- 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
- The clad steel / alloy / steel rotor construction allows heat generated from braking to radiate quickly through the aluminium core achieving surface temperature drops of around 50 deg C. When used with Ice Tech pads surface temperatures can drop from around 400 to 300 deg C, this provides great improvements in performance all round
- FREEZA rotors allow the alloy core to extend out from the braking surface as a fin to providing added cooling
- Ice Tech rotors achieve long pad life, less noise and less fade due to improved heat dispersion
- Rotor houses the magnet necessary for speed sensor function on Shimano STEPS equipped E-bikes allowing frame clearance for wider tyres
- Compatible with E8000 / E6000 systems and for rear wheel use only
- Rotors are durable lightweight and rigid, using the proven Shimano Centre Lock system giving increased strength and security with an easy set-up
- Precision cut and drilled braking surface improves pad clearing in muddy conditions while aiding cooling under high load
- Large alloy spider is a highly rigid and lightweight support for the rotor surface
- Super polished braking surface gives excellent braking performance
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Donec viverra massa sed faucibus finibus. Phasellus ac arcu diam. Donec sit amet lacinia velit, elementum ultrices mi. Nullam scelerisque turpis sit amet dui rutrum gravida. Phasellus vulputate libero ligula, nec scelerisque lectus facilisis in. Morbi tristique erat sit amet lacus elementum, ut tristique erat molestie. Etiam facilisis, purus eget porta gravida, nisi nisl efficitur nunc, ut volutpat felis nisl luctus mauris. Integer luctus leo erat, fermentum auctor quam venenatis sollicitudin. Sed congue tincidunt augue, eu maximus metus sodales quis. Cras eu iaculis dui. Integer sodales eros mi.
- 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
- The clad steel / alloy / steel rotor construction allows heat generated from braking to radiate quickly through the aluminium core achieving surface temperature drops of around 50 deg C. When used with Ice Tech pads surface temperatures can drop from around 400 to 300 deg C, this provides great improvements in performance all round
- FREEZA rotors allow the alloy core to extend out from the braking surface as a fin to providing added cooling
- Ice Tech rotors achieve long pad life, less noise and less fade due to improved heat dispersion
- Rotor houses the magnet necessary for speed sensor function on Shimano STEPS equipped E-bikes allowing frame clearance for wider tyres
- Compatible with E8000 / E6000 systems and for rear wheel use only
- Rotors are durable lightweight and rigid, using the proven Shimano Centre Lock system giving increased strength and security with an easy set-up
- Precision cut and drilled braking surface improves pad clearing in muddy conditions while aiding cooling under high load
- Large alloy spider is a highly rigid and lightweight support for the rotor surface
- Super polished braking surface gives excellent braking performance
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Donec viverra massa sed faucibus finibus. Phasellus ac arcu diam. Donec sit amet lacinia velit, elementum ultrices mi. Nullam scelerisque turpis sit amet dui rutrum gravida. Phasellus vulputate libero ligula, nec scelerisque lectus facilisis in. Morbi tristique erat sit amet lacus elementum, ut tristique erat molestie. Etiam facilisis, purus eget porta gravida, nisi nisl efficitur nunc, ut volutpat felis nisl luctus mauris. Integer luctus leo erat, fermentum auctor quam venenatis sollicitudin. Sed congue tincidunt augue, eu maximus metus sodales quis. Cras eu iaculis dui. Integer sodales eros mi.