The radial design of the brake master ensures low friction, reducing transmission losses. It also enables the conversion of (small/large) transmission ratios, which improves modulation and control. The 4-piston brake calliper forged in one piece has a high degree of rigidity, resulting in outstanding braking force and the best possible modulation.
Talaria OEM Replacement part.
Référence: 13171-56000-000
Talaria OEM Replacement part.
Référence: 52171-YQ2A-0001
Replacement Front Disc for Sur-Ron LB-X and Segway X260.
Référence: SR-F114
A lot softer than a stock sur-ron seat. Extra padding on all sides.
Référence: SR-F071
Repose-pieds en aluminium 7075 T6 pour une résistance et une durabilité élevées. Traitement de surface : Anodisé. Plate-forme extra large pour vous offrir un maximum de traction et de contrôle. Les dents en acier inoxydable augmentent la friction entre les pieds et la pédale, ne glissent pas facilement, maintiennent votre pied en place. Les dents sont...
Référence: 35470-56A70-000
Talaria OEM Replacement part.
Référence: 310069-25
Fits 220mm discs, 2.3mm thick.For the Ultimate, we held nothing back. Our engineers sculpted the finest materials - titanium and carbon fiber - to make this our lightest four-piston brake ever. Power, modulation and lever feel set a new standard. Personalization is quick and intuitive. And for performance - well, our test riders didn't dub it the...
Référence: LW-LHP-S4-012/BK
Référence: LW-LHP-U4-010/BK
Référence: 310069-24
Fits 220mm discs, 2.3mm thick.For the Ultimate, we held nothing back. Our engineers sculpted the finest materials - titanium and carbon fiber - to make this our lightest four-piston brake ever. Power, modulation and lever feel set a new standard. Personalization is quick and intuitive. And for performance - well, our test riders didn't dub it the...
Référence: 310069-21
Fits 220mm discs, 2.3mm thick.For the Ultimate, we held nothing back. Our engineers sculpted the finest materials - titanium and carbon fiber - to make this our lightest four-piston brake ever. Power, modulation and lever feel set a new standard. Personalization is quick and intuitive. And for performance - well, our test riders didn't dub it the...
Référence: LW-LHP-U4-011/AL
Référence: 310069-26
Fits 220mm discs, 2.3mm thick.For the Ultimate, we held nothing back. Our engineers sculpted the finest materials - titanium and carbon fiber - to make this our lightest four-piston brake ever. Power, modulation and lever feel set a new standard. Personalization is quick and intuitive. And for performance - well, our test riders didn't dub it the...
Référence: 35450-56A30-000
The radial design of the brake master ensures low friction, reducing transmission losses. It also enables the conversion of (small/large) transmission ratios, which improves modulation and control. The 4-piston brake calliper forged in one piece has a high degree of rigidity, resulting in outstanding braking force and the best possible modulation.
Référence: 310069-23
Fits 220mm discs, 2.3mm thick.For the Ultimate, we held nothing back. Our engineers sculpted the finest materials - titanium and carbon fiber - to make this our lightest four-piston brake ever. Power, modulation and lever feel set a new standard. Personalization is quick and intuitive. And for performance - well, our test riders didn't dub it the...
Référence: 310069-22
Fits 220mm discs, 2.3mm thick.For the Ultimate, we held nothing back. Our engineers sculpted the finest materials - titanium and carbon fiber - to make this our lightest four-piston brake ever. Power, modulation and lever feel set a new standard. Personalization is quick and intuitive. And for performance - well, our test riders didn't dub it the...
Référence: LW-LHP-S4-013/AL
The radial design of the brake master ensures low friction, reducing transmission losses. It also enables the conversion of (small/large) transmission ratios, which improves modulation and control. The 4-piston brake calliper forged in one piece has a high degree of rigidity, resulting in outstanding braking force and the best possible modulation.
