Disc Rotors
Deore xt and ultegra grade rt-mt800 ice tech rotors give excellent performance made from a stainless steel / alloy 3-layer sandwich construction that manages heat while riding
Reliable and easy anti-loosen plate. Metal pad compatible.
Manufactured from a high grade of stainless steel 120cr, they have been designed to offer great all round performance with a strong solid construction while keeping their overall weight as low as possible.
Diameter: 160mm
Weight: 106g
Reliable and easy anti-loosen plate. 6-bolt mounting system. Precision cut steel braking surface improves pad clearing in muddy conditions. Comes complete with mounting hardware. Resin pad compatible only.
Shimano SM-RT64 rotors offer secure and easy set-up with the proven Centre-Lock mounting system. Precision cut stainless steel braking surface improves pad clearing in muddy conditions while aiding cooling underhigh load.
Deore XT grade RT-MT800 Ice Tech rotors give excellent performance made from a stainless steel / alloy 3-layer sandwich construction that manages heat while riding.
XTR/Dura Ace level RT-CL900 Ice Tech rotors providing consistent braking performance through energy control, using revolutionary stainless steel / alloy 3-layer sandwich construction that manages heat while riding.
XT/Ultegra level RT-CL800 Ice Tech rotors providing consistent braking performance through energy control, using revolutionary stainless steel / alloy 3-layer sandwich construction that manages heat while riding.
Finned braking pattern design brings smooth braking and less pad wear. Precision laser cut from the best quality, most durable stainless steel alloys available. Chamferred edge to meet UCI requirement. Wear out indicator included for safety.
The G2 CleanSweep design helps keep dirt and grime from mucking up your ride. For use with Elixir 1 and Ball Bearing disc Brakes. For use with Elixir 1 and Ball Bearing disc Brakes.
RT-EM300 E-bike rotors with built in speed sensor magnet providing consistent braking performance through energy control.
XT/Ultegra level RT-CL800 Ice Tech rotors providing consistent braking performance through energy control, using revolutionary stainless steel / alloy 3-layer sandwich construction that manages heat while riding.
SM-RT86 Ice Tech rotors give excellent performance made from a stainless steel / alloy 3-layer sandwich construction that manages heat while riding.
Shimano SM-RT64 rotors offer secure and easy set-up with the proven Centre-Lock mounting system. Precision cut stainless steel braking surface improves pad clearing in muddy conditions while aiding cooling underhigh load.
Deore XT and Ultegra grade RT-MT800 Ice Tech rotors give excellent performance made from a stainless steel / alloy 3-layer sandwich construction that manages heat while riding.
RT-MT905 Ice Tech FREEZA rotors give excellent performance made from a stainless steel / alloy 3-layer sandwich construction that manages heat while riding.
XTR/Dura Ace level RT-CL900 Ice Tech rotors providing consistent braking performance through energy control, using revolutionary stainless steel / alloy 3-layer sandwich construction that manages heat while riding.
Shimano SM-RT64 rotors offer secure and easy set-up with the proven Center Lock mounting system. Precision cut stainless steel braking surface improves pad clearing in muddy conditions while aiding cooling under high load.
RT-EM910 Ice Tech E-bike rotors with built in speed sensor magnet providing consistent braking performance through energy control. Uses revolutionary stainless steel / alloy 3-layer sandwich construction that manages heat while riding.
RT-EM810 Ice Tech E-bike rotors with built in speed sensor magnet providing consistent braking performance through energy control. Uses revolutionary stainless steel / alloy 3-layer sandwich construction that manages heat while riding.
RT-EM810 Ice Tech E-bike rotors with built in speed sensor magnet providing consistent braking performance through energy control. Uses revolutionary stainless steel / alloy 3-layer sandwich construction that manages heat while riding.
