allows a significant reduction of noise and the possibility of locking, while the aramid fibers inserted in the compound prevents the effect of vitrification of the pad itself.The pads work perfectly in all weather conditions both wet or dry, and have a high degree of sustainable longevity for many kilometers
The particular compound of organic pads allows a significant reduction of noise and the possibility of locking, while the aramid fibers inserted in the compound prevents the effect of vitrification of the pad itself.The pads work perfectly in all weather conditions both wet or dry, and have a high degree of sustainable longevity for many kilometers
The particular compound of organic pads allows a significant reduction of noise and the possibility of locking, while the aramid fibers inserted in the compound prevents the effect of vitrification of the pad itself.The pads work perfectly in all weather conditions both wet or dry, and have a high degree of sustainable longevity for many kilometers
The particular compound of organic pads allows a significant reduction of noise and the possibility of locking, while the aramid fibers inserted in the compound prevents the effect of vitrification of the pad itself.The pads work perfectly in all weather conditions both wet or dry, and have a high degree of sustainable longevity for many kilometers
The particular compound of organic pads allows a significant reduction of noise and the possibility of locking, while the aramid fibers inserted in the compound prevents the effect of vitrification of the pad itself.The pads work perfectly in all weather conditions both wet or dry, and have a high degree of sustainable longevity for many kilometers
The particular compound of organic pads allows a significant reduction of noise and the possibility of locking, while the aramid fibers inserted in the compound prevents the effect of vitrification of the pad itself.The pads work perfectly in all weather conditions both wet or dry, and have a high degree of sustainable longevity for many kilometers
The particular compound of organic pads allows a significant reduction of noise and the possibility of locking, while the aramid fibers inserted in the compound prevents the effect of vitrification of the pad itself.The pads work perfectly in all weather conditions both wet or dry, and have a high degree of sustainable longevity for many kilometers
Double-H Sintered Superbike Brake Pads deliver high performance and are well known as the EBC flagship sintered streetsport brake pad. ECE R 90 brake safety approved and TUV tested, these ultra high friction HH rated brake pads remain a market leader above the rest as nothing else beats the performance
